78
Species with Data
Out of 131 dormant species
71,953
Total Datasets
Curated from literature
222
Literature
Peer-reviewed publications

Species with Transcriptomics Data 78

A. mississippiensis | Alligator mississippiensis

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
DRA004128-DRA004141; DRP002806; DRR048609-DRR048636; DRS021747-DRS021751; DRS021753-DRS021755; DRS021757-DRS021761; DRS021779-DRS021782; DRS021787-DRS021790; DRS021792-DRS021794; DRS021801-DRS021803; DRS021805; DRX043892-DRX043919; SRA062458; SRA270708; SRA379079; SRA429523; SRA447726; SRA583690; SRA640465; SRA724428; SRA784158; SRA1154497; SRA1950206; SRA2027615; SRA2233053; SRP017457; SRP057608; SRP058918; SRP075819; SRP080802; SRP111088; SRP127233; SRP150794; SRP162630; SRP291276; SRP527080; SRP549422; SRP605513; SRR629636; SRR2046516; SRR3208124-SRR3208133; SRR3208135-SRR3208144; SRR3208146-SRR3208147; SRR3593681-SRR3593740; SRR3993896-SRR3993912; SRR5804091-SRR5804094; SRR6396148-SRR6396176; SRR7359808-SRR7359811; SRR7904051-SRR7904062; SRR12991059-SRR12991086; SRR30280475-SRR30280641; SRR31610924-SRR31610947; SRR35602362-SRR35602366; SRR35602376; SRR35602387; SRR35602406-SRR35602408; SRS378963; SRS950125; SRS1326358-SRS1326379; SRS1469469-SRS1469528; SRS1597545-SRS1597561; SRS2336181-SRS2336184; SRS2773394-SRS2773422; SRS3431423; SRS3431425-SRS3431426; SRS3431456; SRS3821858-SRS3821868; SRS3821870; SRS7656558-SRS7656585; SRS22380733-SRS22380899; SRS23443175-SRS23443198; SRS26687928-SRS26687930; SRS26687949; SRS26687960; SRS26687970-SRS26687974; SRX209114; SRX1044762; SRX1616862-SRX1616883; SRX1803149-SRX1803208; SRX1994977-SRX1994993; SRX2983342-SRX2983345; SRX3489454-SRX3489482; SRX4232784-SRX4232787; SRX4740527-SRX4740538; SRX9442588-SRX9442615; SRX25741215-SRX25741381; SRX26975540-SRX26975563; SRX30667520-SRX30667522; SRX30667541; SRX30667552; SRX30667562-SRX30667566
Related Papers (5):
The White-Nose Syndrome Transcriptome: Activation of Anti-fungal Host Respons... (2015)
Monarch butterflies use an environmentally sensitive, internal timer to contr... (2019)
A Unique Energy-Saving Strategy during Hibernation Revealed by Multi-Omics An... (2020)
Transcriptomic analysis of ovarian signaling at the emergence of the embryo f... (2021)
Bat species tolerant and susceptible to fungal infection show transcriptomic ... (2026)

A. sinensis | Alligator sinensis

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA098906; SRA465323; SRA633915; SRA770183; SRA957299; SRA1012233; SRA1012255; SRA1140832; SRA1141257-SRA1141258; SRA1141273; SRA1141457; SRA1205322; SRA1205325; SRA1205328; SRA1205343-SRA1205345; SRA1205347; SRA1205349; SRA1208326-SRA1208327; SRA1208329; SRA1208331; SRA1208333; SRA1209250; SRA1211508; SRA1554917-SRA1554918; SRA1554944; SRA1554962; SRA1555480; SRA1601176; SRA2212359; SRA2212536; SRA2212572; SRA2214744; SRA2219231; SRA2219368; SRA2221402; SRA2221514; SRA2221534; SRA2221925; SRA2224141-SRA2224142; SRA2228171; SRA2228206; SRA2228211; SRA2228271; SRA2229681; SRA2229687; SRA2238218; SRA2238260; SRA2238519; SRA2241289; SRA2241311; SRA2241319; SRA2241321; SRA2241355-SRA2241356; SRA2247040-SRA2247042; SRA2309767; SRA2317667; SRA2317895; SRA2317942; SRP028869; SRP087656; SRP125624; SRP160421; SRP220556; SRP237637; SRP286845; SRP411755; SRP426136; SRP616773; SRP659950; SRP664358; SRP664507; SRP664534; SRR957511-SRR957515; SRR4210197; SRR4211859; SRR4211862; SRR4212875; SRR4212880-SRR4212884; SRR6322479-SRR6322490; SRR7811296; SRR10076593-SRR10076604; SRR10693452-SRR10693463; SRR10693494-SRR10693505; SRR12799901; SRR12806131-SRR12806132; SRR12806628; SRR12807288-SRR12807291; SRR13932346; SRR13932349; SRR13932352; SRR13932885-SRR13932887; SRR13932909; SRR13932914; SRR14012113-SRR14012130; SRR14012132-SRR14012140; SRR14012142; SRR14012144; SRR14038833; SRR14090488-SRR14090491; SRR22558395-SRR22558396; SRR22559596; SRR22559987; SRR22572381; SRR23729835-SRR23729850; SRR35233580; SRR35236046; SRR35237760; SRR35261420; SRR35333711; SRR35335230; SRR35386052; SRR35386244; SRR35386462; SRR35396244; SRR35427773-SRR35427774; SRR35524215; SRR35524263; SRR35524271; SRR35524852; SRR35539428; SRR35539708; SRR35644861; SRR35645021; SRR35646304; SRR35697325; SRR35697676; SRR35697694; SRR35697696; SRR35698666-SRR35698667; SRR35771781-SRR35771782; SRR35771952; SRR36686241-SRR36686246; SRR36880649-SRR36880654; SRR36887399-SRR36887410; SRR36889132-SRR36889143; SRS473512-SRS473516; SRS1683477; SRS1683660; SRS1683697; SRS1683713; SRS1683715; SRS1683717-SRS1683720; SRS2705528-SRS2705539; SRS3758174; SRS5353939; SRS5828395-SRS5828406; SRS7496890; SRS7499354-SRS7499360; SRS8350554-SRS8350557; SRS8350559-SRS8350564; SRS8432790; SRS8432797-SRS8432798; SRS8432817-SRS8432818; SRS8432883; SRS8511679-SRS8511680; SRS8511682; SRS8511965-SRS8511975; SRS8511977-SRS8511985; SRS8511988; SRS8595229-SRS8595230; SRS15990206-SRS15990207; SRS15990916; SRS15991269; SRS16000067; SRS16973244-SRS16973259; SRS26380881; SRS26383059; SRS26384641; SRS26405929; SRS26468577; SRS26470077; SRS26502953; SRS26503131; SRS26503328; SRS26512871; SRS26537657-SRS26537658; SRS26626391; SRS26626439; SRS26626447; SRS26626622; SRS26639685; SRS26639952; SRS26715811; SRS26715971; SRS26717240; SRS26762207; SRS26762462; SRS26762479; SRS26762481; SRS26763447-SRS26763448; SRS26832253-SRS26832254; SRS26832421; SRS27665257-SRS27665262; SRS27809262-SRS27809267; SRS27815555-SRS27815566; SRS27816950-SRS27816961; SRX339836-SRX339840; SRX2152830; SRX2153136; SRX2153173; SRX2153189; SRX2153191; SRX2153193-SRX2153196; SRX3422300-SRX3422311; SRX4662931; SRX6809981-SRX6809992; SRX7370079-SRX7370090; SRX7370121-SRX7370132; SRX9268876; SRX9274909-SRX9274910; SRX9275406; SRX9276050-SRX9276053; SRX10311697; SRX10311700; SRX10311703; SRX10312236-SRX10312238; SRX10312260; SRX10312265; SRX10388883-SRX10388900; SRX10388902-SRX10388910; SRX10388912; SRX10388914; SRX10415099; SRX10464661-SRX10464664; SRX18521813-SRX18521814; SRX18523014; SRX18523405; SRX18535475; SRX19590460-SRX19590475; SRX30336804; SRX30339270; SRX30340942; SRX30363700; SRX30434251; SRX30435770; SRX30468754; SRX30468946; SRX30469164; SRX30478946; SRX30506710-SRX30506711; SRX30599541; SRX30599589; SRX30599597; SRX30600178; SRX30614718; SRX30614998; SRX30697065; SRX30697225; SRX30698508; SRX30746721; SRX30746976; SRX30746994; SRX30746996; SRX30747966-SRX30747967; SRX30821071-SRX30821072; SRX30821242; SRX31694860-SRX31694865; SRX31852374-SRX31852379; SRX31859124-SRX31859135; SRX31860857-SRX31860868
Related Papers (17):
Transcriptomic and proteomic analyses on the supercooling ability and mining ... (2016)
Transcriptomic analysis to uncover genes affecting cold resistance in the Chi... (2017)
Transcriptomic and metabolomic profiles of Chinese citrus fly, Bactrocera min... (2017)
Comparative transcriptomic analysis reveals gene expression associated with c... (2019)
Expression Analysis Reveals the Association of Several Genes with Pupal Diapa... (2019)
Hepatic lipid droplet breakdown through lipolysis during hibernation in Chine... (2019)
Comparative Multi-Omics of Tender Shoots from a Novel Evergrowing Tea Cultiva... (2021)
Comparative transcriptome analysis of different developmental stage of Bactro... (2021)
Integrated Four Comparative-Omics Reveals the Mechanism of the Terpenoid Bios... (2021)
Transcriptome and Metabolome Analysis Revealed the Freezing Resistance Mechan... (2021)
Expression of glycogenic genes in the oviduct of Chinese brown frog (Rana dyb... (2022)
Impacts of seasonality on gene expression in the Chinese horseshoe bat. (2022)
Transcriptome and metabolome changes in Chinese cedar during cold acclimation... (2022)
Cold acclimation-induced freezing tolerance in Valencia orange grafted onto c... (2025)
Diurnal dynamics of different circadian transcription modules in Chinese pine... (2025)
Carbohydrate biosynthesis pathway is associated with lineage-specific diapaus... (2026)
Cold acclimation reprograms the flavor metabolome of fresh tea leaves to enha... (2026)

A. tigrinum | Ambystoma tigrinum

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA546302; SRP101964; SRR5346171; SRS2050239; SRX2642802

A. americanus | Anaxyrus americanus

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA1385539; SRP365298; SRR18432227; SRR18432238-SRR18432239; SRS12343037-SRS12343038; SRS12343049; SRX14566039-SRX14566040; SRX14566051

A. davidianus | Andrias davidianus

Amphibia

Illumina HiSeq 2500

Browse RNA Data
Accession IDs:
SRA185430; SRA189018; SRA399501; SRA486731; SRA499811; SRA530717; SRA537791; SRA546026; SRA600381; SRA601917; SRA605378; SRA661073; SRA661075; SRA744057; SRA960924; SRA1612297; SRA1735272; SRA2009707; SRA2116369; SRA2236626; SRA2274985; SRA2306272; SRP047398; SRP048762; SRP072414; SRP092015; SRP094087; SRP097571; SRP099564; SRP101908; SRP115698; SRP115981; SRP116815; SRP133300; SRP221404; SRP429821; SRP467273; SRP543680; SRP580374; SRP627739; SRP644222; SRP659607; SRR1596195-SRR1596196; SRR1609131-SRR1609134; SRR3308418; SRR3308420; SRR4449117; SRR4449143; SRR4449153; SRR4449156; SRR4449167-SRR4449186; SRR5062022; SRR5194688-SRR5194689; SRR5260688; SRR5344016; SRR5944928-SRR5944939; SRR5964505-SRR5964515; SRR5964609-SRR5964612; SRR6007415; SRR6762396; SRR6762403; SRR7587551; SRR10100469-SRR10100474; SRR23997156-SRR23997159; SRR26434925-SRR26434952; SRR31257506-SRR31257517; SRR33243485-SRR33243520; SRR35628839-SRR35628850; SRR36002317-SRR36002340; SRR36670699-SRR36670779; SRS707520; SRS715809; SRS719062-SRS719063; SRS1366005; SRS1366019; SRS1758751; SRS1758756; SRS1758825; SRS1758827; SRS1758832-SRS1758835; SRS1758837-SRS1758839; SRS1758844-SRS1758856; SRS1824780; SRS1934258-SRS1934259; SRS1975631; SRS2048266; SRS2438976-SRS2438987; SRS2450874-SRS2450881; SRS2450883-SRS2450889; SRS2492939; SRS2991364; SRS2991369; SRS3591828; SRS5374148-SRS5374153; SRS17163010-SRS17163013; SRS19200471; SRS19200473-SRS19200499; SRS23132024-SRS23132035; SRS24807097-SRS24807132; SRS26704450-SRS26704461; SRS27041545-SRS27041568; SRS27652987-SRS27653067; SRX708452; SRX719432; SRX729743; SRX729810; SRX1667915; SRX1681472; SRX2267514; SRX2267519; SRX2267611; SRX2267613; SRX2267618-SRX2267621; SRX2267623-SRX2267625; SRX2267630-SRX2267642; SRX2382499; SRX2510339-SRX2510340; SRX2558390; SRX2640692; SRX3103315-SRX3103326; SRX3115926-SRX3115933; SRX3115935-SRX3115941; SRX3161859; SRX3734340; SRX3734347; SRX4453287; SRX6832413-SRX6832418; SRX19800623-SRX19800626; SRX22139614-SRX22139641; SRX26636819-SRX26636830; SRX28489690-SRX28489725; SRX30685034-SRX30685045; SRX31051607-SRX31051630; SRX31681478-SRX31681558
Related Papers (1):
Single-Cell Atlas Reveals the Hemocyte Subpopulations and Stress Responses in... (2023)

A. glabripennis | Anoplophora glabripennis

Insecta

Insecta | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA073128; SRA101489; SRA165089; SRA239110; SRA239112; SRA249084; SRA261355; SRA305694; SRA591936; SRA1056992; SRA1184561; SRA1368025; SRA1368622; SRA1369078; SRA2212194; SRA2301517; SRA2316952; SRP021087; SRP030035; SRP042042; SRP054254; SRP056652; SRP057561; SRP065061; SRP113570; SRP253470; SRP301990; SRP358689; SRP359031; SRP359042; SRP616676; SRP656621; SRP663432; SRR827514; SRR988299; SRR1290861; SRR1292125; SRR1799851-SRR1799852; SRR1986051-SRR1986058; SRR2000521; SRR2000536-SRR2000542; SRR2682325; SRR5867415-SRR5867424; SRR11357716-SRR11357730; SRR13447308-SRR13447316; SRR17913323-SRR17913400; SRR17954785-SRR17954813; SRR17955940-SRR17955963; SRR35229526; SRR36516247-SRR36516255; SRR36864937-SRR36864944; SRS412802; SRS483780; SRS609498; SRS843793-SRS843794; SRS919992-SRS919999; SRS924252; SRS924256-SRS924262; SRS1118189; SRS2383623-SRS2383632; SRS6345323-SRS6345337; SRS8040926-SRS8040934; SRS11899172-SRS11899249; SRS11933796-SRS11933824; SRS11934617-SRS11934640; SRS26377199; SRS27514508-SRS27514516; SRS27794410-SRS27794417; SRX265394; SRX352195; SRX545675; SRX873912-SRX873913; SRX1004277-SRX1004284; SRX1012450; SRX1012457-SRX1012463; SRX1343926; SRX3035103-SRX3035112; SRX7959239-SRX7959253; SRX9860496-SRX9860504; SRX14071777-SRX14071854; SRX14111642-SRX14111670; SRX14112797-SRX14112820; SRX30332969; SRX31536623-SRX31536631; SRX31837304-SRX31837311

B. bufo | Bufo bufo

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA546024; SRA878378; SRA1308075; SRA1697629; SRA1717108; SRP101906; SRP193828; SRP340564; SRP456458; SRP462659; SRR5344008-SRR5344011; SRR8954551; SRR16251338; SRR25732154; SRR26146117-SRR26146297; SRS2048258-SRS2048261; SRS4671307; SRS10490008; SRS18691716; SRS18953949-SRS18954129; SRX2640684-SRX2640687; SRX5734385; SRX12530959; SRX21455807; SRX21858701-SRX21858881
Related Papers (29):
Influence of torpor on cardiac expression of genes involved in the circadian ... (2007)
Isolation of diapause-regulated genes from the flesh fly, Sarcophaga crassipa... (2010)
Proteomics reveals a role for the RNA helicase crhR in the modulation of mult... (2011)
Induction of DREB2A pathway with repression of E2F, jasmonic acid biosyntheti... (2013)
Seasonal and regional differences in gene expression in the brain of a hibern... (2013)
De novo transcriptome sequencing and analysis of Coccinella septempunctata L.... (2015)
Line differences in Cor/Lea and fructan biosynthesis-related gene transcript ... (2015)
Diversity of insulin-like peptide signaling system proteins in Calanus finmar... (2016)
A Conserved Carbon Starvation Response Underlies Bud Dormancy in Woody and He... (2017)
Comparative tissue transcriptomics highlights dynamic differences among tissu... (2017)
Nitric Oxide and Hydrogen Peroxide Mediate Wounding-Induced Freezing Toleranc... (2017)
Genes of the undead: hibernation and death display different gene profiles. (2019)
Hepatic transcriptome of the freeze-tolerant Cope's gray treefrog, Dryophytes... (2020)
Nonthermal Plasma Induces the Viable-but-Nonculturable State in Staphylococcu... (2020)
Transcriptional Programs Underlying Cold Acclimation of Common Carp ( (2020)
Cold adaptation in drylands: transcriptomic insights into cold-stressed Nosto... (2021)
Sequencing, Expression, and Functional Analyses of Four Genes Related to Fatt... (2021)
Temporal transcriptome profiling reveals candidate genes involved in cold acc... (2021)
Extensive transcriptomic profiling of pupal diapause in a butterfly reveals a... (2022)
Juvenile hormone as a causal factor for maternal regulation of diapause in a ... (2022)
Transcriptome analysis provides new insights into cold adaptation of corsac f... (2022)
Field plus lab experiments help identify freezing tolerance and associated ge... (2023)
Microbiota and Diapause-Induced Neuroprotection Share a Dependency on Calcium... (2023)
Transcriptomic and proteomic time-course analyses based on Metascape reveal m... (2023)
Identification of shared gene expression programs activated in multiple modes... (2024)
Transcriptome Analysis Reveals the lncRNA-mRNA Co-expression Network Regulati... (2024)
Winter break? The effect of overwintering on immune gene expression in wood f... (2024)
Seasonal Plasticity in Tryptophan Metabolism Provides New Insights Into Physi... (2025)
Single-nucleus transcriptomes reveal the underlying mechanisms of dynamic whi... (2025)

B. gargarizans | Bufo gargarizans

Amphibia

Illumina HiSeq 2500

Browse RNA Data
Accession IDs:
SRA546026; SRA1070238; SRA1084474; SRA1092449; SRA1230154; SRA1356239; SRA1401282; SRA1575856; SRA1594412; SRA1658297; SRA1823798; SRA1904074; SRA2131637; SRA2139567; SRA2156108; SRP101908; SRP258866; SRP266426; SRP269247; SRP319132; SRP354882; SRP368960; SRP418005; SRP423994; SRP444760; SRP495116; SRP515503; SRP586010; SRP588854; SRP594600; SRR5344015; SRR11637930-SRR11637935; SRR11951207-SRR11951213; SRR12109752-SRR12109759; SRR14478739-SRR14478744; SRR17602594-SRR17602674; SRR18697386-SRR18697388; SRR23105709-SRR23105712; SRR23591873; SRR24965696-SRR24965702; SRR28338831; SRR29504957-SRR29504958; SRR33609567-SRR33609570; SRR33762279-SRR33762290; SRR34186066-SRR34186071; SRS2048265; SRS6547342; SRS6794545-SRS6794551; SRS6920474-SRS6920481; SRS8911236-SRS8911241; SRS11651419-SRS11651499; SRS12556402-SRS12556404; SRS16473208-SRS16473211; SRS16868337; SRS18015020-SRS18015026; SRS20747285; SRS21715104-SRS21715105; SRS25068938-SRS25068941; SRS25204926-SRS25204937; SRS25536490-SRS25536495; SRX2640691; SRX8201766-SRX8201771; SRX8495608-SRX8495614; SRX8633750-SRX8633757; SRX10826930-SRX10826935; SRX13771405-SRX13771485; SRX14798353-SRX14798355; SRX19057113-SRX19057116; SRX19476992; SRX20723732-SRX20723738; SRX23945401; SRX25015264-SRX25015265; SRX28838026-SRX28838029; SRX28984980-SRX28984991; SRX29366181-SRX29366186

C. latirostris | Caiman latirostris

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA2058080; SRP559402; SRR32092189-SRR32092195; SRS23866723-SRS23866726; SRS23866728-SRS23866730; SRX27439911-SRX27439917

C. lateralis | Callospermophilus lateralis

Mammalia

Mammalia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA2185095; SRP605654; SRR34822584-SRR34822587; SRS24440392; SRX29955069-SRX29955072
Related Papers (19):
Digital transcriptome analysis indicates adaptive mechanisms in the heart of ... (2005)
Transcriptomic analysis of brown adipose tissue across the physiological extr... (2013)
Gene expression changes controlling distinct adaptations in the heart and ske... (2015)
Neuronal UCP1 expression suggests a mechanism for local thermogenesis during ... (2015)
Effects of hibernation on bone marrow transcriptome in thirteen-lined ground ... (2016)
Dynamic temperature-sensitive A-to-I RNA editing in the brain of a heterother... (2018)
Integrated transcriptomic and metabolomic analysis reveals adaptive changes o... (2018)
Molecular interactions underpinning the phenotype of hibernation in mammals. (2019)
Comparative transcriptome analysis of human skeletal muscle in response to co... (2020)
Transcriptional changes in muscle of hibernating arctic ground squirrels (Uro... (2020)
Liver Transcriptome Dynamics During Hibernation Are Shaped by a Shifting Bala... (2021)
Integrated transcriptomics and metabolomics reveal protective effects on hear... (2023)
Integrative transcriptomic and metabolic analyses of the mammalian hibernatin... (2023)
Peptidomic Analysis Reveals Seasonal Neuropeptide and Peptide Hormone Changes... (2023)
Transcriptomic evidence indicates that montane leaf beetles prioritize digest... (2023)
Mitochondrial-derived gene expression in hibernation: tissue-specific respons... (2025)
The transcriptomes of hypothalamic micropunches reveal sex differences in reg... (2025)
Transcriptome, Metabolome, and Physiological Analysis Provide New Insights in... (2025)
Up-regulation of cell apoptosis, autophagy and mitochondrial dynamics in ovar... (2025)

C. anna | Calypte anna

Aves

Illumina HiSeq

Browse RNA Data
Accession IDs:
SRA893333; SRA1511140-SRA1511141; SRA1737970; SRA2098399; SRP184741; SRP400570; SRP468044; SRP572388; SRR9184412; SRR21777126-SRR21777131; SRR26486697-SRR26486737; SRR32817012-SRR32817013; SRR32817019-SRR32817024; SRR32817026-SRR32817035; SRS4867388; SRS15298487-SRS15298488; SRS19247239-SRS19247279; SRS24457338-SRS24457347; SRS24457349-SRS24457354; SRS24457360-SRS24457361; SRX5956899; SRX17771994-SRX17771999; SRX22190552-SRX22190592; SRX28100437-SRX28100446; SRX28100448-SRX28100453; SRX28100459-SRX28100460

C. europaeus | Caprimulgus europaeus

Aves

Aves | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA29810206; ERP128919; ERR13093622; ERS5280908; ERX12465320
Related Papers (5):
Transcriptome analysis and metabolic profiling reveal the key role of α-linol... (2019)
Amino acids activate mTORC1 to release roe deer embryos from decelerated prol... (2021)
Transcriptomic responses of bat cells to European bat lyssavirus 1 infection ... (2023)
Harnessing cold adaptation for postglacial colonisation: Galactinol synthase ... (2024)
Identification of differentially expressed genes and proteins related to diap... (2025)

C. calcarata | Ceratina calcarata

Insecta

Insecta | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA163709; SRA341692; SRA665216; SRA1175186; SRA1565219; SRA1579850; SRA1754860; SRA2199532; SRP041948; SRP069002; SRP134212; SRP298745; SRP419100; SRP444427; SRP473161; SRP610180; SRR1284947; SRR3124654; SRR6819907-SRR6819918; SRR13281979-SRR13282011; SRR23226132-SRR23226321; SRR24951114-SRR24951127; SRR26895475-SRR26895491; SRR35051260-SRR35051262; SRR35051264-SRR35051273; SRR35051275-SRR35051277; SRS606135; SRS1264241; SRS3030800-SRS3030811; SRS7906127-SRS7906159; SRS16584064-SRS16584065; SRS16584068; SRS16584071; SRS16584073; SRS16584076; SRS16584080; SRS16584082; SRS16584086; SRS16584089; SRS16584092; SRS16584095; SRS16584098; SRS16584101; SRS16584104; SRS16584106; SRS16584108; SRS16584112; SRS16584115; SRS16584119; SRS16584121; SRS16584123; SRS16584125; SRS16584127; SRS16584130; SRS16584132; SRS16584135; SRS16584137; SRS16584139; SRS16584141; SRS16584143; SRS16584145; SRS16584148; SRS16584150; SRS16584152; SRS16584154; SRS16584156; SRS16584158; SRS16584160; SRS16584163; SRS16584166; SRS16584169; SRS16584174-SRS16584175; SRS16584178; SRS16584180; SRS16584182; SRS16584184-SRS16584185; SRS16584188; SRS16584191-SRS16584192; SRS16584194; SRS16584196; SRS16584198; SRS16584200; SRS16584202; SRS16584204; SRS16584206; SRS16584208; SRS16584211; SRS16584213; SRS16584215; SRS16584217; SRS16584219; SRS16584221; SRS16584223; SRS16584225; SRS16584227; SRS16584229; SRS16584231; SRS16584233; SRS16584235; SRS16584237; SRS16584239; SRS16584241; SRS16584243; SRS16584245; SRS16584247-SRS16584248; SRS16584251; SRS16584253; SRS16584255; SRS16584257; SRS16584259; SRS16584261; SRS16584263; SRS16584265; SRS16584267; SRS16584269; SRS16584271; SRS16584273; SRS16584275; SRS16584278; SRS16584280; SRS16584283-SRS16584284; SRS16584286; SRS16584289; SRS16584291; SRS16584293; SRS16584295-SRS16584296; SRS16584299; SRS16584301; SRS16584303; SRS16584305; SRS16584307; SRS16584309; SRS16584311; SRS16584313; SRS16584315; SRS16584317; SRS16584319; SRS16584321; SRS16584323; SRS16584325; SRS16584327; SRS16584329; SRS16584331; SRS16584334; SRS16584336; SRS16584338; SRS16584340; SRS16584342; SRS16584345; SRS16584348; SRS16584351; SRS16584353; SRS16584355-SRS16584357; SRS16584360; SRS16584362; SRS16584365; SRS16584368; SRS16584371-SRS16584372; SRS16584374-SRS16584375; SRS16584378; SRS16584380-SRS16584381; SRS16584384; SRS16584387-SRS16584388; SRS16584390-SRS16584391; SRS16584394; SRS16584396; SRS16584399-SRS16584400; SRS16584403; SRS16584405; SRS16584407; SRS16584410; SRS16584413; SRS16584415; SRS16584417; SRS16584419; SRS16584421; SRS16584424-SRS16584425; SRS16584427; SRS16584429; SRS16584431; SRS16584433; SRS16584435; SRS16584437; SRS16584439; SRS16584441; SRS16584443; SRS16584445; SRS16584447; SRS16584449; SRS16584451; SRS16584453; SRS16584455; SRS16584457; SRS16584459; SRS16584461; SRS16584463; SRS16584465; SRS16584467; SRS16584469; SRS16584472-SRS16584473; SRS16584475; SRS16584477; SRS16584479; SRS18002149-SRS18002160; SRS18002162; SRS18002164; SRS19596588-SRS19596589; SRS26225962-SRS26225964; SRS26225966-SRS26225975; SRS26225977-SRS26225979; SRX541305; SRX1547420; SRX3776755-SRX3776766; SRX9711364-SRX9711396; SRX19172692; SRX19172695; SRX19172698; SRX19172701; SRX19172703; SRX19172706; SRX19172710; SRX19172713; SRX19172716; SRX19172719; SRX19172722; SRX19172725; SRX19172728; SRX19172731; SRX19172734; SRX19172736; SRX19172738; SRX19172742; SRX19172745; SRX19172749; SRX19172751; SRX19172753; SRX19172755; SRX19172757; SRX19172760; SRX19172762; SRX19172764; SRX19172766; SRX19172769; SRX19172771; SRX19172773; SRX19172775; SRX19172778; SRX19172780; SRX19172782; SRX19172784; SRX19172786; SRX19172788; SRX19172790; SRX19172793; SRX19172796; SRX19172799; SRX19172802; SRX19172805; SRX19172808; SRX19172810; SRX19172812; SRX19172814; SRX19172816; SRX19172818; SRX19172820; SRX19172822; SRX19172824; SRX19172826; SRX19172828; SRX19172830; SRX19172832; SRX19172834; SRX19172836; SRX19172838; SRX19172841; SRX19172843; SRX19172845; SRX19172847; SRX19172849; SRX19172851; SRX19172853; SRX19172855; SRX19172857; SRX19172859; SRX19172861; SRX19172863; SRX19172865; SRX19172867; SRX19172869; SRX19172871; SRX19172873; SRX19172875; SRX19172877; SRX19172879; SRX19172881; SRX19172883; SRX19172885; SRX19172887; SRX19172889; SRX19172891; SRX19172893; SRX19172895; SRX19172897; SRX19172899; SRX19172901; SRX19172903; SRX19172905; SRX19172908; SRX19172910; SRX19172912; SRX19172914; SRX19172916; SRX19172918; SRX19172920; SRX19172923; SRX19172925; SRX19172927; SRX19172929; SRX19172931; SRX19172933; SRX19172935; SRX19172937; SRX19172939; SRX19172941; SRX19172943; SRX19172945; SRX19172947; SRX19172949; SRX19172951; SRX19172953; SRX19172955; SRX19172957; SRX19172959; SRX19172961; SRX19172964; SRX19172966; SRX19172968; SRX19172970; SRX19172972; SRX19172975; SRX19172978; SRX19172980; SRX19172982; SRX19172984; SRX19172986; SRX19172988; SRX19172990; SRX19172992; SRX19172994; SRX19172997; SRX19173000; SRX19173002; SRX19173004; SRX19173006; SRX19173008; SRX19173010; SRX19173012; SRX19173014; SRX19173016; SRX19173018; SRX19173020; SRX19173022; SRX19173024; SRX19173026; SRX19173029; SRX19173031; SRX19173033; SRX19173035; SRX19173037; SRX19173040; SRX19173043; SRX19173045; SRX19173047; SRX19173049; SRX19173051; SRX19173053; SRX19173055; SRX19173057; SRX19173059; SRX19173061; SRX19173063; SRX19173065; SRX19173067; SRX19173069; SRX19173071; SRX19173073; SRX19173075; SRX19173077; SRX19173079; SRX19173081; SRX19173083; SRX19173085; SRX19173087; SRX19173089; SRX19173091; SRX19173093; SRX19173095; SRX19173097; SRX19173099; SRX19173101; SRX19173103; SRX19173105; SRX19173107; SRX19173109; SRX20709239-SRX20709252; SRX22589697-SRX22589713; SRX30165452-SRX30165454; SRX30165456-SRX30165465; SRX30165467-SRX30165469

C. medius | Cheirogaleus medius

Mammalia

Illumina HiSeq 2000 (WAT, captive)

Browse RNA Data
Accession IDs:
SRA196686; SRP049327; SRR1634146-SRR1634149; SRR1634152; SRR1634169; SRR1634266; SRR1634268-SRR1634270; SRR1634272; SRR1634454; SRS731992; SRS732658-SRS732668; SRX744915; SRX746068-SRX746078
Related Papers (1):
Profiling torpor-responsive microRNAs in muscles of the hibernating primate M... (2020)

C. serpentina | Chelydra serpentina

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA062458; SRA1593064; SRA1866352; SRP017457; SRP423519; SRP467977; SRR629521; SRR23565244-SRR23565245; SRR29022168; SRS378974; SRS14105879-SRS14105880; SRS21291885; SRX209125; SRX19452170-SRX19452171; SRX24547626
Related Papers (1):
Development-specific transcriptomic profiling suggests new mechanisms for ano... (2020)

C. partellus | Chilo partellus

Insecta

Illumina (transcriptome, digestive protease response)

Browse RNA Data
Accession IDs:
SRA1759765; SRA2295148; SRP474892; SRP658343; SRR26985889; SRR36613350-SRR36613355; SRS19673869; SRS27600724-SRS27600729; SRX22679052; SRX31625964-SRX31625969
Related Papers (8):
Transcriptome and proteome analyses reveal complex mechanisms of reproductive... (2017)
Cold acclimation triggers major transcriptional changes in Drosophila suzukii. (2019)
Genetic suppression of cryoprotectant toxicity. (2019)
Transcriptomic analysis of pre-diapause larvae of Chilo suppressalis (Walker)... (2021)
A reversible state of hypometabolism in a human cellular model of sporadic Pa... (2023)
Physiological and transcriptional changes associated with obligate aestivatio... (2024)
Molecular mechanism of response to low-temperature during the natural overwin... (2025)
The microRNA pathway regulates obligatory aestivation in the cabbage stem fle... (2025)

C. picta | Chrysemys picta

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA064272; SRA064275; SRA064277-SRA064279; SRA064281-SRA064282; SRA064285-SRA064286; SRA064288; SRA064290-SRA064291; SRA064293; SRA064298-SRA064299; SRA064301; SRA064303-SRA064306; SRA064310-SRA064311; SRA064313; SRA064315-SRA064317; SRA435575; SRA536869; SRA541153; SRA666807; SRA859371; SRA1010958; SRA1181502; SRA1430903; SRA1441417; SRA1570674; SRA1592999; SRA1593064; SRA1865518; SRA1865521; SRA1880800; SRA2233053; SRP012057; SRP077056; SRP099173; SRP100847; SRP135786; SRP188305; SRP237291; SRP248061; SRP277352; SRP383037; SRP416230; SRP423519; SRP467972; SRP469251; SRP605513; SRR647676-SRR647696; SRR647698-SRR647704; SRR3715367-SRR3715370; SRR3715379; SRR3715390-SRR3715396; SRR5242263-SRR5242272; SRR5296389-SRR5296400; SRR6841721; SRR8718961-SRR8718984; SRR10674595-SRR10674614; SRR13381387-SRR13381398; SRR19523435-SRR19523446; SRR19779321-SRR19779328; SRR23003492-SRR23003494; SRR23558001; SRR23565232-SRR23565243; SRR29012375; SRR29012379; SRR29207168; SRR35602396-SRR35602397; SRR35602399-SRR35602405; SRS385154-SRS385171; SRS1524445-SRS1524446; SRS1524453-SRS1524454; SRS1967573-SRS1967582; SRS2006117-SRS2006128; SRS3049604; SRS4480490-SRS4480513; SRS5811348-SRS5811367; SRS6129357; SRS7197245-SRS7197256; SRS7988499-SRS7988510; SRS13515102-SRS13515109; SRS14105881-SRS14105892; SRS16382261-SRS16382263; SRS16838393; SRS21284107; SRS21284110; SRS26687931-SRS26687937; SRS26687939-SRS26687940; SRX216249-SRX216274; SRX1874750-SRX1874753; SRX1874762; SRX1874773-SRX1874779; SRX2549111-SRX2549120; SRX2598663-SRX2598674; SRX3797545; SRX5512776-SRX5512799; SRX7351871-SRX7351890; SRX9804312-SRX9804323; SRX15575778-SRX15575789; SRX15823663-SRX15823670; SRX18959303-SRX18959305; SRX19445145; SRX19452172-SRX19452183; SRX24539228; SRX24539232; SRX24726875; SRX30667523-SRX30667529; SRX30667531-SRX30667532

C. lectularius | Cimex lectularius

Insecta

Insecta | Transcriptomics data

Browse RNA Data
Accession IDs:
DRA018916; DRA020119; DRP011996; DRP012563; DRR577276-DRR577281; DRR635865; DRS404418-DRS404423; DRS445178; DRX560709-DRX560714; DRX616183; SRA043735; SRA046347; SRA065146; SRA185724; SRA204239; SRA204242; SRA245863-SRA245864; SRA259134; SRA268552; SRA268555; SRA268558; SRA268754; SRA268757; SRA328076; SRA397075; SRA889963; SRA1045501; SRA1215010; SRA1410767; SRA1650533; SRA1804016; SRA1807143; SRA1811327; SRA2052556; SRA2340317; SRP007589; SRP008480; SRP018037; SRP046799; SRP050101; SRP055931; SRP058309; SRP068013; SRP072368; SRP199379; SRP250185; SRP372448; SRP441647; SRP490121; SRP491412; SRP491968; SRP557640; SRP679520; SRR317122-SRR317125; SRR349673-SRR349676; SRR650709; SRR1660429-SRR1660437; SRR1790655; SRR1852639-SRR1852640; SRR2026341; SRR2028030; SRR2028033; SRR2028036-SRR2028041; SRR2028242-SRR2028244; SRR2030782-SRR2030783; SRR2031386; SRR2031921; SRR2031929; SRR2031931; SRR3084449-SRR3084452; SRR3297745-SRR3297746; SRR3297758; SRR3297791; SRR3297806-SRR3297807; SRR3297810-SRR3297824; SRR9117105-SRR9117110; SRR11126579-SRR11126580; SRR14140300; SRR18935970-SRR18935981; SRR18935985; SRR18935994-SRR18936008; SRR24864476-SRR24864477; SRR24864479-SRR24864482; SRR27997097-SRR27997114; SRR28072511-SRR28072528; SRR28116171-SRR28116184; SRR28116188-SRR28116192; SRR32015290-SRR32015301; SRR37372047-SRR37372061; SRS254375-SRS254378; SRS265464-SRS265467; SRS604990; SRS749263; SRS866877-SRS866878; SRS934833; SRS937881-SRS937882; SRS937884; SRS939519; SRS939705; SRS1233028; SRS1362961; SRS4812930-SRS4812935; SRS6180141-SRS6180142; SRS8657021; SRS8657023-SRS8657031; SRS12762157-SRS12762171; SRS12762180; SRS12762183; SRS12762185-SRS12762194; SRS12762199; SRS17928152-SRS17928155; SRS17928157-SRS17928158; SRS20482701-SRS20482704; SRS20482722-SRS20482735; SRS20549950-SRS20549952; SRS20549958; SRS20551515-SRS20551517; SRS20551519; SRS20551522; SRS20552145-SRS20552148; SRS20552361-SRS20552365; SRS20586608; SRS20586610-SRS20586611; SRS20586613-SRS20586616; SRS20587053-SRS20587055; SRS20587057-SRS20587061; SRS20587592-SRS20587593; SRS20588717; SRS20589621; SRS23803929; SRS28205733-SRS28205747; SRX085354-SRX085357; SRX099042-SRX099045; SRX218424; SRX765693; SRX765995; SRX906994; SRX907005; SRX1025857; SRX1025916; SRX1029420-SRX1029421; SRX1029423; SRX1031285; SRX1032386; SRX1036836-SRX1036846; SRX1516134-SRX1516137; SRX1663868-SRX1663869; SRX1663877; SRX1663879; SRX1663884-SRX1663900; SRX5891184-SRX5891189; SRX7763097-SRX7763098; SRX10509740; SRX10533749-SRX10533756; SRX15013552-SRX15013566; SRX15013575; SRX15013579-SRX15013590; SRX20628560-SRX20628563; SRX20628565-SRX20628566; SRX23649690-SRX23649707; SRX23721869-SRX23721886; SRX23760963-SRX23760967; SRX23760971-SRX23760984; SRX27367767-SRX27367778; SRX32285551-SRX32285565

C. septempunctata | Coccinella septempunctata

Insecta

Illumina HiSeq 2000

Browse RNA Data
Accession IDs:
ERA536517; ERA36165194; ERP013296; ERP128923; ERR1145724-ERR1145729; ERR17201180; ERS981234-ERS981239; ERS5596528; ERX1224534-ERX1224539; ERX16585186; SRA314724; SRA894710; SRA917997; SRA1016560; SRA1133290; SRA1249735; SRA1264378; SRA1271294; SRA1298173; SRA1621540; SRA1960388; SRA1965403; SRA2050801; SRA2053736; SRA2096326; SRA2158653; SRA2297287; SRP066954; SRP200587; SRP213364; SRP238798; SRP285609; SRP325262; SRP329855; SRP331450; SRP338124; SRP432801; SRP529831; SRP531265; SRP557182; SRP558036; SRP571483; SRP595973; SRP655017; SRR2971089-SRR2971097; SRR9208141-SRR9208152; SRR9649791-SRR9649792; SRR9649799-SRR9649800; SRR9649803-SRR9649804; SRR10767214; SRR12728766-SRR12728771; SRR14887819; SRR15245407-SRR15245409; SRR15365786-SRR15365792; SRR15365802; SRR15365811-SRR15365814; SRR16002976; SRR24182302-SRR24182338; SRR30502553-SRR30502556; SRR30589023-SRR30589028; SRR31990071-SRR31990077; SRR32033527-SRR32033532; SRR32767109-SRR32767117; SRR34292490-SRR34292495; SRR36440892-SRR36440903; SRS1187893-SRS1187895; SRS4885135-SRS4885138; SRS5068628-SRS5068629; SRS5068632-SRS5068633; SRS5068640; SRS5068642; SRS5885459; SRS7437210-SRS7437215; SRS9259288; SRS9586790; SRS9700778-SRS9700781; SRS9700790; SRS9700800-SRS9700806; SRS10264536; SRS17325442-SRS17325478; SRS22513832-SRS22513835; SRS22584147-SRS22584152; SRS23782269-SRS23782275; SRS23816661-SRS23816666; SRS24412286-SRS24412294; SRS25607720-SRS25607725; SRS27448535-SRS27448546; SRX1460480-SRX1460482; SRX5979167-SRX5979178; SRX6411336-SRX6411337; SRX6411340-SRX6411341; SRX6411348-SRX6411349; SRX7441130; SRX9202139-SRX9202144; SRX11204893; SRX11551239-SRX11551241; SRX11668236-SRX11668239; SRX11668248; SRX11668258-SRX11668264; SRX12290654; SRX19979824-SRX19979860; SRX25926381-SRX25926384; SRX26011920-SRX26011925; SRX27345012-SRX27345018; SRX27383173-SRX27383178; SRX28051859-SRX28051867; SRX29463649-SRX29463654; SRX31465754-SRX31465765

C. aspersum | Cornu aspersum

Gastropoda

Gastropoda | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA29632521; ERP159865; ERR12982567; ERS7047561; ERX12354794; SRA264599; SRA272852; SRA536667; SRA539087; SRA1217162; SRA1458772; SRA2028247; SRP057675; SRP059468; SRP099095; SRP100362; SRP314263; SRP387348; SRP549625; SRR2004333; SRR2062358-SRR2062360; SRR2062371; SRR5239620; SRR5273244; SRR14200902-SRR14200903; SRR20337018-SRR20337023; SRR31620504; SRS926723; SRS960631-SRS960634; SRS1965256; SRS1992180; SRS8673949; SRS8673951; SRS14007272-SRS14007277; SRS23451642; SRX1015093; SRX1058251-SRX1058252; SRX1058254-SRX1058255; SRX2546515; SRX2577257; SRX10567815-SRX10567816; SRX16370102-SRX16370107; SRX26984990
Related Papers (6):
Genes and associated peptides involved with aestivation in a land snail. (2017)
A Comparative Transcriptomics Approach to Analyzing the Differences in Cold R... (2020)
Transcriptome sequencing reveals the differentially expressed lncRNAs and mRN... (2022)
Coping with harsh heat environments: molecular adaptation of metabolic depres... (2023)
Comparative transcriptomics of the garden dormouse hypothalamus during hibern... (2024)
Transcriptome analysis to explore the molecular mechanisms involved in the do... (2025)

C. viridis | Crotalus viridis

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA725532; SRA895700; SRA1047211; SRA1149014; SRA1208689; SRA1291187; SRA1387788; SRA1419189; SRA1447726; SRA1585225; SRA1785331; SRA2033220; SRP011323; SRP150951; SRP200900; SRP250447; SRP311565; SRP364734; SRP375374; SRP421152; SRP483694; SRR7401978-SRR7402009; SRR9225219-SRR9225229; SRR11149666; SRR12915637-SRR12915639; SRR12915642-SRR12915645; SRR14027468; SRR14027472; SRR14027476; SRR15837020-SRR15837025; SRR18361039-SRR18361069; SRR19221433; SRR19221435-SRR19221437; SRR19221444; SRR19928811-SRR19928820; SRR23348476-SRR23348477; SRR27545512-SRR27545513; SRR27545524; SRR27545535; SRR27545543-SRR27545547; SRR27545551-SRR27545558; SRR31700801-SRR31700804; SRR31700807-SRR31700810; SRS3440375-SRS3440406; SRS4900631-SRS4900641; SRS6201529; SRS7599194-SRS7599200; SRS8526588; SRS8526591; SRS8526594; SRS10108585-SRS10108590; SRS12294803-SRS12294833; SRS13015157; SRS13015164-SRS13015166; SRS13015168; SRS13657546-SRS13657555; SRS16691280; SRS20138529-SRS20138534; SRS20138538-SRS20138540; SRX4274124-SRX4274155; SRX5995731-SRX5995741; SRX7785741; SRX9380414-SRX9380417; SRX9380420-SRX9380422; SRX10404064; SRX10404068; SRX10404072; SRX12128439-SRX12128444; SRX14495615-SRX14495645; SRX15285341; SRX15285348-SRX15285350; SRX15285352; SRX15971277-SRX15971286; SRX19290267-SRX19290268; SRX23215009-SRX23215016; SRX23215020-SRX23215024; SRX23215032; SRX23215043; SRX23215054-SRX23215055; SRX27062414-SRX27062417; SRX27062420-SRX27062423

D. plexippus | Danaus plexippus

Insecta

Insecta | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA059252; SRA784197; SRA808550; SRA847924; SRA849479; SRA895664; SRA920685; SRA960941; SRA1074659; SRA1130423; SRA1242716; SRA1278648; SRA1786512; SRA1855888; SRA1928322; SRA2118002; SRP015992; SRP162652; SRP168414; SRP185352; SRP185952; SRP200869; SRP214523; SRP261251; SRP285039; SRP484038; SRP504930; SRP521034; SRR585568; SRR7904508-SRR7904516; SRR8181254-SRR8181285; SRR8555132-SRR8555179; SRR8580831-SRR8580845; SRR9221625-SRR9221657; SRR9678196-SRR9678221; SRR10100549-SRR10100551; SRR11776510-SRR11776545; SRR12695256; SRR12695258; SRR12695261-SRR12695263; SRR12695265-SRR12695267; SRR12695269-SRR12695274; SRR12695276-SRR12695280; SRR12695282; SRR12695284; SRR12695287; SRR12695289; SRR12695291-SRR12695293; SRR12695295; SRR14766476-SRR14766484; SRR15475813-SRR15475821; SRR27574382-SRR27574431; SRR28848041-SRR28848055; SRR29893060-SRR29893105; SRR33304274-SRR33304282; SRS366852; SRS3822280-SRS3822287; SRS3822289; SRS4035966-SRS4035997; SRS4347751-SRS4347798; SRS4370630-SRS4370644; SRS4897262-SRS4897294; SRS5093167-SRS5093192; SRS5374227-SRS5374229; SRS6649065-SRS6649100; SRS7412431-SRS7412466; SRS20156162-SRS20156211; SRS21165115-SRS21165129; SRS22052735-SRS22052780; SRS24848419-SRS24848427; SRX191135; SRX4740950-SRX4740958; SRX5001250-SRX5001281; SRX5356906-SRX5356953; SRX5381551-SRX5381565; SRX5992125-SRX5992157; SRX6438496-SRX6438521; SRX6832493-SRX6832495; SRX8329441-SRX8329476; SRX9174938; SRX9174940-SRX9174942; SRX9174944; SRX9174946; SRX9174949; SRX9174951; SRX9174953-SRX9174957; SRX9174959-SRX9174964; SRX9174966-SRX9174968; SRX9174970-SRX9174972; SRX9174975; SRX9174977; SRX11099905-SRX11099913; SRX11775994-SRX11776002; SRX23243430-SRX23243479; SRX24409792-SRX24409806; SRX25389010-SRX25389055; SRX28549324-SRX28549332
Related Papers (1):
A time course analysis through diapause reveals dynamic temporal patterns of ... (2025)

D. virgifera | Diabrotica virgifera

Insecta

Insecta | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA1597946; ERP110860; ERR2791371-ERR2791395; ERS2715388; ERX2800462-ERX2800486; SRA139189; SRA185767; SRA189864; SRA192031; SRA192563; SRA566948-SRA566949; SRA641104; SRA643485; SRA651917; SRA653433; SRA771230; SRA1417234; SRA1613888; SRA1920936; SRA2044907; SRP037561; SRP046971; SRP047479; SRP049056; SRP107945; SRP127188; SRP131363; SRP131734; SRP161473; SRP347282; SRP430294; SRP519011; SRP555280; SRR1167982-SRR1167983; SRR1167985-SRR1167988; SRR1167990-SRR1168000; SRR1168010-SRR1168017; SRR1168288-SRR1168291; SRR1168303-SRR1168312; SRR1168316; SRR1168318-SRR1168320; SRR1168329-SRR1168332; SRR1168336-SRR1168339; SRR1168343-SRR1168344; SRR1585602; SRR1611192; SRR1611196-SRR1611197; SRR1611199; SRR1611246; SRR1611296; SRR1614633; SRR1614695; SRR1614743; SRR1614766; SRR1614800; SRR1614824; SRR1616575-SRR1616610; SRR5616334-SRR5616335; SRR6410820; SRR6439463-SRR6439510; SRR6506216-SRR6506255; SRR6650440-SRR6650479; SRR7818012-SRR7818015; SRR19144969-SRR19144977; SRR24033333-SRR24033356; SRR29761602-SRR29761613; SRR31893216-SRR31893230; SRS556602-SRS556604; SRS708920; SRS720753; SRS723399; SRS724331-SRS724348; SRS2231457-SRS2231458; SRS2771190-SRS2771237; SRS2781441; SRS2867217-SRS2867255; SRS2867360; SRS2894854-SRS2894892; SRS2894912; SRS3764218-SRS3764221; SRS12949400-SRS12949408; SRS17195065-SRS17195088; SRS21947379-SRS21947390; SRS23696857-SRS23696871; SRX469295-SRX469298; SRX709907; SRX731660-SRX731661; SRX731665; SRX731669; SRX731674; SRX731728; SRX735043; SRX735076; SRX735091-SRX735093; SRX735095; SRX736229-SRX736246; SRX2862333-SRX2862334; SRX3503846; SRX3530832-SRX3530879; SRX3594800-SRX3594839; SRX3628070-SRX3628109; SRX4669438-SRX4669441; SRX15211798-SRX15211806; SRX19836003-SRX19836026; SRX25262256-SRX25262267; SRX27251605-SRX27251619

D. punctatus | Diadophis punctatus

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA1892172; SRP512482; SRR29324578-SRR29324580; SRS21552584-SRS21552586; SRX24841036-SRX24841038

E. telfairi | Echinops telfairi

Mammalia

Mammalia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA1112385; SRP277304; SRR12442712-SRR12442714; SRR12442812-SRR12442820; SRS7193500-SRS7193508; SRS7193606-SRS7193608; SRX8937257-SRX8937265; SRX8937363-SRX8937365

E. carinata | Elaphe carinata

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA1020787; SRA1020806; SRA1064742; SRA1636892; SRA2381760; SRP239637; SRP239642; SRP256102; SRP433115; SRP695026; SRR10836857-SRR10836862; SRR10837029-SRR10837034; SRR11531535-SRR11531550; SRR24519682; SRR38272850; SRS5949077-SRS5949082; SRS6468495-SRS6468510; SRS17629190; SRS28930381; SRX7508690-SRX7508695; SRX7508862-SRX7508867; SRX8102590-SRX8102605; SRX20303908; SRX33109433

E. quercinus | Eliomys quercinus

Mammalia

Illumina (hypothalamus RNA-seq, active vs. dormancy)

Browse RNA Data
Accession IDs:
SRA1449121; SRA1620170; SRA2119667; SRP384942; SRP432485; SRP523547; SRR19981280-SRR19981327; SRR24154873-SRR24154879; SRR33333298-SRR33333304; SRR33333306-SRR33333308; SRS13703646-SRS13703657; SRS17300654-SRS17300660; SRS24870075; SRX16023426-SRX16023437; SRX19952931-SRX19952937; SRX28577753-SRX28577755; SRX28577757-SRX28577763

E. fuscus | Eptesicus fuscus

Mammalia

Illumina GAIIx (venom gland transcriptome)

Browse RNA Data
Accession IDs:
DRA012731; DRP010511; DRR318494-DRR318499; DRS325679-DRS325684; DRX307850-DRX307855; SRA082703; SRA149715; SRA271569; SRA472578; SRA1000616; SRA1565743; SRA1835861; SRA2033796; SRA2043973; SRA2119145; SRA2299592; SRP023527; SRP040683; SRP061328; SRP089986; SRP231237; SRP414920; SRP498538; SRP554998; SRP581407; SRP656038; SRR1179650; SRR1205281; SRR1207319; SRR1207322; SRR2154117; SRR4249968; SRR10512827-SRR10512828; SRR10512830-SRR10512839; SRR10512841-SRR10512844; SRR22897176-SRR22897177; SRR22897180-SRR22897181; SRR22897185-SRR22897186; SRR22897189-SRR22897190; SRR22897193-SRR22897194; SRR22897198-SRR22897199; SRR22897202-SRR22897203; SRR22897207-SRR22897208; SRR28493172-SRR28493192; SRR28493236-SRR28493238; SRR31710342-SRR31710345; SRR31875258-SRR31875263; SRR31875270-SRR31875275; SRR31875282-SRR31875287; SRR31875294-SRR31875299; SRR33321338-SRR33321341; SRR33321358-SRR33321359; SRR36489422-SRR36489433; SRS431672; SRS564205; SRS583676; SRS583679; SRS995612; SRS1697724; SRS5706374-SRS5706377; SRS5706379-SRS5706388; SRS5706390-SRS5706391; SRS16285336-SRS16285338; SRS16285340-SRS16285344; SRS20884530; SRS20884533; SRS20884539; SRS20884579-SRS20884581; SRS20884583-SRS20884599; SRS20884601; SRS23531725; SRS23531727-SRS23531729; SRS23681105-SRS23681110; SRS23681117-SRS23681122; SRS23681129-SRS23681134; SRS23681141-SRS23681146; SRS24859944-SRS24859945; SRS24859962-SRS24859965; SRS27490570-SRS27490573; SRX290501; SRX478607; SRX502870; SRX502873; SRX1101202; SRX2170035; SRX7200925-SRX7200928; SRX7200930-SRX7200939; SRX7200941-SRX7200942; SRX18854833-SRX18854834; SRX18854838-SRX18854839; SRX18854842-SRX18854843; SRX18854847-SRX18854848; SRX18854851-SRX18854852; SRX18854855-SRX18854856; SRX18854860-SRX18854861; SRX18854864-SRX18854865; SRX24095256-SRX24095258; SRX24095302-SRX24095322; SRX27071559-SRX27071562; SRX27234245-SRX27234250; SRX27234257-SRX27234262; SRX27234269-SRX27234274; SRX27234281-SRX27234286; SRX28565795-SRX28565796; SRX28565813-SRX28565816; SRX31510905-SRX31510916
Related Papers (12):
Transcriptional and metabolomic analysis of Ascophyllum nodosum mediated free... (2012)
RNA-Seq and Mass-Spectrometry-Based Lipidomics Reveal Extensive Changes of Gl... (2015)
Effect of torpor on host transcriptomic responses to a fungal pathogen in hib... (2018)
Berardinelli-Seip congenital lipodystrophy 2/SEIPIN determines brown adipose ... (2020)
Mitochondrial pyruvate carrier is required for optimal brown fat thermogenesis. (2020)
Thermoneutrality-Induced Macrophage Accumulation in Brown Adipose Tissue Does... (2020)
Cold-induction of afadin in brown fat supports its thermogenic capacity. (2021)
Concurrent BMP Signaling Maintenance and TGF-β Signaling Inhibition Is a Hall... (2021)
In vivo isotope tracing reveals the versatility of glucose as a brown adipose... (2021)
Transcriptome Analysis Revealed Potential Genes of Skeletal Muscle Thermogene... (2023)
Cold-Induced DHRS4 Promotes Thermogenesis via Enhanced Fatty Acid β-Oxidation... (2025)
Hibernating brown bear serum modulates the balance of TGF-β and BMP pathways ... (2025)

E. europaeus | Erinaceus europaeus

Mammalia

Illumina NovaSeq

Browse RNA Data
Accession IDs:
ERA22027179; ERP145734; ERR11242535; ERS10810576; ERX10650739; SRA063005; SRA1556482; SRP017611; SRP412207; SRR636852-SRR636853; SRR636902-SRR636903; SRR636946-SRR636947; SRR22588090; SRS380706-SRS380707; SRS380756-SRS380757; SRS380800-SRS380801; SRS16017367; SRX211592-SRX211593; SRX211642-SRX211643; SRX211686-SRX211687; SRX18551107

F. multistriata | Fejervarya multistriata

Amphibia

BGISEQ-500 (light-driven skin color)

Browse RNA Data
Accession IDs:
SRA1409068; SRA2092789; SRP371983; SRP570087; SRR18907483; SRR32673450-SRR32673467; SRS12734788; SRS24341777-SRS24341778; SRX14985475; SRX27976885-SRX27976902
Related Papers (12):
Physiological characterization of the emergence from diapause: A transcriptom... (2018)
The effect of cold acclimation on active ion transport in cricket ionoregulat... (2018)
How crickets become freeze tolerant: The transcriptomic underpinnings of accl... (2019)
Factors affecting freezing tolerance: a comparative transcriptomics study bet... (2020)
AGC/AKT Protein Kinase SCH9 Is Critical to Pathogenic Development and Overwin... (2022)
Integrated analysis of transcriptome and metabolome data reveals insights for... (2022)
Role of exogenous abscisic acid in freezing tolerance of mangrove Kandelia ob... (2022)
Transcriptomic Insights Into Root Development and Overwintering Transcription... (2022)
Corrigendum: Transcriptomic insights into root development and overwintering ... (2023)
Hepatic transcriptome and gut microbiome provide insights into freeze toleran... (2023)
Integrated Transcriptomic and Proteomic Analysis Reveals Molecular Mechanisms... (2024)
Unveiling the Cold Acclimation of Alfalfa: Insights into Its Starch-Soluble S... (2025)

G. brevicaudus | Gloydius brevicaudus

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA829858; SRA2262969; SRP175096; SRP637965; SRR8389383-SRR8389384; SRR35908237; SRR35908240; SRR35908243; SRS4204861-SRS4204862; SRS26952322; SRX5199097-SRX5199098; SRX30957525; SRX30957528; SRX30957531

G. insculpta | Glyptemys insculpta

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA1712135; SRP460613; SRR26064236; SRS18884697; SRX21780264

H. melpomene | Heliconius melpomene

Insecta

Insecta | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA066396; ERA197351; ERA392784; ERA393519-ERA393520; ERA1146845; ERA1167510; ERA1751217; ERA2818229; ERA27446279; ERP000993; ERP002272; ERP008958; ERP105432; ERP105860; ERP113024; ERP123509; ERP154636; ERR053966-ERR054041; ERR232443-ERR232466; ERR696684; ERR698971-ERR698973; ERR2206056-ERR2206065; ERR2228593-ERR2228596; ERR3184367-ERR3184391; ERR4468579-ERR4468580; ERR4468583-ERR4468585; ERR4468587; ERR4468590-ERR4468591; ERR4468595; ERR4468602-ERR4468605; ERR4468608; ERR4468612; ERR4468614-ERR4468616; ERR4468619-ERR4468620; ERR4468623; ERR4468625; ERR4468629; ERR4468632; ERR4468642-ERR4468643; ERR4468651; ERR4468657; ERR4468669; ERR4468674-ERR4468675; ERR4468677; ERR4468679-ERR4468681; ERR4468683; ERR12312084-ERR12312098; ERS070426-ERS070487; ERS216956-ERS216973; ERS625373; ERS626324-ERS626326; ERS2025590-ERS2025599; ERS2064501-ERS2064504; ERS3190401-ERS3190425; ERS4956061-ERS4956062; ERS4956065-ERS4956067; ERS4956069; ERS4956071-ERS4956072; ERS4956076; ERS4956082-ERS4956085; ERS4956088; ERS4956092; ERS4956094-ERS4956096; ERS4956099-ERS4956100; ERS4956103; ERS4956105; ERS4956109; ERS4956112; ERS4956122-ERS4956123; ERS4956130; ERS4956136; ERS4956148; ERS4956153-ERS4956154; ERS4956156; ERS4956158-ERS4956160; ERS4956162; ERS17030656-ERS17030670; ERX031014-ERX031089; ERX206990-ERX207013; ERX641123; ERX643410-ERX643412; ERX2260418-ERX2260427; ERX2281932-ERX2281935; ERX3212218-ERX3212242; ERX4407279-ERX4407280; ERX4407283-ERX4407285; ERX4407287; ERX4407290-ERX4407291; ERX4407295; ERX4407302-ERX4407305; ERX4407308; ERX4407312; ERX4407314-ERX4407316; ERX4407319-ERX4407320; ERX4407323; ERX4407325; ERX4407329; ERX4407332; ERX4407342-ERX4407343; ERX4407351; ERX4407357; ERX4407369; ERX4407374-ERX4407375; ERX4407377; ERX4407379-ERX4407381; ERX4407383; ERX11689021-ERX11689035; SRA022782; SRA046348; SRA274308; SRA423319; SRA566992; SRA566994-SRA566996; SRA915523; SRA962146; SRA980032; SRA1040564; SRA1340041; SRA1884942; SRA2324164; SRA2324319; SRP003162; SRP008481; SRP059840; SRP074338; SRP107945; SRP212573; SRP221638; SRP225908; SRP349659; SRP511086; SRP669239; SRR062599-SRR062600; SRR349678-SRR349681; SRR2076754-SRR2076773; SRR3474177-SRR3474178; SRR3474180-SRR3474181; SRR3474183-SRR3474184; SRR3474186; SRR3474188-SRR3474189; SRR3474191; SRR5616818-SRR5616819; SRR5616874; SRR5616883; SRR9620091-SRR9620092; SRR9620101-SRR9620104; SRR9620116-SRR9620120; SRR9620141; SRR9620151; SRR9620201; SRR9620203-SRR9620204; SRR10120159; SRR10292369-SRR10292371; SRR10292373-SRR10292377; SRR10292379-SRR10292382; SRR10292384-SRR10292393; SRR10292395-SRR10292404; SRR10292406-SRR10292411; SRR10292413-SRR10292415; SRR10292417-SRR10292418; SRR11051799-SRR11051800; SRR17156989-SRR17157020; SRR29250324-SRR29250330; SRR37023918-SRR37023922; SRR37025874-SRR37025878; SRS085795-SRS085796; SRS265448; SRS970863-SRS970881; SRS970884; SRS1421112-SRS1421115; SRS1421117-SRS1421122; SRS2231541; SRS2231543; SRS2231587; SRS2231590; SRS5042724-SRS5042725; SRS5042727; SRS5042777; SRS5042787; SRS5042808-SRS5042812; SRS5042824-SRS5042827; SRS5042836-SRS5042837; SRS5388150; SRS5526501-SRS5526502; SRS5526504-SRS5526513; SRS5526515-SRS5526524; SRS5526526-SRS5526535; SRS5526537-SRS5526546; SRS5526548-SRS5526550; SRS11245812-SRS11245843; SRS21487498-SRS21487504; SRS27915488-SRS27915492; SRS27916932-SRS27916936; SRX025003-SRX025004; SRX099048-SRX099050; SRX1071761-SRX1071780; SRX1741551-SRX1741554; SRX1741556-SRX1741561; SRX2862495-SRX2862496; SRX2862542; SRX2862551; SRX6383118-SRX6383119; SRX6383121; SRX6383171; SRX6383181; SRX6383202-SRX6383206; SRX6383218-SRX6383221; SRX6383230-SRX6383231; SRX6849674; SRX7005273-SRX7005274; SRX7005276-SRX7005278; SRX7005280-SRX7005285; SRX7005287-SRX7005296; SRX7005298-SRX7005307; SRX7005309-SRX7005312; SRX7005314-SRX7005318; SRX7005320-SRX7005322; SRX7701713-SRX7701714; SRX13340973-SRX13341004; SRX24768432-SRX24768438; SRX31971333-SRX31971337; SRX31973277-SRX31973281

H. pomatia | Helix pomatia

Gastropoda

Gastropoda | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA1592013; SRA1749268; SRA1949479; SRP423188; SRP463177; SRP521572; SRR23509319; SRR26802403; SRR30274230; SRS16797420; SRS19512485; SRS22375106; SRX19402579; SRX22499666; SRX25735323

H. cinerea | Hyla cinerea

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA2934687; ERP123817; ERR4636884-ERR4636914; ERS5115210-ERS5115240; ERX4560637-ERX4560667; SRA424811; SRA1798535; SRP074849; SRP489165; SRR3498298-SRR3498309; SRR3498316-SRR3498318; SRR3498325-SRR3498326; SRR3498385; SRR27929946; SRS1433375-SRS1433378; SRS1433382; SRS1433386; SRS20431933; SRX1756843-SRX1756853; SRX1756859; SRX1756861-SRX1756863; SRX1756870; SRX1756877; SRX1756926; SRX23586919

H. chinensis | Hynobius chinensis

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA115156; SRA721019; SRP033474; SRP150396; SRR1042328; SRR7299432; SRS510536; SRS3412095; SRX386518; SRX4201866

I. tridecemlineatus | Ictidomys tridecemlineatus

Mammalia

454/Roche (deep transcriptome, multiple tissues)

Browse RNA Data
Accession IDs:
ERA21299552; ERP146087; ERR11177451-ERR11177474; ERS14854303-ERS14854326; ERX10610364-ERX10610387; SRA037446; SRA128293; SRA444982; SRA527614; SRA530772; SRA631138; SRA1065329; SRA1089621; SRA1104077; SRA1196573; SRA1446399; SRA1630790; SRA1663076; SRA1677623; SRA1701357; SRA1706816; SRA1760007; SRA1791750; SRA1835736; SRA2071007; SRA2119179; SRA2179014; SRP007375; SRP035505; SRP080003; SRP096868; SRP097613; SRP125046; SRP256347; SRP268285; SRP273714; SRP306578; SRP384239; SRP426638; SRP435433; SRP449225; SRP457384; SRP458929; SRP474942; SRP485930; SRP498508; SRP561775; SRP581420; SRP603303; SRR305048; SRR352219-SRR352220; SRR1124988-SRR1124991; SRR1124993-SRR1125000; SRR3957255-SRR3957259; SRR5180528-SRR5180537; SRR5195252-SRR5195257; SRR5195266-SRR5195269; SRR6293948-SRR6294042; SRR11544609-SRR11544614; SRR12067035-SRR12067036; SRR12067039-SRR12067040; SRR12067049-SRR12067050; SRR12330755-SRR12330756; SRR13718882-SRR13718907; SRR19901685-SRR19901746; SRR24388890-SRR24388904; SRR25253240-SRR25253241; SRR25782270-SRR25782277; SRR25918347-SRR25918352; SRR26989576-SRR26989676; SRR27726054-SRR27726077; SRR28491939-SRR28491948; SRR32241501-SRR32241507; SRR33321796-SRR33321797; SRR34703642-SRR34703737; SRS213659; SRS266832-SRS266833; SRS537084; SRS537086; SRS537088-SRS537092; SRS537094-SRS537098; SRS1588795; SRS1588797-SRS1588800; SRS1924363-SRS1924372; SRS1934747-SRS1934752; SRS1934761-SRS1934764; SRS2689236-SRS2689328; SRS2689337; SRS2689349; SRS6479781-SRS6479786; SRS6885426-SRS6885427; SRS6885430-SRS6885433; SRS7095104-SRS7095105; SRS8264379-SRS8264403; SRS8264770; SRS13631491-SRS13631552; SRS17499116-SRS17499130; SRS18272575-SRS18272576; SRS18735776-SRS18735783; SRS18808200-SRS18808205; SRS19676436-SRS19676536; SRS20252858-SRS20252881; SRS20883396-SRS20883404; SRS20883406; SRS23992558-SRS23992564; SRS25942509-SRS25942523; SRX081267; SRX100763-SRX100764; SRX437620; SRX437622; SRX437624-SRX437628; SRX437630-SRX437634; SRX1981364-SRX1981368; SRX2496649-SRX2496658; SRX2510854-SRX2510859; SRX2510868-SRX2510871; SRX3395051-SRX3395145; SRX8114707-SRX8114712; SRX8594827-SRX8594828; SRX8594837-SRX8594838; SRX8594841-SRX8594842; SRX8830913-SRX8830914; SRX10107463-SRX10107488; SRX15944514-SRX15944575; SRX20177042-SRX20177056; SRX20999286-SRX20999287; SRX21504658-SRX21504665; SRX21638111-SRX21638116; SRX22682693-SRX22682793; SRX23391933-SRX23391956; SRX24094110-SRX24094119; SRX27581452-SRX27581458; SRX28566251-SRX28566252; SRX29838899-SRX29838913
Related Papers (1):
Diet affects arctic ground squirrel gut microbial metatranscriptome independe... (2017)

L. agilis | Lacerta agilis

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA888267; SRA1067488; SRP184741; SRP198890; SRR9090239; SRR11578401-SRR11578403; SRS4788772; SRS6508983-SRS6508985; SRX5865410; SRX8146248-SRX8146250

L. pipiens | Lithobates pipiens

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA143821; SRA540540; SRA1102560; SRA1601238; SRA1686064; SRA1692413; SRA1949911; SRP039526; SRP100751; SRP273135; SRP426393; SRP428457; SRP452632; SRP454975; SRR1185235; SRR1185245; SRR1185248; SRR1185669; SRR1185905-SRR1185907; SRR5289410-SRR5289420; SRR12298175-SRR12298220; SRR12298222-SRR12298242; SRR12298244-SRR12298307; SRR23759045; SRR25484714-SRR25484729; SRR25484917-SRR25484936; SRR25485122-SRR25485145; SRR25635292-SRR25635313; SRR30278242; SRS567156-SRS567158; SRS2004039-SRS2004049; SRS7068903-SRS7068974; SRS16990421; SRS18473673-SRS18473689; SRS18473765-SRS18473784; SRS18473855-SRS18473877; SRS18606518-SRS18606538; SRS18606545; SRS22378672; SRX482651-SRX482657; SRX2592152-SRX2592162; SRX8801348-SRX8801419; SRX19610266; SRX21216381-SRX21216397; SRX21216473-SRX21216492; SRX21216563-SRX21216585; SRX21362028-SRX21362049; SRX25739100

M. terrapin | Malaclemys terrapin

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA454224; SRA455643; SRP082549; SRR4051265-SRR4051429; SRR4051431-SRR4051446; SRR4051448-SRR4051457; SRR4051459-SRR4051472; SRR4069148-SRR4069162; SRS1634223-SRS1634235; SRS1647951; SRX2040849-SRX2041053; SRX2055917-SRX2055931

M. flaviventris | Marmota flaviventris

Mammalia

Mammalia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA696723; SRA2066666; SRP143443; SRP560982; SRR7072905-SRR7072947; SRR32194062-SRR32194077; SRS3225262-SRS3225295; SRS3225297-SRS3225305; SRS23952194; SRX4003353-SRX4003395; SRX27535621-SRX27535636

M. himalayana | Marmota himalayana

Mammalia

Affymetrix (dormant liver transcriptome)

Browse RNA Data
Accession IDs:
SRA424457; SRA636179; SRA810803; SRP074653; SRP122881; SRR3505053-SRR3505055; SRR3508777; SRR6349894-SRR6349910; SRR8196977-SRR8196985; SRS1437499-SRS1437501; SRS1437882; SRS2643568; SRX1761893-SRX1761895; SRX1763035; SRX3446650-SRX3446666; SRX5016354-SRX5016362

M. monax | Marmota monax

Mammalia

Illumina RNA-Seq (liver + spleen, comparative transcriptome)

Browse RNA Data
Accession IDs:
SRA050380; SRA259409; SRA281250; SRA424457; SRA967202; SRA1056989; SRA1256114; SRA1342397; SRA1847090; SRA1847521; SRA1994219; SRA2308561; SRP011132; SRP057209; SRP061879; SRP075170; SRP223069; SRP253468; SRP327409; SRP350516; SRP502142; SRP502181; SRR437934-SRR437935; SRR437938-SRR437943; SRR437946; SRR1975696-SRR1975757; SRR2136852-SRR2137054; SRR3491013; SRR3505052; SRR10172922-SRR10172941; SRR11357518-SRR11357521; SRR15065829-SRR15065832; SRR17216521-SRR17216549; SRR28710791-SRR28710792; SRR28713045-SRR28713096; SRR31050442-SRR31050465; SRR36658995-SRR36659097; SRS297329; SRS297331; SRS297333; SRS297337; SRS297339; SRS297342-SRS297343; SRS297346-SRS297347; SRS911185-SRS911246; SRS1174641-SRS1174775; SRS1174802-SRS1174869; SRS1437496; SRS1437498; SRS5427492-SRS5427511; SRS6345132-SRS6345135; SRS9421602-SRS9421604; SRS9421607; SRS11299218-SRS11299233; SRS11299455; SRS11299457-SRS11299459; SRS11299493-SRS11299501; SRS21042543-SRS21042544; SRS21044512-SRS21044526; SRS22951591-SRS22951593; SRS27642439-SRS27642451; SRX127233; SRX129177-SRX129184; SRX996908-SRX996969; SRX1126195-SRX1126397; SRX1752200; SRX1761892; SRX6894597-SRX6894616; SRX7959045-SRX7959048; SRX11375971-SRX11375974; SRX13396057-SRX13396072; SRX13396294; SRX13396296-SRX13396298; SRX13396332-SRX13396340; SRX24277749-SRX24277750; SRX24279719-SRX24279733; SRX26434901-SRX26434903; SRX31669963-SRX31669975

M. reevesii | Mauremys reevesii

Reptilia

Illumina HiSeq 2500

Browse RNA Data
Accession IDs:
DRA016380; DRP013358; DRR477380-DRR477402; DRS478232-DRS478254; DRX461608-DRX461630; SRA098741; SRA315181; SRA557243; SRA740147; SRA740476; SRA1205771; SRA1663887; SRA1664857; SRA2034305; SRA2254202; SRP029186; SRP067099; SRP105322; SRP153785; SRP310345; SRP446425; SRP551460; SRP635519; SRR955754; SRR2980465; SRR5483237-SRR5483245; SRR7524591; SRR7526731; SRR13948978-SRR13948986; SRR25058818; SRR25083062; SRR31718979-SRR31718982; SRR31718988-SRR31718989; SRR35818439-SRR35818473; SRS472502; SRS1196323; SRS2150724-SRS2150732; SRS3548671; SRS3550345; SRS8448267-SRS8448275; SRS18096340; SRS18113642; SRS23540854-SRS23540855; SRS23540861-SRS23540864; SRS26872884-SRS26872918; SRX338126; SRX1469958; SRX2766588-SRX2766596; SRX4393138; SRX4395162; SRX10327782-SRX10327790; SRX20812950; SRX20836493; SRX27081552-SRX27081553; SRX27081559-SRX27081562; SRX30867729-SRX30867763

M. meles | Meles meles

Mammalia

Mammalia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA29810208; ERP130515; ERR13093623; ERS5280915; ERX12465321; SRA063005; SRA1157566; SRA1556482; SRP017611; SRP292136; SRP412207; SRR636863-SRR636864; SRR636911-SRR636912; SRR636956-SRR636957; SRR13022466-SRR13022468; SRR22588088; SRS380717-SRS380718; SRS380765-SRS380766; SRS380810-SRS380811; SRS7682795; SRS16017369; SRX211603-SRX211604; SRX211651-SRX211652; SRX211696-SRX211697; SRX9472700-SRX9472702; SRX18551109

M. avellanarius | Muscardinus avellanarius

Mammalia

Mammalia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA27366271; ERP150123; ERR12245582; ERS12279465; ERX11656540

N. pygmaeus | Nycticebus pygmaeus

Mammalia

Illumina HiSeq 2000 (8 tissues)

Browse RNA Data
Accession IDs:
SRA1089324; SRA1120809; SRP267570; SRP279931; SRR12060254-SRR12060260; SRR12579718-SRR12579725; SRS6879979-SRS6879985; SRS7315639-SRS7315646; SRX8588510-SRX8588516; SRX9066565-SRX9066572

O. beecheyi | Otospermophilus beecheyi

Mammalia

Mammalia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA1368435; SRP358782; SRR17927968-SRR17927980; SRS11912059-SRS11912071; SRX14086398-SRX14086410

P. guttatus | Pantherophis guttatus

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA182033; ERP001222; ERR216298; ERR216307-ERR216308; ERR216317; ERR216323; ERS094875; ERS094885; ERS094895-ERS094896; ERS106874; ERX190963; ERX190972-ERX190973; ERX190982; ERX190988; SRA655327; SRA668330; SRA913594; SRA986936; SRA1449897; SRA1830802; SRA1830812; SRA1857266; SRA1937346; SRA1938520; SRA2078158; SRA2181899; SRP132105; SRP136054; SRP211966; SRP227378; SRP385164; SRP497037; SRP497040; SRP505473; SRP523469; SRP523844; SRP563970; SRP604064; SRR6668168; SRR6868475; SRR6868479-SRR6868480; SRR6868482-SRR6868486; SRR9596698-SRR9596717; SRR10360869; SRR20006030-SRR20006031; SRR28412007-SRR28412012; SRR28412033-SRR28412034; SRR28879635-SRR28879637; SRR30059350-SRR30059351; SRR30111068-SRR30111074; SRR32343000-SRR32343005; SRR34740519; SRR34740524; SRR34740528; SRR34740532; SRR34740536; SRR34740540; SRR34740543; SRR34740547; SRR34740551; SRS2909645; SRS3072554-SRS3072558; SRS3072560; SRS3072562; SRS3072565; SRS5024299-SRS5024316; SRS5586274; SRS13726472-SRS13726473; SRS20811518-SRS20811523; SRS20811544; SRS21192848; SRS22185852-SRS22185853; SRS22234863-SRS22234869; SRS24081972-SRS24081977; SRS25976857-SRS25976864; SRS25976867; SRX3644877; SRX3822943-SRX3822947; SRX3822949-SRX3822950; SRX3822954; SRX6362408-SRX6362427; SRX7070003; SRX16046842-SRX16046843; SRX24016407-SRX24016412; SRX24016433; SRX24438535; SRX25533102-SRX25533103; SRX25583836-SRX25583842; SRX27677837-SRX27677842; SRX29874534-SRX29874541; SRX29874543

P. machaon | Papilio machaon

Insecta

Insecta | Transcriptomics data

Browse RNA Data
Accession IDs:
DRA015448; DRP012442; DRR428497-DRR428502; DRS436793-DRS436798; DRX413672-DRX413677; ERA2823957; ERP123606; ERR4508035; ERS4993298; ERX4446028; SRA230970; SRP052000; SRR1760417-SRR1760426; SRS820033-SRS820042; SRX843974-SRX843983

P. esculentus | Pelophylax esculentus

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA30838579; ERP164352; ERR13702790; ERS14578094; ERX13073407; SRA115507; SRA878378; SRP036849; SRP193828; SRR1164893; SRR1171014; SRR1199131; SRR8954554; SRS555001; SRS558664; SRS577711; SRS4671304; SRX467335; SRX472107; SRX495528; SRX5734382

P. nigromaculatus | Pelophylax nigromaculatus

Amphibia

Illumina HiSeq 2500

Browse RNA Data
Accession IDs:
DRA016614; DRP010357; DRR489652; DRS318262; DRX473859; SRA161453; SRA306834; SRA546026; SRA698538; SRA894769; SRA1230154; SRA1773429; SRA2305241; SRA2309635; SRA2309677; SRA2321961-SRA2321968; SRA2322002-SRA2322003; SRA2322009-SRA2322010; SRA2322093; SRA2322106; SRA2322113-SRA2322114; SRA2322134-SRA2322138; SRA2322197; SRA2322200-SRA2322201; SRA2322233; SRA2322969; SRA2322981-SRA2322982; SRA2322988; SRP041632; SRP065144; SRP101908; SRP144311; SRP200630; SRP319132; SRP479335; SRP657933; SRP659850; SRP659871; SRP664531; SRR1269553; SRR3418422; SRR5344014; SRR7092013-SRR7092014; SRR9209737-SRR9209763; SRR14478736-SRR14478738; SRR27308798-SRR27308821; SRR36597430-SRR36597453; SRR36683113-SRR36683136; SRR36683487-SRR36683506; SRR36976838-SRR36976845; SRR36978862-SRR36978863; SRR36978924-SRR36978925; SRR36981306; SRR36981318; SRR36981324; SRR36981326; SRR36981441-SRR36981445; SRR36983169; SRR36983183; SRR36983202; SRR36983963; SRR36996141; SRR36996215; SRR36996227; SRR36996572; SRS601335; SRS1407970; SRS2048264; SRS3241956-SRS3241957; SRS4886390-SRS4886416; SRS8911242-SRS8911244; SRS19951213-SRS19951236; SRS27586229-SRS27586252; SRS27662794-SRS27662817; SRS27663139-SRS27663158; SRS27874053-SRS27874060; SRS27876048-SRS27876049; SRS27876068-SRS27876069; SRS27878402; SRS27878412; SRS27878417; SRS27878419; SRS27878584-SRS27878588; SRS27879975; SRS27879977; SRS27879996; SRS27880726; SRS27891686; SRS27891760; SRS27891772; SRS27892124; SRX532382; SRX1720192; SRX2640690; SRX4020907-SRX4020908; SRX5980758-SRX5980784; SRX10826936-SRX10826938; SRX22986063-SRX22986086; SRX31610044-SRX31610067; SRX31691773-SRX31691796; SRX31692147-SRX31692166; SRX31926960-SRX31926967; SRX31928984-SRX31928985; SRX31929046-SRX31929047; SRX31931428; SRX31931440; SRX31931446; SRX31931448; SRX31931563-SRX31931567; SRX31933291; SRX31933305; SRX31933324; SRX31934085; SRX31945814; SRX31945888; SRX31945900; SRX31946245

P. catenifer | Pituophis catenifer

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA666807; SRA1894019; SRP135786; SRP512974; SRR6841717; SRR29348117-SRR29348120; SRS3049607; SRS21573826-SRS21573829; SRX3797549; SRX24863808-SRX24863811

P. dominula | Polistes dominula

Insecta

Insecta | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA172143; SRA384816; SRA480942; SRA1092733; SRP061693; SRP070535; SRP090579; SRP269276; SRR2133892-SRR2133893; SRR2133895-SRR2133896; SRR2133899-SRR2133907; SRR2133909-SRR2133911; SRR2133913-SRR2133918; SRR3222665-SRR3222676; SRR4301488; SRR6780155; SRR12112889-SRR12112984; SRS1014868; SRS1016454-SRS1016458; SRS1016460; SRS1016462-SRS1016465; SRS1300622; SRS1337002-SRS1337003; SRS1717759; SRS6921938-SRS6922033; SRX1122234; SRX1124049-SRX1124054; SRX1124056-SRX1124057; SRX1124059-SRX1124061; SRX1629425-SRX1629436; SRX2195829; SRX8635395-SRX8635490

P. regilla | Pseudacris regilla

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA052317; SRA1894212; SRP012654; SRP513040; SRR494107; SRR29350170-SRR29350173; SRS312105; SRS21575096-SRS21575099; SRX145996; SRX24865325-SRX24865328
Related Papers (7):
Environmental and hormonal regulation of the activity-dormancy cycle in the c... (2007)
Changes in diurnal patterns within the Populus transcriptome and metabolome i... (2010)
Cold perception and gene expression differ in Olea europaea seed coat and emb... (2013)
Early and delayed long-term transcriptional changes and short-term transient ... (2015)
De novo transcriptome assembly of the calanoid copepod Neocalanus flemingeri:... (2018)
Physiological and transcriptome analysis of Magnolia denudata leaf buds durin... (2021)
Post-diapause transcriptomic restarts: insight from a high-latitude copepod. (2021)

R. dybowskii | Rana dybowskii

Amphibia

Illumina (skin, Aeromonas infection)

Browse RNA Data
Accession IDs:
DRA024773; DRR841785-DRR841808; DRS594258-DRS594281; DRX819930-DRX819953; SRA1978122; SRA2049354; SRA2382982; SRP484840; SRP556632; SRP695559; SRR30783062-SRR30783097; SRR31963983-SRR31963991; SRR38297258-SRR38297284; SRS20194917; SRS23759299; SRS28950716-SRS28950742; SRX26185034-SRX26185069; SRX27319360-SRX27319368; SRX33133074-SRX33133100

R. sylvatica | Rana sylvatica

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA584577; SRA1528790; SRA1855474; SRA1974900; SRA2018014; SRA2107801; SRP111327; SRP404895; SRP504752; SRP533418; SRP546295; SRP576985; SRR5810438-SRR5810487; SRR5810492-SRR5810493; SRR22066023; SRR28838437-SRR28838487; SRR30715304-SRR30715311; SRR31403913-SRR31403936; SRR33006761-SRR33006778; SRS2340900-SRS2340901; SRS2340906-SRS2340954; SRS2340959; SRS15553023; SRS21155516-SRS21155566; SRS22681482-SRS22681485; SRS23260068-SRS23260091; SRS24618902-SRS24618919; SRX2988977-SRX2988978; SRX2988983-SRX2989032; SRX18046605; SRX24400407-SRX24400457; SRX26118767-SRX26118774; SRX26773026-SRX26773049; SRX28272786-SRX28272803

R. temporaria | Rana temporaria

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA446973; ERP010749; ERR914524-ERR914568; ERS754069-ERS754077; ERX993648-ERX993656; SRA652879; SRA701738; SRA714455; SRA715365; SRA802636; SRA1054388; SRA1697629; SRP131529; SRP145133; SRP149620; SRP167736; SRP252630; SRP456458; SRR6515974-SRR6515979; SRR7140852-SRR7140897; SRR7251158-SRR7251189; SRR7263262-SRR7263290; SRR8149011-SRR8149051; SRR11300562-SRR11300563; SRR11300571; SRR11300582; SRR25732177; SRS2871874-SRS2871879; SRS3278149-SRS3278194; SRS3368952-SRS3368983; SRS3379474-SRS3379502; SRS4008413-SRS4008451; SRS4008455; SRS4008464; SRS6313567; SRS6313578; SRS6313586-SRS6313587; SRS18691693; SRX3603944-SRX3603949; SRX4061700-SRX4061745; SRX4155884-SRX4155915; SRX4167410-SRX4167438; SRX4969637-SRX4969677; SRX7905935; SRX7905946; SRX7905954-SRX7905955; SRX21455784

R. marina | Rhinella marina

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA451237; ERA1138073; ERP010831; ERP023736; ERR928313; ERR2198609-ERR2198610; ERS763564; ERS1797076-ERS1797077; ERX1007584; ERX2254175-ERX2254176; SRA174999; SRA246371; SRA310332; SRA541941; SRA554085; SRA590302; SRA632566; SRA646867; SRA824511; SRA1067737; SRA1121330; SRA1123700; SRA1304535; SRA1305838; SRA1314368; SRA1316187; SRA1612397; SRA1615301; SRA1741278; SRP044269; SRP056089; SRP065908; SRP100959; SRP103890; SRP113454; SRP125361; SRP129642; SRP173736; SRP257783; SRP280086; SRP282013; SRP339747; SRP429905; SRP430775; SRP469093; SRR1514601; SRR1910532-SRR1910553; SRR2911054; SRR5310933; SRR5310939-SRR5310940; SRR5446723-SRR5446736; SRR5861681-SRR5861708; SRR6311453; SRR6473837; SRR6475619-SRR6475626; SRR8334535-SRR8334552; SRR11583967; SRR11583969; SRR12588604-SRR12588623; SRR12622724-SRR12622731; SRR16164108-SRR16164159; SRR16201692-SRR16201693; SRR16506245-SRR16506264; SRR16555219-SRR16555222; SRR24001034-SRR24001057; SRR24060725-SRR24060748; SRR26561618-SRR26561620; SRR26561622-SRR26561631; SRR26561633-SRR26561634; SRR26561659-SRR26561664; SRS659226; SRS872402-SRS872421; SRS1155441; SRS2012779; SRS2123057-SRS2123070; SRS2379273-SRS2379300; SRS2704946; SRS2838663-SRS2838671; SRS4156354-SRS4156371; SRS6514229; SRS6514231; SRS7322332-SRS7322351; SRS7348909-SRS7348916; SRS10415079-SRS10415130; SRS10449593-SRS10449594; SRS10658516-SRS10658518; SRS10658520-SRS10658536; SRS10704672-SRS10704675; SRS17166410-SRS17166433; SRS17219464-SRS17219487; SRS19314921-SRS19314926; SRS19314950-SRS19314951; SRS19314953; SRS19314955-SRS19314965; SRS19314968; SRX651312; SRX952231-SRX952250; SRX1423018; SRX2607464; SRX2610907; SRX2610909; SRX2735689-SRX2735702; SRX3030384-SRX3030411; SRX3411719; SRX3563722; SRX3565474-SRX3565481; SRX5146021-SRX5146038; SRX8151610; SRX8151612; SRX9075202-SRX9075221; SRX9105469-SRX9105476; SRX12448927-SRX12448978; SRX12486050-SRX12486051; SRX12709043-SRX12709062; SRX12757351-SRX12757354; SRX19804467-SRX19804490; SRX19862054-SRX19862077; SRX22263039-SRX22263044; SRX22263069-SRX22263070; SRX22263072-SRX22263081; SRX22263083-SRX22263085

R. ferrumequinum | Rhinolophus ferrumequinum

Mammalia

Illumina HiSeq X Ten (gut)

Browse RNA Data
Accession IDs:
ERA36060580; ERP191860; ERR16979412-ERR16979427; ERS29623053-ERS29623068; ERX16362961-ERX16362976; SRA115952; SRA305352; SRA533840; SRA660324; SRA835797; SRA965461; SRA1086710; SRA1295295; SRA1398589; SRA1567592; SRA1644735; SRA1748986; SRA1948800; SRA2034581; SRA2057879; SRA2168931; SRA2305638; SRP033775; SRP064892; SRP098612; SRP133089; SRP180030; SRP222779; SRP261244; SRP267149; SRP337443; SRP415288; SRP439750; SRP471308; SRP526708; SRP552162; SRP559279; SRP600092; SRP657993; SRR1048140; SRR1048142; SRR2754983; SRR2757329; SRR5219076; SRR6749599-SRR6749602; SRR8453461-SRR8453474; SRR10153036; SRR10153052-SRR10153053; SRR12006225-SRR12006254; SRR15914606-SRR15914635; SRR18652180; SRR22938614-SRR22938634; SRR24745681-SRR24745683; SRR26787544-SRR26787546; SRR30257345-SRR30257362; SRR31753503; SRR32087983-SRR32087991; SRR32087993-SRR32088002; SRR32088004-SRR32088013; SRR32088015-SRR32088024; SRR32088026-SRR32088034; SRR34491012-SRR34491048; SRR36602428-SRR36602463; SRS514083; SRS514086; SRS1116735; SRS1127114; SRS1950232; SRS2979833-SRS2979836; SRS4261212-SRS4261225; SRS5414250-SRS5414251; SRS5414267; SRS6834218-SRS6834232; SRS10181144-SRS10181158; SRS10193379-SRS10193393; SRS12516381; SRS16325023-SRS16325043; SRS17832416; SRS19498981-SRS19498983; SRS22359423-SRS22359440; SRS23573242; SRS23863463-SRS23863470; SRS23863472-SRS23863484; SRS23863486-SRS23863493; SRS23863495-SRS23863504; SRS23863506-SRS23863514; SRS25751768-SRS25751804; SRS27591065-SRS27591100; SRX390642; SRX390647; SRX1340772; SRX1364838; SRX2529266; SRX3722263-SRX3722266; SRX5260164-SRX5260177; SRX6878468-SRX6878469; SRX6878485; SRX8539401-SRX8539430; SRX12204847-SRX12204876; SRX14755231; SRX18895934-SRX18895954; SRX20522805-SRX20522807; SRX22485626-SRX22485628; SRX25718526-SRX25718543; SRX27115375; SRX27436226-SRX27436234; SRX27436236-SRX27436245; SRX27436247-SRX27436256; SRX27436258-SRX27436267; SRX27436269-SRX27436277; SRX29634980-SRX29635016; SRX31615042-SRX31615077
Related Papers (1):
Adapting to stress: The effects of hibernation and hibernacula temperature on... (2024)

S. salamandra | Salamandra salamandra

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA9348638; ERA9349050; ERA9349215; ERA9349383; ERA9349695; ERA9349784; ERA9349955; ERA9350565; ERA9358026; ERA9367285; ERP135803; ERR8962162; ERR8963532; ERR8971203; ERR8971371; ERR8971605; ERR8971694; ERR8971822; ERR8972251; ERR8972978; ERR8974269; ERS10777318-ERS10777327; ERX8507202; ERX8508572; ERX8516243; ERX8516411; ERX8516645; ERX8516734; ERX8516862; ERX8517286; ERX8518013; ERX8519062; SRA207261; SRA558597; SRA1042811; SRA1044483; SRP050457; SRP106025; SRP249527; SRP250076; SRR1693191; SRR5494542; SRR11087876-SRR11087893; SRR11118085; SRS777496; SRS2158792; SRS6148013-SRS6148021; SRS6174231; SRX793983; SRX2775496; SRX7726802-SRX7726819; SRX7755086

S. undulatus | Sceloporus undulatus

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA062458; SRA536607; SRA665800; SRA1040408; SRA1070442; SRA1689615; SRA1767837; SRP017457; SRP099076; SRP134950; SRP247891; SRP259194; SRP454245; SRP477678; SRR629640; SRR5238728; SRR5238769-SRR5238770; SRR6825924-SRR6825941; SRR11050679-SRR11050680; SRR11647816-SRR11647838; SRR25583245; SRR25583253-SRR25583273; SRR25583280; SRR27194003-SRR27194008; SRR27194010-SRR27194019; SRR27194021-SRR27194029; SRS378966; SRS1964566; SRS1964607-SRS1964608; SRS3035595-SRS3035612; SRS6124886-SRS6124887; SRS6569229-SRS6569251; SRS18559652; SRS18559659-SRS18559679; SRS18559687; SRS19847359-SRS19847366; SRS19847368-SRS19847378; SRS19847380-SRS19847385; SRX209117; SRX2545690; SRX2545731-SRX2545732; SRX3782213-SRX3782230; SRX7700647-SRX7700648; SRX8208968-SRX8208990; SRX21311777; SRX21311784-SRX21311804; SRX21311812; SRX22874082-SRX22874090; SRX22874092-SRX22874101; SRX22874103-SRX22874108

S. bombifrons | Spea bombifrons

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA892076; SRA1798535; SRP199862; SRP489165; SRR9160212-SRR9160217; SRR9160221; SRR27929884; SRS4846494; SRS4846498-SRS4846503; SRS20431996; SRX5933292; SRX5933296-SRX5933301; SRX23586982

S. citellus | Spermophilus citellus

Mammalia

Mammalia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA33128725; ERP158217; ERR14986697; ERS18960399; ERX14390954

S. dauricus | Spermophilus dauricus

Mammalia

BGISEQ-500

Browse RNA Data
Accession IDs:
SRA1545772; SRA1631640; SRA2240876; SRP372175; SRP435649; SRP630061; SRR18915858-SRR18915887; SRR24413467-SRR24413475; SRR35682890-SRR35682893; SRS12743109-SRS12743138; SRS17524292-SRS17524300; SRS26748969-SRS26748972; SRX14993776-SRX14993805; SRX20201404-SRX20201412; SRX30732586-SRX30732589

T. aculeatus | Tachyglossus aculeatus

Mammalia

Illumina GAIIx (venom gland transcriptome)

Browse RNA Data
Accession IDs:
SRA092422; SRA1002694; SRA2160897; SRP027593; SRP233233; SRP596543; SRR931704; SRR10530483-SRR10530493; SRR34326942-SRR34326946; SRS456229; SRS5717253-SRS5717263; SRS25633659-SRS25633663; SRX319665; SRX7214450-SRX7214460; SRX29492478-SRX29492482

T. asiaticus | Tamias asiaticus

Mammalia

Mammalia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA063005; SRA1448035; SRA1606678; SRA1847914; SRA1857266; SRA2282286; SRA2331999; SRA2333142; SRA2333609; SRP017611; SRP384581; SRP427316; SRP502466; SRP505473; SRP648476; SRP676342; SRP676761; SRP676930; SRR636930-SRR636931; SRR636975-SRR636976; SRR19961278; SRR23864894-SRR23864895; SRR28726646-SRR28726660; SRR28879644-SRR28879646; SRR36177069-SRR36177088; SRR37198447-SRR37198449; SRR37216158-SRR37216160; SRR37226551-SRR37226553; SRS380784-SRS380785; SRS380829-SRS380830; SRS13657965; SRS17047191-SRS17047192; SRS21057006-SRS21057020; SRS21192845; SRS27169607; SRS28067871-SRS28067873; SRS28083778-SRS28083780; SRS28091498-SRS28091500; SRX211670-SRX211671; SRX211715-SRX211716; SRX16003744; SRX19677058-SRX19677059; SRX24292751-SRX24292765; SRX24438532; SRX31215061-SRX31215080; SRX32135282-SRX32135284; SRX32152090-SRX32152092; SRX32161108-SRX32161110

T. sibiricus | Tamias sibiricus

Mammalia

Illumina NovaSeq 6000

Browse RNA Data
Accession IDs:
SRA063005; SRA1448035; SRA1606678; SRA1847914; SRA1857266; SRA2282286; SRA2331999; SRA2333142; SRA2333609; SRP017611; SRP384581; SRP427316; SRP502466; SRP505473; SRP648476; SRP676342; SRP676761; SRP676930; SRR636930-SRR636931; SRR636975-SRR636976; SRR19961278; SRR23864894-SRR23864895; SRR28726646-SRR28726660; SRR28879644-SRR28879646; SRR36177069-SRR36177088; SRR37198447-SRR37198449; SRR37216158-SRR37216160; SRR37226551-SRR37226553; SRS380784-SRS380785; SRS380829-SRS380830; SRS13657965; SRS17047191-SRS17047192; SRS21057006-SRS21057020; SRS21192845; SRS27169607; SRS28067871-SRS28067873; SRS28083778-SRS28083780; SRS28091498-SRS28091500; SRX211670-SRX211671; SRX211715-SRX211716; SRX16003744; SRX19677058-SRX19677059; SRX24292751-SRX24292765; SRX24438532; SRX31215061-SRX31215080; SRX32135282-SRX32135284; SRX32152090-SRX32152092; SRX32161108-SRX32161110

T. striatus | Tamias striatus

Mammalia

Mammalia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA472578; SRA1342397; SRP089986; SRP350516; SRR4249994; SRR17216269-SRR17216292; SRS1697750; SRS11299011-SRS11299025; SRS11299122-SRS11299130; SRX2170061; SRX13395850-SRX13395864; SRX13395961-SRX13395969

T. carolina | Terrapene carolina

Reptilia

Illumina RNA-Seq (liver + spleen, comparative transcriptome)

Browse RNA Data
Accession IDs:
SRA062458; SRP017457; SRR629650; SRS378977; SRX209128

T. sirtalis | Thamnophis sirtalis

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA072434; SRA072437; SRA072439; SRA072441; SRA072443; SRA072445; SRA072447; SRA072449; SRA655327; SRA1888763; SRA2124900; SRA2269023; SRA2270531; SRP011323; SRP018850; SRP132105; SRP583426; SRP641425; SRR805129; SRR805147-SRR805151; SRR805153; SRR869504; SRR6668169; SRR29276959-SRR29276962; SRR29276971-SRR29276974; SRR33450570-SRR33450573; SRR35954522; SRR35969197-SRR35969233; SRS406332-SRS406339; SRS2909644; SRS21511412-SRS21511415; SRS21511424-SRS21511427; SRS24957536-SRS24957539; SRS26995382; SRS27009786-SRS27009822; SRX258202-SRX258209; SRX3644876; SRX24794292-SRX24794295; SRX24794304-SRX24794307; SRX28690642-SRX28690645; SRX31003812; SRX31018487-SRX31018523

T. scripta elegans | Trachemys scripta elegans

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
DRA027525; DRA028043; DRP017675; DRP018090; DRR991884-DRR991931; DRR1010590-DRR1010643; DRS685512-DRS685559; DRS698315-DRS698368; DRX969276-DRX969323; DRX987198-DRX987251; SRA443826; SRA453919; SRA592298; SRA742416; SRA856835; SRA1055050; SRA1528591; SRA1595229; SRA1609111; SRA1650763; SRA1696318; SRA1857266; SRA1914050; SRA1937704; SRA2018269; SRA2021619; SRA2147929; SRA2311063; SRP079664; SRP082501; SRP154424; SRP187832; SRP252802; SRP292328; SRP404798; SRP424547; SRP428656; SRP456169; SRP505473; SRP520525; SRP523610; SRP546475; SRP547466; SRP591690; SRP661680; SRR3948583-SRR3948584; SRR3948586-SRR3948589; SRR4046638; SRR4046640-SRR4046644; SRR5871176-SRR5871188; SRR7540569-SRR7540571; SRR8695397-SRR8695402; SRR11306932-SRR11306940; SRR22062179-SRR22062184; SRR23618952; SRR23939328-SRR23939333; SRR24867906-SRR24867907; SRR25713257-SRR25713265; SRR28879627-SRR28879630; SRR29863110-SRR29863133; SRR30077470-SRR30077477; SRR31412664-SRR31412717; SRR31500824-SRR31500830; SRR33957594-SRR33957601; SRR36800321-SRR36800431; SRS1581817-SRS1581822; SRS1631293-SRS1631298; SRS2387192-SRS2387204; SRS3561774-SRS3561776; SRS4461412-SRS4461417; SRS6319386-SRS6319394; SRS7702219; SRS15549454-SRS15549459; SRS16891730; SRS17114346-SRS17114351; SRS18674462-SRS18674470; SRS21192850; SRS22027030-SRS22027035; SRS22203117-SRS22203124; SRS23268287-SRS23268340; SRS23351249-SRS23351254; SRS23351256; SRS25359374-SRS25359381; SRS27747786-SRS27747896; SRX1973580-SRX1973585; SRX2037550-SRX2037555; SRX3038754-SRX3038766; SRX4408097-SRX4408099; SRX5491253-SRX5491258; SRX7912055-SRX7912063; SRX18042871-SRX18042876; SRX19503434; SRX19748649-SRX19748654; SRX20631857-SRX20631858; SRX21437517-SRX21437525; SRX24438537; SRX25360477-SRX25360482; SRX25550935-SRX25550942; SRX26781686-SRX26781739; SRX26868867-SRX26868873; SRX29156673-SRX29156680; SRX31786658-SRX31786768

U. parryii | Urocitellus parryii

Mammalia

Illumina NovaSeq

Browse RNA Data
Accession IDs:
SRA742391; SRA1920941; SRP154405; SRP519017; SRR7539093-SRR7539104; SRR29761657-SRR29761670; SRS3560535-SRS3560546; SRS21947432-SRS21947445; SRX4406622-SRX4406633; SRX25262311-SRX25262324
Related Papers (2):
Cold Acclimation Improves the Desiccation Stress Resilience of Polar Strains of (2019)
Hypometabolism to survive the long polar night and subsequent successful retu... (2024)

U. americanus | Ursus americanus

Mammalia

Illumina NovaSeq

Browse RNA Data
Accession IDs:
SRA063005; SRA770300; SRA1215791; SRA1606678; SRA1892213; SRA2148848; SRP017611; SRP075217; SRP313712; SRP427316; SRP512493; SRP591996; SRR636887-SRR636888; SRR636932-SRR636933; SRR636977-SRR636978; SRR7811750; SRR7811754; SRR7811756-SRR7811759; SRR7811762-SRR7811767; SRR14160191-SRR14160198; SRR23864890-SRR23864891; SRR29325108-SRR29325115; SRR33974774-SRR33974783; SRS380741-SRS380742; SRS380786-SRS380787; SRS380831-SRS380832; SRS3758594-SRS3758597; SRS3758599-SRS3758600; SRS3758602; SRS3758604-SRS3758605; SRS3758607-SRS3758608; SRS3758612; SRS8652212-SRS8652219; SRS17047195-SRS17047196; SRS21552725-SRS21552732; SRS25373694-SRS25373703; SRX211627-SRX211628; SRX211672-SRX211673; SRX211717-SRX211718; SRX4663384-SRX4663389; SRX4663392-SRX4663395; SRX4663397; SRX4663401; SRX10528700-SRX10528707; SRX19677062-SRX19677063; SRX24841547-SRX24841554; SRX29173298-SRX29173307
Related Papers (3):
Proteomic and Transcriptomic Changes in Hibernating Grizzly Bears Reveal Meta... (2019)
Transcriptional changes and preservation of bone mass in hibernating black be... (2021)
Transcriptome analysis of skin color variation during and after overwintering... (2022)

U. arctos | Ursus arctos

Mammalia

PacBio Iso-Seq + Illumina

Browse RNA Data
Accession IDs:
DRA018084; DRA022671; DRP014370; DRP018990; DRR535046-DRR535069; DRR754170-DRR754188; DRS527377-DRS527395; DRS744560-DRS744583; DRX518866-DRX518889; DRX733730-DRX733748; ERA30841694; ERP164531; ERR13720169-ERR13720178; ERS21097533-ERS21097542; ERX13090268-ERX13090277; SRA209030; SRA617004; SRA788691; SRA983528; SRA1039003; SRA1089243; SRA1228957; SRA1414966; SRA1659811; SRA1663107; SRA1976086; SRP050552; SRP119422; SRP163280; SRP226669; SRP247508; SRP268079; SRP318645; SRP373672; SRP445221; SRP446170; SRP533890; SRR1693473-SRR1693480; SRR6131234-SRR6131287; SRR7962300-SRR7962306; SRR10331471-SRR10331505; SRR11034899-SRR11034910; SRR12057727-SRR12057782; SRR14437027-SRR14437044; SRR19087686-SRR19087717; SRR24984689-SRR24984780; SRR25040988-SRR25041046; SRR30750245-SRR30750280; SRS779746-SRS779750; SRS2566585-SRS2566638; SRS3875109-SRS3875115; SRS5561511-SRS5561545; SRS6113650-SRS6113661; SRS6877559-SRS6877614; SRS8878106-SRS8878123; SRS12899898-SRS12899929; SRS18031227-SRS18031318; SRS18080060-SRS18080118; SRS22701220-SRS22701231; SRX796301-SRX796305; SRX3243603-SRX3243656; SRX4795957-SRX4795963; SRX7041655-SRX7041689; SRX7687156-SRX7687167; SRX8586064-SRX8586119; SRX10791434-SRX10791451; SRX15157358-SRX15157389; SRX20741361-SRX20741452; SRX20795479-SRX20795537; SRX26152924-SRX26152959
Related Papers (1):
Serum plays an important role in reprogramming the seasonal transcriptional p... (2022)

U. maritimus | Ursus maritimus

Mammalia

Illumina + ONT (Long-read)

Browse RNA Data
Accession IDs:
SRA069891; SRA310109; SRA833746; SRA1153027; SRA1466983; SRP019942; SRP065872; SRP178553; SRP290891; SRP389306; SRR791842; SRR792293; SRR792903; SRR796171; SRR950074-SRR950077; SRR2911077-SRR2911080; SRR8435643-SRR8435648; SRR12969479-SRR12969498; SRR20746745-SRR20746746; SRS403490; SRS403496; SRS403498; SRS403500; SRS1154232-SRS1154235; SRS4245856-SRS4245858; SRS7636923-SRS7636942; SRS14393751-SRS14393752; SRX254432; SRX254508; SRX254512; SRX254514; SRX1421498; SRX1423471-SRX1423473; SRX5243172-SRX5243177; SRX9421850-SRX9421869; SRX16767006-SRX16767007
Related Papers (2):
Metabolite profiling of the cold adaptation of Pseudomonas putida KT2440 and ... (2019)
Metabolic profiling and gene expression analyses provide insights into cold a... (2022)

V. berus | Vipera berus

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA29810254; ERP158429; ERR13093653; ERS16282776; ERX12465351

Z. vivipara | Zootoca vivipara

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA26970206; ERP150328; ERR11872532; ERS13638662; ERX11269972; SRA362558; SRA888267; SRA1052177; SRA1328455; SRA1439968; SRA1792069; SRA2121000; SRP071013; SRP198890; SRP251946; SRP279965; SRP382676; SRP486090; SRP582164; SRR3198227; SRR9090256; SRR11262330-SRR11262332; SRR17026983-SRR17027000; SRR19753050-SRR19753054; SRR27733600-SRR27733615; SRR33369961-SRR33369968; SRS1317962; SRS4788754; SRS6277498; SRS11142547-SRS11142552; SRS11142554-SRS11142565; SRS13490286-SRS13490290; SRS20259759-SRS20259774; SRS24885596-SRS24885603; SRX1608433; SRX5865393; SRX7868979-SRX7868981; SRX13217005-SRX13217022; SRX15797931-SRX15797935; SRX23399139-SRX23399154; SRX28613635-SRX28613642
78
Species with Data
Out of 131 dormant species
71,953
Total Datasets
Curated from literature
222
Literature
Peer-reviewed publications

Species with Transcriptomics Data 78

A. mississippiensis | Alligator mississippiensis

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
DRA004128-DRA004141; DRP002806; DRR048609-DRR048636; DRS021747-DRS021751; DRS021753-DRS021755; DRS021757-DRS021761; DRS021779-DRS021782; DRS021787-DRS021790; DRS021792-DRS021794; DRS021801-DRS021803; DRS021805; DRX043892-DRX043919; SRA062458; SRA270708; SRA379079; SRA429523; SRA447726; SRA583690; SRA640465; SRA724428; SRA784158; SRA1154497; SRA1950206; SRA2027615; SRA2233053; SRP017457; SRP057608; SRP058918; SRP075819; SRP080802; SRP111088; SRP127233; SRP150794; SRP162630; SRP291276; SRP527080; SRP549422; SRP605513; SRR629636; SRR2046516; SRR3208124-SRR3208133; SRR3208135-SRR3208144; SRR3208146-SRR3208147; SRR3593681-SRR3593740; SRR3993896-SRR3993912; SRR5804091-SRR5804094; SRR6396148-SRR6396176; SRR7359808-SRR7359811; SRR7904051-SRR7904062; SRR12991059-SRR12991086; SRR30280475-SRR30280641; SRR31610924-SRR31610947; SRR35602362-SRR35602366; SRR35602376; SRR35602387; SRR35602406-SRR35602408; SRS378963; SRS950125; SRS1326358-SRS1326379; SRS1469469-SRS1469528; SRS1597545-SRS1597561; SRS2336181-SRS2336184; SRS2773394-SRS2773422; SRS3431423; SRS3431425-SRS3431426; SRS3431456; SRS3821858-SRS3821868; SRS3821870; SRS7656558-SRS7656585; SRS22380733-SRS22380899; SRS23443175-SRS23443198; SRS26687928-SRS26687930; SRS26687949; SRS26687960; SRS26687970-SRS26687974; SRX209114; SRX1044762; SRX1616862-SRX1616883; SRX1803149-SRX1803208; SRX1994977-SRX1994993; SRX2983342-SRX2983345; SRX3489454-SRX3489482; SRX4232784-SRX4232787; SRX4740527-SRX4740538; SRX9442588-SRX9442615; SRX25741215-SRX25741381; SRX26975540-SRX26975563; SRX30667520-SRX30667522; SRX30667541; SRX30667552; SRX30667562-SRX30667566
Related Papers (5):
The White-Nose Syndrome Transcriptome: Activation of Anti-fungal Host Respons... (2015)
Monarch butterflies use an environmentally sensitive, internal timer to contr... (2019)
A Unique Energy-Saving Strategy during Hibernation Revealed by Multi-Omics An... (2020)
Transcriptomic analysis of ovarian signaling at the emergence of the embryo f... (2021)
Bat species tolerant and susceptible to fungal infection show transcriptomic ... (2026)

A. sinensis | Alligator sinensis

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA098906; SRA465323; SRA633915; SRA770183; SRA957299; SRA1012233; SRA1012255; SRA1140832; SRA1141257-SRA1141258; SRA1141273; SRA1141457; SRA1205322; SRA1205325; SRA1205328; SRA1205343-SRA1205345; SRA1205347; SRA1205349; SRA1208326-SRA1208327; SRA1208329; SRA1208331; SRA1208333; SRA1209250; SRA1211508; SRA1554917-SRA1554918; SRA1554944; SRA1554962; SRA1555480; SRA1601176; SRA2212359; SRA2212536; SRA2212572; SRA2214744; SRA2219231; SRA2219368; SRA2221402; SRA2221514; SRA2221534; SRA2221925; SRA2224141-SRA2224142; SRA2228171; SRA2228206; SRA2228211; SRA2228271; SRA2229681; SRA2229687; SRA2238218; SRA2238260; SRA2238519; SRA2241289; SRA2241311; SRA2241319; SRA2241321; SRA2241355-SRA2241356; SRA2247040-SRA2247042; SRA2309767; SRA2317667; SRA2317895; SRA2317942; SRP028869; SRP087656; SRP125624; SRP160421; SRP220556; SRP237637; SRP286845; SRP411755; SRP426136; SRP616773; SRP659950; SRP664358; SRP664507; SRP664534; SRR957511-SRR957515; SRR4210197; SRR4211859; SRR4211862; SRR4212875; SRR4212880-SRR4212884; SRR6322479-SRR6322490; SRR7811296; SRR10076593-SRR10076604; SRR10693452-SRR10693463; SRR10693494-SRR10693505; SRR12799901; SRR12806131-SRR12806132; SRR12806628; SRR12807288-SRR12807291; SRR13932346; SRR13932349; SRR13932352; SRR13932885-SRR13932887; SRR13932909; SRR13932914; SRR14012113-SRR14012130; SRR14012132-SRR14012140; SRR14012142; SRR14012144; SRR14038833; SRR14090488-SRR14090491; SRR22558395-SRR22558396; SRR22559596; SRR22559987; SRR22572381; SRR23729835-SRR23729850; SRR35233580; SRR35236046; SRR35237760; SRR35261420; SRR35333711; SRR35335230; SRR35386052; SRR35386244; SRR35386462; SRR35396244; SRR35427773-SRR35427774; SRR35524215; SRR35524263; SRR35524271; SRR35524852; SRR35539428; SRR35539708; SRR35644861; SRR35645021; SRR35646304; SRR35697325; SRR35697676; SRR35697694; SRR35697696; SRR35698666-SRR35698667; SRR35771781-SRR35771782; SRR35771952; SRR36686241-SRR36686246; SRR36880649-SRR36880654; SRR36887399-SRR36887410; SRR36889132-SRR36889143; SRS473512-SRS473516; SRS1683477; SRS1683660; SRS1683697; SRS1683713; SRS1683715; SRS1683717-SRS1683720; SRS2705528-SRS2705539; SRS3758174; SRS5353939; SRS5828395-SRS5828406; SRS7496890; SRS7499354-SRS7499360; SRS8350554-SRS8350557; SRS8350559-SRS8350564; SRS8432790; SRS8432797-SRS8432798; SRS8432817-SRS8432818; SRS8432883; SRS8511679-SRS8511680; SRS8511682; SRS8511965-SRS8511975; SRS8511977-SRS8511985; SRS8511988; SRS8595229-SRS8595230; SRS15990206-SRS15990207; SRS15990916; SRS15991269; SRS16000067; SRS16973244-SRS16973259; SRS26380881; SRS26383059; SRS26384641; SRS26405929; SRS26468577; SRS26470077; SRS26502953; SRS26503131; SRS26503328; SRS26512871; SRS26537657-SRS26537658; SRS26626391; SRS26626439; SRS26626447; SRS26626622; SRS26639685; SRS26639952; SRS26715811; SRS26715971; SRS26717240; SRS26762207; SRS26762462; SRS26762479; SRS26762481; SRS26763447-SRS26763448; SRS26832253-SRS26832254; SRS26832421; SRS27665257-SRS27665262; SRS27809262-SRS27809267; SRS27815555-SRS27815566; SRS27816950-SRS27816961; SRX339836-SRX339840; SRX2152830; SRX2153136; SRX2153173; SRX2153189; SRX2153191; SRX2153193-SRX2153196; SRX3422300-SRX3422311; SRX4662931; SRX6809981-SRX6809992; SRX7370079-SRX7370090; SRX7370121-SRX7370132; SRX9268876; SRX9274909-SRX9274910; SRX9275406; SRX9276050-SRX9276053; SRX10311697; SRX10311700; SRX10311703; SRX10312236-SRX10312238; SRX10312260; SRX10312265; SRX10388883-SRX10388900; SRX10388902-SRX10388910; SRX10388912; SRX10388914; SRX10415099; SRX10464661-SRX10464664; SRX18521813-SRX18521814; SRX18523014; SRX18523405; SRX18535475; SRX19590460-SRX19590475; SRX30336804; SRX30339270; SRX30340942; SRX30363700; SRX30434251; SRX30435770; SRX30468754; SRX30468946; SRX30469164; SRX30478946; SRX30506710-SRX30506711; SRX30599541; SRX30599589; SRX30599597; SRX30600178; SRX30614718; SRX30614998; SRX30697065; SRX30697225; SRX30698508; SRX30746721; SRX30746976; SRX30746994; SRX30746996; SRX30747966-SRX30747967; SRX30821071-SRX30821072; SRX30821242; SRX31694860-SRX31694865; SRX31852374-SRX31852379; SRX31859124-SRX31859135; SRX31860857-SRX31860868
Related Papers (17):
Transcriptomic and proteomic analyses on the supercooling ability and mining ... (2016)
Transcriptomic analysis to uncover genes affecting cold resistance in the Chi... (2017)
Transcriptomic and metabolomic profiles of Chinese citrus fly, Bactrocera min... (2017)
Comparative transcriptomic analysis reveals gene expression associated with c... (2019)
Expression Analysis Reveals the Association of Several Genes with Pupal Diapa... (2019)
Hepatic lipid droplet breakdown through lipolysis during hibernation in Chine... (2019)
Comparative Multi-Omics of Tender Shoots from a Novel Evergrowing Tea Cultiva... (2021)
Comparative transcriptome analysis of different developmental stage of Bactro... (2021)
Integrated Four Comparative-Omics Reveals the Mechanism of the Terpenoid Bios... (2021)
Transcriptome and Metabolome Analysis Revealed the Freezing Resistance Mechan... (2021)
Expression of glycogenic genes in the oviduct of Chinese brown frog (Rana dyb... (2022)
Impacts of seasonality on gene expression in the Chinese horseshoe bat. (2022)
Transcriptome and metabolome changes in Chinese cedar during cold acclimation... (2022)
Cold acclimation-induced freezing tolerance in Valencia orange grafted onto c... (2025)
Diurnal dynamics of different circadian transcription modules in Chinese pine... (2025)
Carbohydrate biosynthesis pathway is associated with lineage-specific diapaus... (2026)
Cold acclimation reprograms the flavor metabolome of fresh tea leaves to enha... (2026)

A. tigrinum | Ambystoma tigrinum

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA546302; SRP101964; SRR5346171; SRS2050239; SRX2642802

A. americanus | Anaxyrus americanus

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA1385539; SRP365298; SRR18432227; SRR18432238-SRR18432239; SRS12343037-SRS12343038; SRS12343049; SRX14566039-SRX14566040; SRX14566051

A. davidianus | Andrias davidianus

Amphibia

Illumina HiSeq 2500

Browse RNA Data
Accession IDs:
SRA185430; SRA189018; SRA399501; SRA486731; SRA499811; SRA530717; SRA537791; SRA546026; SRA600381; SRA601917; SRA605378; SRA661073; SRA661075; SRA744057; SRA960924; SRA1612297; SRA1735272; SRA2009707; SRA2116369; SRA2236626; SRA2274985; SRA2306272; SRP047398; SRP048762; SRP072414; SRP092015; SRP094087; SRP097571; SRP099564; SRP101908; SRP115698; SRP115981; SRP116815; SRP133300; SRP221404; SRP429821; SRP467273; SRP543680; SRP580374; SRP627739; SRP644222; SRP659607; SRR1596195-SRR1596196; SRR1609131-SRR1609134; SRR3308418; SRR3308420; SRR4449117; SRR4449143; SRR4449153; SRR4449156; SRR4449167-SRR4449186; SRR5062022; SRR5194688-SRR5194689; SRR5260688; SRR5344016; SRR5944928-SRR5944939; SRR5964505-SRR5964515; SRR5964609-SRR5964612; SRR6007415; SRR6762396; SRR6762403; SRR7587551; SRR10100469-SRR10100474; SRR23997156-SRR23997159; SRR26434925-SRR26434952; SRR31257506-SRR31257517; SRR33243485-SRR33243520; SRR35628839-SRR35628850; SRR36002317-SRR36002340; SRR36670699-SRR36670779; SRS707520; SRS715809; SRS719062-SRS719063; SRS1366005; SRS1366019; SRS1758751; SRS1758756; SRS1758825; SRS1758827; SRS1758832-SRS1758835; SRS1758837-SRS1758839; SRS1758844-SRS1758856; SRS1824780; SRS1934258-SRS1934259; SRS1975631; SRS2048266; SRS2438976-SRS2438987; SRS2450874-SRS2450881; SRS2450883-SRS2450889; SRS2492939; SRS2991364; SRS2991369; SRS3591828; SRS5374148-SRS5374153; SRS17163010-SRS17163013; SRS19200471; SRS19200473-SRS19200499; SRS23132024-SRS23132035; SRS24807097-SRS24807132; SRS26704450-SRS26704461; SRS27041545-SRS27041568; SRS27652987-SRS27653067; SRX708452; SRX719432; SRX729743; SRX729810; SRX1667915; SRX1681472; SRX2267514; SRX2267519; SRX2267611; SRX2267613; SRX2267618-SRX2267621; SRX2267623-SRX2267625; SRX2267630-SRX2267642; SRX2382499; SRX2510339-SRX2510340; SRX2558390; SRX2640692; SRX3103315-SRX3103326; SRX3115926-SRX3115933; SRX3115935-SRX3115941; SRX3161859; SRX3734340; SRX3734347; SRX4453287; SRX6832413-SRX6832418; SRX19800623-SRX19800626; SRX22139614-SRX22139641; SRX26636819-SRX26636830; SRX28489690-SRX28489725; SRX30685034-SRX30685045; SRX31051607-SRX31051630; SRX31681478-SRX31681558
Related Papers (1):
Single-Cell Atlas Reveals the Hemocyte Subpopulations and Stress Responses in... (2023)

A. glabripennis | Anoplophora glabripennis

Insecta

Insecta | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA073128; SRA101489; SRA165089; SRA239110; SRA239112; SRA249084; SRA261355; SRA305694; SRA591936; SRA1056992; SRA1184561; SRA1368025; SRA1368622; SRA1369078; SRA2212194; SRA2301517; SRA2316952; SRP021087; SRP030035; SRP042042; SRP054254; SRP056652; SRP057561; SRP065061; SRP113570; SRP253470; SRP301990; SRP358689; SRP359031; SRP359042; SRP616676; SRP656621; SRP663432; SRR827514; SRR988299; SRR1290861; SRR1292125; SRR1799851-SRR1799852; SRR1986051-SRR1986058; SRR2000521; SRR2000536-SRR2000542; SRR2682325; SRR5867415-SRR5867424; SRR11357716-SRR11357730; SRR13447308-SRR13447316; SRR17913323-SRR17913400; SRR17954785-SRR17954813; SRR17955940-SRR17955963; SRR35229526; SRR36516247-SRR36516255; SRR36864937-SRR36864944; SRS412802; SRS483780; SRS609498; SRS843793-SRS843794; SRS919992-SRS919999; SRS924252; SRS924256-SRS924262; SRS1118189; SRS2383623-SRS2383632; SRS6345323-SRS6345337; SRS8040926-SRS8040934; SRS11899172-SRS11899249; SRS11933796-SRS11933824; SRS11934617-SRS11934640; SRS26377199; SRS27514508-SRS27514516; SRS27794410-SRS27794417; SRX265394; SRX352195; SRX545675; SRX873912-SRX873913; SRX1004277-SRX1004284; SRX1012450; SRX1012457-SRX1012463; SRX1343926; SRX3035103-SRX3035112; SRX7959239-SRX7959253; SRX9860496-SRX9860504; SRX14071777-SRX14071854; SRX14111642-SRX14111670; SRX14112797-SRX14112820; SRX30332969; SRX31536623-SRX31536631; SRX31837304-SRX31837311

B. bufo | Bufo bufo

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA546024; SRA878378; SRA1308075; SRA1697629; SRA1717108; SRP101906; SRP193828; SRP340564; SRP456458; SRP462659; SRR5344008-SRR5344011; SRR8954551; SRR16251338; SRR25732154; SRR26146117-SRR26146297; SRS2048258-SRS2048261; SRS4671307; SRS10490008; SRS18691716; SRS18953949-SRS18954129; SRX2640684-SRX2640687; SRX5734385; SRX12530959; SRX21455807; SRX21858701-SRX21858881
Related Papers (29):
Influence of torpor on cardiac expression of genes involved in the circadian ... (2007)
Isolation of diapause-regulated genes from the flesh fly, Sarcophaga crassipa... (2010)
Proteomics reveals a role for the RNA helicase crhR in the modulation of mult... (2011)
Induction of DREB2A pathway with repression of E2F, jasmonic acid biosyntheti... (2013)
Seasonal and regional differences in gene expression in the brain of a hibern... (2013)
De novo transcriptome sequencing and analysis of Coccinella septempunctata L.... (2015)
Line differences in Cor/Lea and fructan biosynthesis-related gene transcript ... (2015)
Diversity of insulin-like peptide signaling system proteins in Calanus finmar... (2016)
A Conserved Carbon Starvation Response Underlies Bud Dormancy in Woody and He... (2017)
Comparative tissue transcriptomics highlights dynamic differences among tissu... (2017)
Nitric Oxide and Hydrogen Peroxide Mediate Wounding-Induced Freezing Toleranc... (2017)
Genes of the undead: hibernation and death display different gene profiles. (2019)
Hepatic transcriptome of the freeze-tolerant Cope's gray treefrog, Dryophytes... (2020)
Nonthermal Plasma Induces the Viable-but-Nonculturable State in Staphylococcu... (2020)
Transcriptional Programs Underlying Cold Acclimation of Common Carp ( (2020)
Cold adaptation in drylands: transcriptomic insights into cold-stressed Nosto... (2021)
Sequencing, Expression, and Functional Analyses of Four Genes Related to Fatt... (2021)
Temporal transcriptome profiling reveals candidate genes involved in cold acc... (2021)
Extensive transcriptomic profiling of pupal diapause in a butterfly reveals a... (2022)
Juvenile hormone as a causal factor for maternal regulation of diapause in a ... (2022)
Transcriptome analysis provides new insights into cold adaptation of corsac f... (2022)
Field plus lab experiments help identify freezing tolerance and associated ge... (2023)
Microbiota and Diapause-Induced Neuroprotection Share a Dependency on Calcium... (2023)
Transcriptomic and proteomic time-course analyses based on Metascape reveal m... (2023)
Identification of shared gene expression programs activated in multiple modes... (2024)
Transcriptome Analysis Reveals the lncRNA-mRNA Co-expression Network Regulati... (2024)
Winter break? The effect of overwintering on immune gene expression in wood f... (2024)
Seasonal Plasticity in Tryptophan Metabolism Provides New Insights Into Physi... (2025)
Single-nucleus transcriptomes reveal the underlying mechanisms of dynamic whi... (2025)

B. gargarizans | Bufo gargarizans

Amphibia

Illumina HiSeq 2500

Browse RNA Data
Accession IDs:
SRA546026; SRA1070238; SRA1084474; SRA1092449; SRA1230154; SRA1356239; SRA1401282; SRA1575856; SRA1594412; SRA1658297; SRA1823798; SRA1904074; SRA2131637; SRA2139567; SRA2156108; SRP101908; SRP258866; SRP266426; SRP269247; SRP319132; SRP354882; SRP368960; SRP418005; SRP423994; SRP444760; SRP495116; SRP515503; SRP586010; SRP588854; SRP594600; SRR5344015; SRR11637930-SRR11637935; SRR11951207-SRR11951213; SRR12109752-SRR12109759; SRR14478739-SRR14478744; SRR17602594-SRR17602674; SRR18697386-SRR18697388; SRR23105709-SRR23105712; SRR23591873; SRR24965696-SRR24965702; SRR28338831; SRR29504957-SRR29504958; SRR33609567-SRR33609570; SRR33762279-SRR33762290; SRR34186066-SRR34186071; SRS2048265; SRS6547342; SRS6794545-SRS6794551; SRS6920474-SRS6920481; SRS8911236-SRS8911241; SRS11651419-SRS11651499; SRS12556402-SRS12556404; SRS16473208-SRS16473211; SRS16868337; SRS18015020-SRS18015026; SRS20747285; SRS21715104-SRS21715105; SRS25068938-SRS25068941; SRS25204926-SRS25204937; SRS25536490-SRS25536495; SRX2640691; SRX8201766-SRX8201771; SRX8495608-SRX8495614; SRX8633750-SRX8633757; SRX10826930-SRX10826935; SRX13771405-SRX13771485; SRX14798353-SRX14798355; SRX19057113-SRX19057116; SRX19476992; SRX20723732-SRX20723738; SRX23945401; SRX25015264-SRX25015265; SRX28838026-SRX28838029; SRX28984980-SRX28984991; SRX29366181-SRX29366186

C. latirostris | Caiman latirostris

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA2058080; SRP559402; SRR32092189-SRR32092195; SRS23866723-SRS23866726; SRS23866728-SRS23866730; SRX27439911-SRX27439917

C. lateralis | Callospermophilus lateralis

Mammalia

Mammalia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA2185095; SRP605654; SRR34822584-SRR34822587; SRS24440392; SRX29955069-SRX29955072
Related Papers (19):
Digital transcriptome analysis indicates adaptive mechanisms in the heart of ... (2005)
Transcriptomic analysis of brown adipose tissue across the physiological extr... (2013)
Gene expression changes controlling distinct adaptations in the heart and ske... (2015)
Neuronal UCP1 expression suggests a mechanism for local thermogenesis during ... (2015)
Effects of hibernation on bone marrow transcriptome in thirteen-lined ground ... (2016)
Dynamic temperature-sensitive A-to-I RNA editing in the brain of a heterother... (2018)
Integrated transcriptomic and metabolomic analysis reveals adaptive changes o... (2018)
Molecular interactions underpinning the phenotype of hibernation in mammals. (2019)
Comparative transcriptome analysis of human skeletal muscle in response to co... (2020)
Transcriptional changes in muscle of hibernating arctic ground squirrels (Uro... (2020)
Liver Transcriptome Dynamics During Hibernation Are Shaped by a Shifting Bala... (2021)
Integrated transcriptomics and metabolomics reveal protective effects on hear... (2023)
Integrative transcriptomic and metabolic analyses of the mammalian hibernatin... (2023)
Peptidomic Analysis Reveals Seasonal Neuropeptide and Peptide Hormone Changes... (2023)
Transcriptomic evidence indicates that montane leaf beetles prioritize digest... (2023)
Mitochondrial-derived gene expression in hibernation: tissue-specific respons... (2025)
The transcriptomes of hypothalamic micropunches reveal sex differences in reg... (2025)
Transcriptome, Metabolome, and Physiological Analysis Provide New Insights in... (2025)
Up-regulation of cell apoptosis, autophagy and mitochondrial dynamics in ovar... (2025)

C. anna | Calypte anna

Aves

Illumina HiSeq

Browse RNA Data
Accession IDs:
SRA893333; SRA1511140-SRA1511141; SRA1737970; SRA2098399; SRP184741; SRP400570; SRP468044; SRP572388; SRR9184412; SRR21777126-SRR21777131; SRR26486697-SRR26486737; SRR32817012-SRR32817013; SRR32817019-SRR32817024; SRR32817026-SRR32817035; SRS4867388; SRS15298487-SRS15298488; SRS19247239-SRS19247279; SRS24457338-SRS24457347; SRS24457349-SRS24457354; SRS24457360-SRS24457361; SRX5956899; SRX17771994-SRX17771999; SRX22190552-SRX22190592; SRX28100437-SRX28100446; SRX28100448-SRX28100453; SRX28100459-SRX28100460

C. europaeus | Caprimulgus europaeus

Aves

Aves | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA29810206; ERP128919; ERR13093622; ERS5280908; ERX12465320
Related Papers (5):
Transcriptome analysis and metabolic profiling reveal the key role of α-linol... (2019)
Amino acids activate mTORC1 to release roe deer embryos from decelerated prol... (2021)
Transcriptomic responses of bat cells to European bat lyssavirus 1 infection ... (2023)
Harnessing cold adaptation for postglacial colonisation: Galactinol synthase ... (2024)
Identification of differentially expressed genes and proteins related to diap... (2025)

C. calcarata | Ceratina calcarata

Insecta

Insecta | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA163709; SRA341692; SRA665216; SRA1175186; SRA1565219; SRA1579850; SRA1754860; SRA2199532; SRP041948; SRP069002; SRP134212; SRP298745; SRP419100; SRP444427; SRP473161; SRP610180; SRR1284947; SRR3124654; SRR6819907-SRR6819918; SRR13281979-SRR13282011; SRR23226132-SRR23226321; SRR24951114-SRR24951127; SRR26895475-SRR26895491; SRR35051260-SRR35051262; SRR35051264-SRR35051273; SRR35051275-SRR35051277; SRS606135; SRS1264241; SRS3030800-SRS3030811; SRS7906127-SRS7906159; SRS16584064-SRS16584065; SRS16584068; SRS16584071; SRS16584073; SRS16584076; SRS16584080; SRS16584082; SRS16584086; SRS16584089; SRS16584092; SRS16584095; SRS16584098; SRS16584101; SRS16584104; SRS16584106; SRS16584108; SRS16584112; SRS16584115; SRS16584119; SRS16584121; SRS16584123; SRS16584125; SRS16584127; SRS16584130; SRS16584132; SRS16584135; SRS16584137; SRS16584139; SRS16584141; SRS16584143; SRS16584145; SRS16584148; SRS16584150; SRS16584152; SRS16584154; SRS16584156; SRS16584158; SRS16584160; SRS16584163; SRS16584166; SRS16584169; SRS16584174-SRS16584175; SRS16584178; SRS16584180; SRS16584182; SRS16584184-SRS16584185; SRS16584188; SRS16584191-SRS16584192; SRS16584194; SRS16584196; SRS16584198; SRS16584200; SRS16584202; SRS16584204; SRS16584206; SRS16584208; SRS16584211; SRS16584213; SRS16584215; SRS16584217; SRS16584219; SRS16584221; SRS16584223; SRS16584225; SRS16584227; SRS16584229; SRS16584231; SRS16584233; SRS16584235; SRS16584237; SRS16584239; SRS16584241; SRS16584243; SRS16584245; SRS16584247-SRS16584248; SRS16584251; SRS16584253; SRS16584255; SRS16584257; SRS16584259; SRS16584261; SRS16584263; SRS16584265; SRS16584267; SRS16584269; SRS16584271; SRS16584273; SRS16584275; SRS16584278; SRS16584280; SRS16584283-SRS16584284; SRS16584286; SRS16584289; SRS16584291; SRS16584293; SRS16584295-SRS16584296; SRS16584299; SRS16584301; SRS16584303; SRS16584305; SRS16584307; SRS16584309; SRS16584311; SRS16584313; SRS16584315; SRS16584317; SRS16584319; SRS16584321; SRS16584323; SRS16584325; SRS16584327; SRS16584329; SRS16584331; SRS16584334; SRS16584336; SRS16584338; SRS16584340; SRS16584342; SRS16584345; SRS16584348; SRS16584351; SRS16584353; SRS16584355-SRS16584357; SRS16584360; SRS16584362; SRS16584365; SRS16584368; SRS16584371-SRS16584372; SRS16584374-SRS16584375; SRS16584378; SRS16584380-SRS16584381; SRS16584384; SRS16584387-SRS16584388; SRS16584390-SRS16584391; SRS16584394; SRS16584396; SRS16584399-SRS16584400; SRS16584403; SRS16584405; SRS16584407; SRS16584410; SRS16584413; SRS16584415; SRS16584417; SRS16584419; SRS16584421; SRS16584424-SRS16584425; SRS16584427; SRS16584429; SRS16584431; SRS16584433; SRS16584435; SRS16584437; SRS16584439; SRS16584441; SRS16584443; SRS16584445; SRS16584447; SRS16584449; SRS16584451; SRS16584453; SRS16584455; SRS16584457; SRS16584459; SRS16584461; SRS16584463; SRS16584465; SRS16584467; SRS16584469; SRS16584472-SRS16584473; SRS16584475; SRS16584477; SRS16584479; SRS18002149-SRS18002160; SRS18002162; SRS18002164; SRS19596588-SRS19596589; SRS26225962-SRS26225964; SRS26225966-SRS26225975; SRS26225977-SRS26225979; SRX541305; SRX1547420; SRX3776755-SRX3776766; SRX9711364-SRX9711396; SRX19172692; SRX19172695; SRX19172698; SRX19172701; SRX19172703; SRX19172706; SRX19172710; SRX19172713; SRX19172716; SRX19172719; SRX19172722; SRX19172725; SRX19172728; SRX19172731; SRX19172734; SRX19172736; SRX19172738; SRX19172742; SRX19172745; SRX19172749; SRX19172751; SRX19172753; SRX19172755; SRX19172757; SRX19172760; SRX19172762; SRX19172764; SRX19172766; SRX19172769; SRX19172771; SRX19172773; SRX19172775; SRX19172778; SRX19172780; SRX19172782; SRX19172784; SRX19172786; SRX19172788; SRX19172790; SRX19172793; SRX19172796; SRX19172799; SRX19172802; SRX19172805; SRX19172808; SRX19172810; SRX19172812; SRX19172814; SRX19172816; SRX19172818; SRX19172820; SRX19172822; SRX19172824; SRX19172826; SRX19172828; SRX19172830; SRX19172832; SRX19172834; SRX19172836; SRX19172838; SRX19172841; SRX19172843; SRX19172845; SRX19172847; SRX19172849; SRX19172851; SRX19172853; SRX19172855; SRX19172857; SRX19172859; SRX19172861; SRX19172863; SRX19172865; SRX19172867; SRX19172869; SRX19172871; SRX19172873; SRX19172875; SRX19172877; SRX19172879; SRX19172881; SRX19172883; SRX19172885; SRX19172887; SRX19172889; SRX19172891; SRX19172893; SRX19172895; SRX19172897; SRX19172899; SRX19172901; SRX19172903; SRX19172905; SRX19172908; SRX19172910; SRX19172912; SRX19172914; SRX19172916; SRX19172918; SRX19172920; SRX19172923; SRX19172925; SRX19172927; SRX19172929; SRX19172931; SRX19172933; SRX19172935; SRX19172937; SRX19172939; SRX19172941; SRX19172943; SRX19172945; SRX19172947; SRX19172949; SRX19172951; SRX19172953; SRX19172955; SRX19172957; SRX19172959; SRX19172961; SRX19172964; SRX19172966; SRX19172968; SRX19172970; SRX19172972; SRX19172975; SRX19172978; SRX19172980; SRX19172982; SRX19172984; SRX19172986; SRX19172988; SRX19172990; SRX19172992; SRX19172994; SRX19172997; SRX19173000; SRX19173002; SRX19173004; SRX19173006; SRX19173008; SRX19173010; SRX19173012; SRX19173014; SRX19173016; SRX19173018; SRX19173020; SRX19173022; SRX19173024; SRX19173026; SRX19173029; SRX19173031; SRX19173033; SRX19173035; SRX19173037; SRX19173040; SRX19173043; SRX19173045; SRX19173047; SRX19173049; SRX19173051; SRX19173053; SRX19173055; SRX19173057; SRX19173059; SRX19173061; SRX19173063; SRX19173065; SRX19173067; SRX19173069; SRX19173071; SRX19173073; SRX19173075; SRX19173077; SRX19173079; SRX19173081; SRX19173083; SRX19173085; SRX19173087; SRX19173089; SRX19173091; SRX19173093; SRX19173095; SRX19173097; SRX19173099; SRX19173101; SRX19173103; SRX19173105; SRX19173107; SRX19173109; SRX20709239-SRX20709252; SRX22589697-SRX22589713; SRX30165452-SRX30165454; SRX30165456-SRX30165465; SRX30165467-SRX30165469

C. medius | Cheirogaleus medius

Mammalia

Illumina HiSeq 2000 (WAT, captive)

Browse RNA Data
Accession IDs:
SRA196686; SRP049327; SRR1634146-SRR1634149; SRR1634152; SRR1634169; SRR1634266; SRR1634268-SRR1634270; SRR1634272; SRR1634454; SRS731992; SRS732658-SRS732668; SRX744915; SRX746068-SRX746078
Related Papers (1):
Profiling torpor-responsive microRNAs in muscles of the hibernating primate M... (2020)

C. serpentina | Chelydra serpentina

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA062458; SRA1593064; SRA1866352; SRP017457; SRP423519; SRP467977; SRR629521; SRR23565244-SRR23565245; SRR29022168; SRS378974; SRS14105879-SRS14105880; SRS21291885; SRX209125; SRX19452170-SRX19452171; SRX24547626
Related Papers (1):
Development-specific transcriptomic profiling suggests new mechanisms for ano... (2020)

C. partellus | Chilo partellus

Insecta

Illumina (transcriptome, digestive protease response)

Browse RNA Data
Accession IDs:
SRA1759765; SRA2295148; SRP474892; SRP658343; SRR26985889; SRR36613350-SRR36613355; SRS19673869; SRS27600724-SRS27600729; SRX22679052; SRX31625964-SRX31625969
Related Papers (8):
Transcriptome and proteome analyses reveal complex mechanisms of reproductive... (2017)
Cold acclimation triggers major transcriptional changes in Drosophila suzukii. (2019)
Genetic suppression of cryoprotectant toxicity. (2019)
Transcriptomic analysis of pre-diapause larvae of Chilo suppressalis (Walker)... (2021)
A reversible state of hypometabolism in a human cellular model of sporadic Pa... (2023)
Physiological and transcriptional changes associated with obligate aestivatio... (2024)
Molecular mechanism of response to low-temperature during the natural overwin... (2025)
The microRNA pathway regulates obligatory aestivation in the cabbage stem fle... (2025)

C. picta | Chrysemys picta

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA064272; SRA064275; SRA064277-SRA064279; SRA064281-SRA064282; SRA064285-SRA064286; SRA064288; SRA064290-SRA064291; SRA064293; SRA064298-SRA064299; SRA064301; SRA064303-SRA064306; SRA064310-SRA064311; SRA064313; SRA064315-SRA064317; SRA435575; SRA536869; SRA541153; SRA666807; SRA859371; SRA1010958; SRA1181502; SRA1430903; SRA1441417; SRA1570674; SRA1592999; SRA1593064; SRA1865518; SRA1865521; SRA1880800; SRA2233053; SRP012057; SRP077056; SRP099173; SRP100847; SRP135786; SRP188305; SRP237291; SRP248061; SRP277352; SRP383037; SRP416230; SRP423519; SRP467972; SRP469251; SRP605513; SRR647676-SRR647696; SRR647698-SRR647704; SRR3715367-SRR3715370; SRR3715379; SRR3715390-SRR3715396; SRR5242263-SRR5242272; SRR5296389-SRR5296400; SRR6841721; SRR8718961-SRR8718984; SRR10674595-SRR10674614; SRR13381387-SRR13381398; SRR19523435-SRR19523446; SRR19779321-SRR19779328; SRR23003492-SRR23003494; SRR23558001; SRR23565232-SRR23565243; SRR29012375; SRR29012379; SRR29207168; SRR35602396-SRR35602397; SRR35602399-SRR35602405; SRS385154-SRS385171; SRS1524445-SRS1524446; SRS1524453-SRS1524454; SRS1967573-SRS1967582; SRS2006117-SRS2006128; SRS3049604; SRS4480490-SRS4480513; SRS5811348-SRS5811367; SRS6129357; SRS7197245-SRS7197256; SRS7988499-SRS7988510; SRS13515102-SRS13515109; SRS14105881-SRS14105892; SRS16382261-SRS16382263; SRS16838393; SRS21284107; SRS21284110; SRS26687931-SRS26687937; SRS26687939-SRS26687940; SRX216249-SRX216274; SRX1874750-SRX1874753; SRX1874762; SRX1874773-SRX1874779; SRX2549111-SRX2549120; SRX2598663-SRX2598674; SRX3797545; SRX5512776-SRX5512799; SRX7351871-SRX7351890; SRX9804312-SRX9804323; SRX15575778-SRX15575789; SRX15823663-SRX15823670; SRX18959303-SRX18959305; SRX19445145; SRX19452172-SRX19452183; SRX24539228; SRX24539232; SRX24726875; SRX30667523-SRX30667529; SRX30667531-SRX30667532

C. lectularius | Cimex lectularius

Insecta

Insecta | Transcriptomics data

Browse RNA Data
Accession IDs:
DRA018916; DRA020119; DRP011996; DRP012563; DRR577276-DRR577281; DRR635865; DRS404418-DRS404423; DRS445178; DRX560709-DRX560714; DRX616183; SRA043735; SRA046347; SRA065146; SRA185724; SRA204239; SRA204242; SRA245863-SRA245864; SRA259134; SRA268552; SRA268555; SRA268558; SRA268754; SRA268757; SRA328076; SRA397075; SRA889963; SRA1045501; SRA1215010; SRA1410767; SRA1650533; SRA1804016; SRA1807143; SRA1811327; SRA2052556; SRA2340317; SRP007589; SRP008480; SRP018037; SRP046799; SRP050101; SRP055931; SRP058309; SRP068013; SRP072368; SRP199379; SRP250185; SRP372448; SRP441647; SRP490121; SRP491412; SRP491968; SRP557640; SRP679520; SRR317122-SRR317125; SRR349673-SRR349676; SRR650709; SRR1660429-SRR1660437; SRR1790655; SRR1852639-SRR1852640; SRR2026341; SRR2028030; SRR2028033; SRR2028036-SRR2028041; SRR2028242-SRR2028244; SRR2030782-SRR2030783; SRR2031386; SRR2031921; SRR2031929; SRR2031931; SRR3084449-SRR3084452; SRR3297745-SRR3297746; SRR3297758; SRR3297791; SRR3297806-SRR3297807; SRR3297810-SRR3297824; SRR9117105-SRR9117110; SRR11126579-SRR11126580; SRR14140300; SRR18935970-SRR18935981; SRR18935985; SRR18935994-SRR18936008; SRR24864476-SRR24864477; SRR24864479-SRR24864482; SRR27997097-SRR27997114; SRR28072511-SRR28072528; SRR28116171-SRR28116184; SRR28116188-SRR28116192; SRR32015290-SRR32015301; SRR37372047-SRR37372061; SRS254375-SRS254378; SRS265464-SRS265467; SRS604990; SRS749263; SRS866877-SRS866878; SRS934833; SRS937881-SRS937882; SRS937884; SRS939519; SRS939705; SRS1233028; SRS1362961; SRS4812930-SRS4812935; SRS6180141-SRS6180142; SRS8657021; SRS8657023-SRS8657031; SRS12762157-SRS12762171; SRS12762180; SRS12762183; SRS12762185-SRS12762194; SRS12762199; SRS17928152-SRS17928155; SRS17928157-SRS17928158; SRS20482701-SRS20482704; SRS20482722-SRS20482735; SRS20549950-SRS20549952; SRS20549958; SRS20551515-SRS20551517; SRS20551519; SRS20551522; SRS20552145-SRS20552148; SRS20552361-SRS20552365; SRS20586608; SRS20586610-SRS20586611; SRS20586613-SRS20586616; SRS20587053-SRS20587055; SRS20587057-SRS20587061; SRS20587592-SRS20587593; SRS20588717; SRS20589621; SRS23803929; SRS28205733-SRS28205747; SRX085354-SRX085357; SRX099042-SRX099045; SRX218424; SRX765693; SRX765995; SRX906994; SRX907005; SRX1025857; SRX1025916; SRX1029420-SRX1029421; SRX1029423; SRX1031285; SRX1032386; SRX1036836-SRX1036846; SRX1516134-SRX1516137; SRX1663868-SRX1663869; SRX1663877; SRX1663879; SRX1663884-SRX1663900; SRX5891184-SRX5891189; SRX7763097-SRX7763098; SRX10509740; SRX10533749-SRX10533756; SRX15013552-SRX15013566; SRX15013575; SRX15013579-SRX15013590; SRX20628560-SRX20628563; SRX20628565-SRX20628566; SRX23649690-SRX23649707; SRX23721869-SRX23721886; SRX23760963-SRX23760967; SRX23760971-SRX23760984; SRX27367767-SRX27367778; SRX32285551-SRX32285565

C. septempunctata | Coccinella septempunctata

Insecta

Illumina HiSeq 2000

Browse RNA Data
Accession IDs:
ERA536517; ERA36165194; ERP013296; ERP128923; ERR1145724-ERR1145729; ERR17201180; ERS981234-ERS981239; ERS5596528; ERX1224534-ERX1224539; ERX16585186; SRA314724; SRA894710; SRA917997; SRA1016560; SRA1133290; SRA1249735; SRA1264378; SRA1271294; SRA1298173; SRA1621540; SRA1960388; SRA1965403; SRA2050801; SRA2053736; SRA2096326; SRA2158653; SRA2297287; SRP066954; SRP200587; SRP213364; SRP238798; SRP285609; SRP325262; SRP329855; SRP331450; SRP338124; SRP432801; SRP529831; SRP531265; SRP557182; SRP558036; SRP571483; SRP595973; SRP655017; SRR2971089-SRR2971097; SRR9208141-SRR9208152; SRR9649791-SRR9649792; SRR9649799-SRR9649800; SRR9649803-SRR9649804; SRR10767214; SRR12728766-SRR12728771; SRR14887819; SRR15245407-SRR15245409; SRR15365786-SRR15365792; SRR15365802; SRR15365811-SRR15365814; SRR16002976; SRR24182302-SRR24182338; SRR30502553-SRR30502556; SRR30589023-SRR30589028; SRR31990071-SRR31990077; SRR32033527-SRR32033532; SRR32767109-SRR32767117; SRR34292490-SRR34292495; SRR36440892-SRR36440903; SRS1187893-SRS1187895; SRS4885135-SRS4885138; SRS5068628-SRS5068629; SRS5068632-SRS5068633; SRS5068640; SRS5068642; SRS5885459; SRS7437210-SRS7437215; SRS9259288; SRS9586790; SRS9700778-SRS9700781; SRS9700790; SRS9700800-SRS9700806; SRS10264536; SRS17325442-SRS17325478; SRS22513832-SRS22513835; SRS22584147-SRS22584152; SRS23782269-SRS23782275; SRS23816661-SRS23816666; SRS24412286-SRS24412294; SRS25607720-SRS25607725; SRS27448535-SRS27448546; SRX1460480-SRX1460482; SRX5979167-SRX5979178; SRX6411336-SRX6411337; SRX6411340-SRX6411341; SRX6411348-SRX6411349; SRX7441130; SRX9202139-SRX9202144; SRX11204893; SRX11551239-SRX11551241; SRX11668236-SRX11668239; SRX11668248; SRX11668258-SRX11668264; SRX12290654; SRX19979824-SRX19979860; SRX25926381-SRX25926384; SRX26011920-SRX26011925; SRX27345012-SRX27345018; SRX27383173-SRX27383178; SRX28051859-SRX28051867; SRX29463649-SRX29463654; SRX31465754-SRX31465765

C. aspersum | Cornu aspersum

Gastropoda

Gastropoda | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA29632521; ERP159865; ERR12982567; ERS7047561; ERX12354794; SRA264599; SRA272852; SRA536667; SRA539087; SRA1217162; SRA1458772; SRA2028247; SRP057675; SRP059468; SRP099095; SRP100362; SRP314263; SRP387348; SRP549625; SRR2004333; SRR2062358-SRR2062360; SRR2062371; SRR5239620; SRR5273244; SRR14200902-SRR14200903; SRR20337018-SRR20337023; SRR31620504; SRS926723; SRS960631-SRS960634; SRS1965256; SRS1992180; SRS8673949; SRS8673951; SRS14007272-SRS14007277; SRS23451642; SRX1015093; SRX1058251-SRX1058252; SRX1058254-SRX1058255; SRX2546515; SRX2577257; SRX10567815-SRX10567816; SRX16370102-SRX16370107; SRX26984990
Related Papers (6):
Genes and associated peptides involved with aestivation in a land snail. (2017)
A Comparative Transcriptomics Approach to Analyzing the Differences in Cold R... (2020)
Transcriptome sequencing reveals the differentially expressed lncRNAs and mRN... (2022)
Coping with harsh heat environments: molecular adaptation of metabolic depres... (2023)
Comparative transcriptomics of the garden dormouse hypothalamus during hibern... (2024)
Transcriptome analysis to explore the molecular mechanisms involved in the do... (2025)

C. viridis | Crotalus viridis

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA725532; SRA895700; SRA1047211; SRA1149014; SRA1208689; SRA1291187; SRA1387788; SRA1419189; SRA1447726; SRA1585225; SRA1785331; SRA2033220; SRP011323; SRP150951; SRP200900; SRP250447; SRP311565; SRP364734; SRP375374; SRP421152; SRP483694; SRR7401978-SRR7402009; SRR9225219-SRR9225229; SRR11149666; SRR12915637-SRR12915639; SRR12915642-SRR12915645; SRR14027468; SRR14027472; SRR14027476; SRR15837020-SRR15837025; SRR18361039-SRR18361069; SRR19221433; SRR19221435-SRR19221437; SRR19221444; SRR19928811-SRR19928820; SRR23348476-SRR23348477; SRR27545512-SRR27545513; SRR27545524; SRR27545535; SRR27545543-SRR27545547; SRR27545551-SRR27545558; SRR31700801-SRR31700804; SRR31700807-SRR31700810; SRS3440375-SRS3440406; SRS4900631-SRS4900641; SRS6201529; SRS7599194-SRS7599200; SRS8526588; SRS8526591; SRS8526594; SRS10108585-SRS10108590; SRS12294803-SRS12294833; SRS13015157; SRS13015164-SRS13015166; SRS13015168; SRS13657546-SRS13657555; SRS16691280; SRS20138529-SRS20138534; SRS20138538-SRS20138540; SRX4274124-SRX4274155; SRX5995731-SRX5995741; SRX7785741; SRX9380414-SRX9380417; SRX9380420-SRX9380422; SRX10404064; SRX10404068; SRX10404072; SRX12128439-SRX12128444; SRX14495615-SRX14495645; SRX15285341; SRX15285348-SRX15285350; SRX15285352; SRX15971277-SRX15971286; SRX19290267-SRX19290268; SRX23215009-SRX23215016; SRX23215020-SRX23215024; SRX23215032; SRX23215043; SRX23215054-SRX23215055; SRX27062414-SRX27062417; SRX27062420-SRX27062423

D. plexippus | Danaus plexippus

Insecta

Insecta | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA059252; SRA784197; SRA808550; SRA847924; SRA849479; SRA895664; SRA920685; SRA960941; SRA1074659; SRA1130423; SRA1242716; SRA1278648; SRA1786512; SRA1855888; SRA1928322; SRA2118002; SRP015992; SRP162652; SRP168414; SRP185352; SRP185952; SRP200869; SRP214523; SRP261251; SRP285039; SRP484038; SRP504930; SRP521034; SRR585568; SRR7904508-SRR7904516; SRR8181254-SRR8181285; SRR8555132-SRR8555179; SRR8580831-SRR8580845; SRR9221625-SRR9221657; SRR9678196-SRR9678221; SRR10100549-SRR10100551; SRR11776510-SRR11776545; SRR12695256; SRR12695258; SRR12695261-SRR12695263; SRR12695265-SRR12695267; SRR12695269-SRR12695274; SRR12695276-SRR12695280; SRR12695282; SRR12695284; SRR12695287; SRR12695289; SRR12695291-SRR12695293; SRR12695295; SRR14766476-SRR14766484; SRR15475813-SRR15475821; SRR27574382-SRR27574431; SRR28848041-SRR28848055; SRR29893060-SRR29893105; SRR33304274-SRR33304282; SRS366852; SRS3822280-SRS3822287; SRS3822289; SRS4035966-SRS4035997; SRS4347751-SRS4347798; SRS4370630-SRS4370644; SRS4897262-SRS4897294; SRS5093167-SRS5093192; SRS5374227-SRS5374229; SRS6649065-SRS6649100; SRS7412431-SRS7412466; SRS20156162-SRS20156211; SRS21165115-SRS21165129; SRS22052735-SRS22052780; SRS24848419-SRS24848427; SRX191135; SRX4740950-SRX4740958; SRX5001250-SRX5001281; SRX5356906-SRX5356953; SRX5381551-SRX5381565; SRX5992125-SRX5992157; SRX6438496-SRX6438521; SRX6832493-SRX6832495; SRX8329441-SRX8329476; SRX9174938; SRX9174940-SRX9174942; SRX9174944; SRX9174946; SRX9174949; SRX9174951; SRX9174953-SRX9174957; SRX9174959-SRX9174964; SRX9174966-SRX9174968; SRX9174970-SRX9174972; SRX9174975; SRX9174977; SRX11099905-SRX11099913; SRX11775994-SRX11776002; SRX23243430-SRX23243479; SRX24409792-SRX24409806; SRX25389010-SRX25389055; SRX28549324-SRX28549332
Related Papers (1):
A time course analysis through diapause reveals dynamic temporal patterns of ... (2025)

D. virgifera | Diabrotica virgifera

Insecta

Insecta | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA1597946; ERP110860; ERR2791371-ERR2791395; ERS2715388; ERX2800462-ERX2800486; SRA139189; SRA185767; SRA189864; SRA192031; SRA192563; SRA566948-SRA566949; SRA641104; SRA643485; SRA651917; SRA653433; SRA771230; SRA1417234; SRA1613888; SRA1920936; SRA2044907; SRP037561; SRP046971; SRP047479; SRP049056; SRP107945; SRP127188; SRP131363; SRP131734; SRP161473; SRP347282; SRP430294; SRP519011; SRP555280; SRR1167982-SRR1167983; SRR1167985-SRR1167988; SRR1167990-SRR1168000; SRR1168010-SRR1168017; SRR1168288-SRR1168291; SRR1168303-SRR1168312; SRR1168316; SRR1168318-SRR1168320; SRR1168329-SRR1168332; SRR1168336-SRR1168339; SRR1168343-SRR1168344; SRR1585602; SRR1611192; SRR1611196-SRR1611197; SRR1611199; SRR1611246; SRR1611296; SRR1614633; SRR1614695; SRR1614743; SRR1614766; SRR1614800; SRR1614824; SRR1616575-SRR1616610; SRR5616334-SRR5616335; SRR6410820; SRR6439463-SRR6439510; SRR6506216-SRR6506255; SRR6650440-SRR6650479; SRR7818012-SRR7818015; SRR19144969-SRR19144977; SRR24033333-SRR24033356; SRR29761602-SRR29761613; SRR31893216-SRR31893230; SRS556602-SRS556604; SRS708920; SRS720753; SRS723399; SRS724331-SRS724348; SRS2231457-SRS2231458; SRS2771190-SRS2771237; SRS2781441; SRS2867217-SRS2867255; SRS2867360; SRS2894854-SRS2894892; SRS2894912; SRS3764218-SRS3764221; SRS12949400-SRS12949408; SRS17195065-SRS17195088; SRS21947379-SRS21947390; SRS23696857-SRS23696871; SRX469295-SRX469298; SRX709907; SRX731660-SRX731661; SRX731665; SRX731669; SRX731674; SRX731728; SRX735043; SRX735076; SRX735091-SRX735093; SRX735095; SRX736229-SRX736246; SRX2862333-SRX2862334; SRX3503846; SRX3530832-SRX3530879; SRX3594800-SRX3594839; SRX3628070-SRX3628109; SRX4669438-SRX4669441; SRX15211798-SRX15211806; SRX19836003-SRX19836026; SRX25262256-SRX25262267; SRX27251605-SRX27251619

D. punctatus | Diadophis punctatus

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA1892172; SRP512482; SRR29324578-SRR29324580; SRS21552584-SRS21552586; SRX24841036-SRX24841038

E. telfairi | Echinops telfairi

Mammalia

Mammalia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA1112385; SRP277304; SRR12442712-SRR12442714; SRR12442812-SRR12442820; SRS7193500-SRS7193508; SRS7193606-SRS7193608; SRX8937257-SRX8937265; SRX8937363-SRX8937365

E. carinata | Elaphe carinata

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA1020787; SRA1020806; SRA1064742; SRA1636892; SRA2381760; SRP239637; SRP239642; SRP256102; SRP433115; SRP695026; SRR10836857-SRR10836862; SRR10837029-SRR10837034; SRR11531535-SRR11531550; SRR24519682; SRR38272850; SRS5949077-SRS5949082; SRS6468495-SRS6468510; SRS17629190; SRS28930381; SRX7508690-SRX7508695; SRX7508862-SRX7508867; SRX8102590-SRX8102605; SRX20303908; SRX33109433

E. quercinus | Eliomys quercinus

Mammalia

Illumina (hypothalamus RNA-seq, active vs. dormancy)

Browse RNA Data
Accession IDs:
SRA1449121; SRA1620170; SRA2119667; SRP384942; SRP432485; SRP523547; SRR19981280-SRR19981327; SRR24154873-SRR24154879; SRR33333298-SRR33333304; SRR33333306-SRR33333308; SRS13703646-SRS13703657; SRS17300654-SRS17300660; SRS24870075; SRX16023426-SRX16023437; SRX19952931-SRX19952937; SRX28577753-SRX28577755; SRX28577757-SRX28577763

E. fuscus | Eptesicus fuscus

Mammalia

Illumina GAIIx (venom gland transcriptome)

Browse RNA Data
Accession IDs:
DRA012731; DRP010511; DRR318494-DRR318499; DRS325679-DRS325684; DRX307850-DRX307855; SRA082703; SRA149715; SRA271569; SRA472578; SRA1000616; SRA1565743; SRA1835861; SRA2033796; SRA2043973; SRA2119145; SRA2299592; SRP023527; SRP040683; SRP061328; SRP089986; SRP231237; SRP414920; SRP498538; SRP554998; SRP581407; SRP656038; SRR1179650; SRR1205281; SRR1207319; SRR1207322; SRR2154117; SRR4249968; SRR10512827-SRR10512828; SRR10512830-SRR10512839; SRR10512841-SRR10512844; SRR22897176-SRR22897177; SRR22897180-SRR22897181; SRR22897185-SRR22897186; SRR22897189-SRR22897190; SRR22897193-SRR22897194; SRR22897198-SRR22897199; SRR22897202-SRR22897203; SRR22897207-SRR22897208; SRR28493172-SRR28493192; SRR28493236-SRR28493238; SRR31710342-SRR31710345; SRR31875258-SRR31875263; SRR31875270-SRR31875275; SRR31875282-SRR31875287; SRR31875294-SRR31875299; SRR33321338-SRR33321341; SRR33321358-SRR33321359; SRR36489422-SRR36489433; SRS431672; SRS564205; SRS583676; SRS583679; SRS995612; SRS1697724; SRS5706374-SRS5706377; SRS5706379-SRS5706388; SRS5706390-SRS5706391; SRS16285336-SRS16285338; SRS16285340-SRS16285344; SRS20884530; SRS20884533; SRS20884539; SRS20884579-SRS20884581; SRS20884583-SRS20884599; SRS20884601; SRS23531725; SRS23531727-SRS23531729; SRS23681105-SRS23681110; SRS23681117-SRS23681122; SRS23681129-SRS23681134; SRS23681141-SRS23681146; SRS24859944-SRS24859945; SRS24859962-SRS24859965; SRS27490570-SRS27490573; SRX290501; SRX478607; SRX502870; SRX502873; SRX1101202; SRX2170035; SRX7200925-SRX7200928; SRX7200930-SRX7200939; SRX7200941-SRX7200942; SRX18854833-SRX18854834; SRX18854838-SRX18854839; SRX18854842-SRX18854843; SRX18854847-SRX18854848; SRX18854851-SRX18854852; SRX18854855-SRX18854856; SRX18854860-SRX18854861; SRX18854864-SRX18854865; SRX24095256-SRX24095258; SRX24095302-SRX24095322; SRX27071559-SRX27071562; SRX27234245-SRX27234250; SRX27234257-SRX27234262; SRX27234269-SRX27234274; SRX27234281-SRX27234286; SRX28565795-SRX28565796; SRX28565813-SRX28565816; SRX31510905-SRX31510916
Related Papers (12):
Transcriptional and metabolomic analysis of Ascophyllum nodosum mediated free... (2012)
RNA-Seq and Mass-Spectrometry-Based Lipidomics Reveal Extensive Changes of Gl... (2015)
Effect of torpor on host transcriptomic responses to a fungal pathogen in hib... (2018)
Berardinelli-Seip congenital lipodystrophy 2/SEIPIN determines brown adipose ... (2020)
Mitochondrial pyruvate carrier is required for optimal brown fat thermogenesis. (2020)
Thermoneutrality-Induced Macrophage Accumulation in Brown Adipose Tissue Does... (2020)
Cold-induction of afadin in brown fat supports its thermogenic capacity. (2021)
Concurrent BMP Signaling Maintenance and TGF-β Signaling Inhibition Is a Hall... (2021)
In vivo isotope tracing reveals the versatility of glucose as a brown adipose... (2021)
Transcriptome Analysis Revealed Potential Genes of Skeletal Muscle Thermogene... (2023)
Cold-Induced DHRS4 Promotes Thermogenesis via Enhanced Fatty Acid β-Oxidation... (2025)
Hibernating brown bear serum modulates the balance of TGF-β and BMP pathways ... (2025)

E. europaeus | Erinaceus europaeus

Mammalia

Illumina NovaSeq

Browse RNA Data
Accession IDs:
ERA22027179; ERP145734; ERR11242535; ERS10810576; ERX10650739; SRA063005; SRA1556482; SRP017611; SRP412207; SRR636852-SRR636853; SRR636902-SRR636903; SRR636946-SRR636947; SRR22588090; SRS380706-SRS380707; SRS380756-SRS380757; SRS380800-SRS380801; SRS16017367; SRX211592-SRX211593; SRX211642-SRX211643; SRX211686-SRX211687; SRX18551107

F. multistriata | Fejervarya multistriata

Amphibia

BGISEQ-500 (light-driven skin color)

Browse RNA Data
Accession IDs:
SRA1409068; SRA2092789; SRP371983; SRP570087; SRR18907483; SRR32673450-SRR32673467; SRS12734788; SRS24341777-SRS24341778; SRX14985475; SRX27976885-SRX27976902
Related Papers (12):
Physiological characterization of the emergence from diapause: A transcriptom... (2018)
The effect of cold acclimation on active ion transport in cricket ionoregulat... (2018)
How crickets become freeze tolerant: The transcriptomic underpinnings of accl... (2019)
Factors affecting freezing tolerance: a comparative transcriptomics study bet... (2020)
AGC/AKT Protein Kinase SCH9 Is Critical to Pathogenic Development and Overwin... (2022)
Integrated analysis of transcriptome and metabolome data reveals insights for... (2022)
Role of exogenous abscisic acid in freezing tolerance of mangrove Kandelia ob... (2022)
Transcriptomic Insights Into Root Development and Overwintering Transcription... (2022)
Corrigendum: Transcriptomic insights into root development and overwintering ... (2023)
Hepatic transcriptome and gut microbiome provide insights into freeze toleran... (2023)
Integrated Transcriptomic and Proteomic Analysis Reveals Molecular Mechanisms... (2024)
Unveiling the Cold Acclimation of Alfalfa: Insights into Its Starch-Soluble S... (2025)

G. brevicaudus | Gloydius brevicaudus

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA829858; SRA2262969; SRP175096; SRP637965; SRR8389383-SRR8389384; SRR35908237; SRR35908240; SRR35908243; SRS4204861-SRS4204862; SRS26952322; SRX5199097-SRX5199098; SRX30957525; SRX30957528; SRX30957531

G. insculpta | Glyptemys insculpta

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA1712135; SRP460613; SRR26064236; SRS18884697; SRX21780264

H. melpomene | Heliconius melpomene

Insecta

Insecta | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA066396; ERA197351; ERA392784; ERA393519-ERA393520; ERA1146845; ERA1167510; ERA1751217; ERA2818229; ERA27446279; ERP000993; ERP002272; ERP008958; ERP105432; ERP105860; ERP113024; ERP123509; ERP154636; ERR053966-ERR054041; ERR232443-ERR232466; ERR696684; ERR698971-ERR698973; ERR2206056-ERR2206065; ERR2228593-ERR2228596; ERR3184367-ERR3184391; ERR4468579-ERR4468580; ERR4468583-ERR4468585; ERR4468587; ERR4468590-ERR4468591; ERR4468595; ERR4468602-ERR4468605; ERR4468608; ERR4468612; ERR4468614-ERR4468616; ERR4468619-ERR4468620; ERR4468623; ERR4468625; ERR4468629; ERR4468632; ERR4468642-ERR4468643; ERR4468651; ERR4468657; ERR4468669; ERR4468674-ERR4468675; ERR4468677; ERR4468679-ERR4468681; ERR4468683; ERR12312084-ERR12312098; ERS070426-ERS070487; ERS216956-ERS216973; ERS625373; ERS626324-ERS626326; ERS2025590-ERS2025599; ERS2064501-ERS2064504; ERS3190401-ERS3190425; ERS4956061-ERS4956062; ERS4956065-ERS4956067; ERS4956069; ERS4956071-ERS4956072; ERS4956076; ERS4956082-ERS4956085; ERS4956088; ERS4956092; ERS4956094-ERS4956096; ERS4956099-ERS4956100; ERS4956103; ERS4956105; ERS4956109; ERS4956112; ERS4956122-ERS4956123; ERS4956130; ERS4956136; ERS4956148; ERS4956153-ERS4956154; ERS4956156; ERS4956158-ERS4956160; ERS4956162; ERS17030656-ERS17030670; ERX031014-ERX031089; ERX206990-ERX207013; ERX641123; ERX643410-ERX643412; ERX2260418-ERX2260427; ERX2281932-ERX2281935; ERX3212218-ERX3212242; ERX4407279-ERX4407280; ERX4407283-ERX4407285; ERX4407287; ERX4407290-ERX4407291; ERX4407295; ERX4407302-ERX4407305; ERX4407308; ERX4407312; ERX4407314-ERX4407316; ERX4407319-ERX4407320; ERX4407323; ERX4407325; ERX4407329; ERX4407332; ERX4407342-ERX4407343; ERX4407351; ERX4407357; ERX4407369; ERX4407374-ERX4407375; ERX4407377; ERX4407379-ERX4407381; ERX4407383; ERX11689021-ERX11689035; SRA022782; SRA046348; SRA274308; SRA423319; SRA566992; SRA566994-SRA566996; SRA915523; SRA962146; SRA980032; SRA1040564; SRA1340041; SRA1884942; SRA2324164; SRA2324319; SRP003162; SRP008481; SRP059840; SRP074338; SRP107945; SRP212573; SRP221638; SRP225908; SRP349659; SRP511086; SRP669239; SRR062599-SRR062600; SRR349678-SRR349681; SRR2076754-SRR2076773; SRR3474177-SRR3474178; SRR3474180-SRR3474181; SRR3474183-SRR3474184; SRR3474186; SRR3474188-SRR3474189; SRR3474191; SRR5616818-SRR5616819; SRR5616874; SRR5616883; SRR9620091-SRR9620092; SRR9620101-SRR9620104; SRR9620116-SRR9620120; SRR9620141; SRR9620151; SRR9620201; SRR9620203-SRR9620204; SRR10120159; SRR10292369-SRR10292371; SRR10292373-SRR10292377; SRR10292379-SRR10292382; SRR10292384-SRR10292393; SRR10292395-SRR10292404; SRR10292406-SRR10292411; SRR10292413-SRR10292415; SRR10292417-SRR10292418; SRR11051799-SRR11051800; SRR17156989-SRR17157020; SRR29250324-SRR29250330; SRR37023918-SRR37023922; SRR37025874-SRR37025878; SRS085795-SRS085796; SRS265448; SRS970863-SRS970881; SRS970884; SRS1421112-SRS1421115; SRS1421117-SRS1421122; SRS2231541; SRS2231543; SRS2231587; SRS2231590; SRS5042724-SRS5042725; SRS5042727; SRS5042777; SRS5042787; SRS5042808-SRS5042812; SRS5042824-SRS5042827; SRS5042836-SRS5042837; SRS5388150; SRS5526501-SRS5526502; SRS5526504-SRS5526513; SRS5526515-SRS5526524; SRS5526526-SRS5526535; SRS5526537-SRS5526546; SRS5526548-SRS5526550; SRS11245812-SRS11245843; SRS21487498-SRS21487504; SRS27915488-SRS27915492; SRS27916932-SRS27916936; SRX025003-SRX025004; SRX099048-SRX099050; SRX1071761-SRX1071780; SRX1741551-SRX1741554; SRX1741556-SRX1741561; SRX2862495-SRX2862496; SRX2862542; SRX2862551; SRX6383118-SRX6383119; SRX6383121; SRX6383171; SRX6383181; SRX6383202-SRX6383206; SRX6383218-SRX6383221; SRX6383230-SRX6383231; SRX6849674; SRX7005273-SRX7005274; SRX7005276-SRX7005278; SRX7005280-SRX7005285; SRX7005287-SRX7005296; SRX7005298-SRX7005307; SRX7005309-SRX7005312; SRX7005314-SRX7005318; SRX7005320-SRX7005322; SRX7701713-SRX7701714; SRX13340973-SRX13341004; SRX24768432-SRX24768438; SRX31971333-SRX31971337; SRX31973277-SRX31973281

H. pomatia | Helix pomatia

Gastropoda

Gastropoda | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA1592013; SRA1749268; SRA1949479; SRP423188; SRP463177; SRP521572; SRR23509319; SRR26802403; SRR30274230; SRS16797420; SRS19512485; SRS22375106; SRX19402579; SRX22499666; SRX25735323

H. cinerea | Hyla cinerea

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA2934687; ERP123817; ERR4636884-ERR4636914; ERS5115210-ERS5115240; ERX4560637-ERX4560667; SRA424811; SRA1798535; SRP074849; SRP489165; SRR3498298-SRR3498309; SRR3498316-SRR3498318; SRR3498325-SRR3498326; SRR3498385; SRR27929946; SRS1433375-SRS1433378; SRS1433382; SRS1433386; SRS20431933; SRX1756843-SRX1756853; SRX1756859; SRX1756861-SRX1756863; SRX1756870; SRX1756877; SRX1756926; SRX23586919

H. chinensis | Hynobius chinensis

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA115156; SRA721019; SRP033474; SRP150396; SRR1042328; SRR7299432; SRS510536; SRS3412095; SRX386518; SRX4201866

I. tridecemlineatus | Ictidomys tridecemlineatus

Mammalia

454/Roche (deep transcriptome, multiple tissues)

Browse RNA Data
Accession IDs:
ERA21299552; ERP146087; ERR11177451-ERR11177474; ERS14854303-ERS14854326; ERX10610364-ERX10610387; SRA037446; SRA128293; SRA444982; SRA527614; SRA530772; SRA631138; SRA1065329; SRA1089621; SRA1104077; SRA1196573; SRA1446399; SRA1630790; SRA1663076; SRA1677623; SRA1701357; SRA1706816; SRA1760007; SRA1791750; SRA1835736; SRA2071007; SRA2119179; SRA2179014; SRP007375; SRP035505; SRP080003; SRP096868; SRP097613; SRP125046; SRP256347; SRP268285; SRP273714; SRP306578; SRP384239; SRP426638; SRP435433; SRP449225; SRP457384; SRP458929; SRP474942; SRP485930; SRP498508; SRP561775; SRP581420; SRP603303; SRR305048; SRR352219-SRR352220; SRR1124988-SRR1124991; SRR1124993-SRR1125000; SRR3957255-SRR3957259; SRR5180528-SRR5180537; SRR5195252-SRR5195257; SRR5195266-SRR5195269; SRR6293948-SRR6294042; SRR11544609-SRR11544614; SRR12067035-SRR12067036; SRR12067039-SRR12067040; SRR12067049-SRR12067050; SRR12330755-SRR12330756; SRR13718882-SRR13718907; SRR19901685-SRR19901746; SRR24388890-SRR24388904; SRR25253240-SRR25253241; SRR25782270-SRR25782277; SRR25918347-SRR25918352; SRR26989576-SRR26989676; SRR27726054-SRR27726077; SRR28491939-SRR28491948; SRR32241501-SRR32241507; SRR33321796-SRR33321797; SRR34703642-SRR34703737; SRS213659; SRS266832-SRS266833; SRS537084; SRS537086; SRS537088-SRS537092; SRS537094-SRS537098; SRS1588795; SRS1588797-SRS1588800; SRS1924363-SRS1924372; SRS1934747-SRS1934752; SRS1934761-SRS1934764; SRS2689236-SRS2689328; SRS2689337; SRS2689349; SRS6479781-SRS6479786; SRS6885426-SRS6885427; SRS6885430-SRS6885433; SRS7095104-SRS7095105; SRS8264379-SRS8264403; SRS8264770; SRS13631491-SRS13631552; SRS17499116-SRS17499130; SRS18272575-SRS18272576; SRS18735776-SRS18735783; SRS18808200-SRS18808205; SRS19676436-SRS19676536; SRS20252858-SRS20252881; SRS20883396-SRS20883404; SRS20883406; SRS23992558-SRS23992564; SRS25942509-SRS25942523; SRX081267; SRX100763-SRX100764; SRX437620; SRX437622; SRX437624-SRX437628; SRX437630-SRX437634; SRX1981364-SRX1981368; SRX2496649-SRX2496658; SRX2510854-SRX2510859; SRX2510868-SRX2510871; SRX3395051-SRX3395145; SRX8114707-SRX8114712; SRX8594827-SRX8594828; SRX8594837-SRX8594838; SRX8594841-SRX8594842; SRX8830913-SRX8830914; SRX10107463-SRX10107488; SRX15944514-SRX15944575; SRX20177042-SRX20177056; SRX20999286-SRX20999287; SRX21504658-SRX21504665; SRX21638111-SRX21638116; SRX22682693-SRX22682793; SRX23391933-SRX23391956; SRX24094110-SRX24094119; SRX27581452-SRX27581458; SRX28566251-SRX28566252; SRX29838899-SRX29838913
Related Papers (1):
Diet affects arctic ground squirrel gut microbial metatranscriptome independe... (2017)

L. agilis | Lacerta agilis

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA888267; SRA1067488; SRP184741; SRP198890; SRR9090239; SRR11578401-SRR11578403; SRS4788772; SRS6508983-SRS6508985; SRX5865410; SRX8146248-SRX8146250

L. pipiens | Lithobates pipiens

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA143821; SRA540540; SRA1102560; SRA1601238; SRA1686064; SRA1692413; SRA1949911; SRP039526; SRP100751; SRP273135; SRP426393; SRP428457; SRP452632; SRP454975; SRR1185235; SRR1185245; SRR1185248; SRR1185669; SRR1185905-SRR1185907; SRR5289410-SRR5289420; SRR12298175-SRR12298220; SRR12298222-SRR12298242; SRR12298244-SRR12298307; SRR23759045; SRR25484714-SRR25484729; SRR25484917-SRR25484936; SRR25485122-SRR25485145; SRR25635292-SRR25635313; SRR30278242; SRS567156-SRS567158; SRS2004039-SRS2004049; SRS7068903-SRS7068974; SRS16990421; SRS18473673-SRS18473689; SRS18473765-SRS18473784; SRS18473855-SRS18473877; SRS18606518-SRS18606538; SRS18606545; SRS22378672; SRX482651-SRX482657; SRX2592152-SRX2592162; SRX8801348-SRX8801419; SRX19610266; SRX21216381-SRX21216397; SRX21216473-SRX21216492; SRX21216563-SRX21216585; SRX21362028-SRX21362049; SRX25739100

M. terrapin | Malaclemys terrapin

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA454224; SRA455643; SRP082549; SRR4051265-SRR4051429; SRR4051431-SRR4051446; SRR4051448-SRR4051457; SRR4051459-SRR4051472; SRR4069148-SRR4069162; SRS1634223-SRS1634235; SRS1647951; SRX2040849-SRX2041053; SRX2055917-SRX2055931

M. flaviventris | Marmota flaviventris

Mammalia

Mammalia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA696723; SRA2066666; SRP143443; SRP560982; SRR7072905-SRR7072947; SRR32194062-SRR32194077; SRS3225262-SRS3225295; SRS3225297-SRS3225305; SRS23952194; SRX4003353-SRX4003395; SRX27535621-SRX27535636

M. himalayana | Marmota himalayana

Mammalia

Affymetrix (dormant liver transcriptome)

Browse RNA Data
Accession IDs:
SRA424457; SRA636179; SRA810803; SRP074653; SRP122881; SRR3505053-SRR3505055; SRR3508777; SRR6349894-SRR6349910; SRR8196977-SRR8196985; SRS1437499-SRS1437501; SRS1437882; SRS2643568; SRX1761893-SRX1761895; SRX1763035; SRX3446650-SRX3446666; SRX5016354-SRX5016362

M. monax | Marmota monax

Mammalia

Illumina RNA-Seq (liver + spleen, comparative transcriptome)

Browse RNA Data
Accession IDs:
SRA050380; SRA259409; SRA281250; SRA424457; SRA967202; SRA1056989; SRA1256114; SRA1342397; SRA1847090; SRA1847521; SRA1994219; SRA2308561; SRP011132; SRP057209; SRP061879; SRP075170; SRP223069; SRP253468; SRP327409; SRP350516; SRP502142; SRP502181; SRR437934-SRR437935; SRR437938-SRR437943; SRR437946; SRR1975696-SRR1975757; SRR2136852-SRR2137054; SRR3491013; SRR3505052; SRR10172922-SRR10172941; SRR11357518-SRR11357521; SRR15065829-SRR15065832; SRR17216521-SRR17216549; SRR28710791-SRR28710792; SRR28713045-SRR28713096; SRR31050442-SRR31050465; SRR36658995-SRR36659097; SRS297329; SRS297331; SRS297333; SRS297337; SRS297339; SRS297342-SRS297343; SRS297346-SRS297347; SRS911185-SRS911246; SRS1174641-SRS1174775; SRS1174802-SRS1174869; SRS1437496; SRS1437498; SRS5427492-SRS5427511; SRS6345132-SRS6345135; SRS9421602-SRS9421604; SRS9421607; SRS11299218-SRS11299233; SRS11299455; SRS11299457-SRS11299459; SRS11299493-SRS11299501; SRS21042543-SRS21042544; SRS21044512-SRS21044526; SRS22951591-SRS22951593; SRS27642439-SRS27642451; SRX127233; SRX129177-SRX129184; SRX996908-SRX996969; SRX1126195-SRX1126397; SRX1752200; SRX1761892; SRX6894597-SRX6894616; SRX7959045-SRX7959048; SRX11375971-SRX11375974; SRX13396057-SRX13396072; SRX13396294; SRX13396296-SRX13396298; SRX13396332-SRX13396340; SRX24277749-SRX24277750; SRX24279719-SRX24279733; SRX26434901-SRX26434903; SRX31669963-SRX31669975

M. reevesii | Mauremys reevesii

Reptilia

Illumina HiSeq 2500

Browse RNA Data
Accession IDs:
DRA016380; DRP013358; DRR477380-DRR477402; DRS478232-DRS478254; DRX461608-DRX461630; SRA098741; SRA315181; SRA557243; SRA740147; SRA740476; SRA1205771; SRA1663887; SRA1664857; SRA2034305; SRA2254202; SRP029186; SRP067099; SRP105322; SRP153785; SRP310345; SRP446425; SRP551460; SRP635519; SRR955754; SRR2980465; SRR5483237-SRR5483245; SRR7524591; SRR7526731; SRR13948978-SRR13948986; SRR25058818; SRR25083062; SRR31718979-SRR31718982; SRR31718988-SRR31718989; SRR35818439-SRR35818473; SRS472502; SRS1196323; SRS2150724-SRS2150732; SRS3548671; SRS3550345; SRS8448267-SRS8448275; SRS18096340; SRS18113642; SRS23540854-SRS23540855; SRS23540861-SRS23540864; SRS26872884-SRS26872918; SRX338126; SRX1469958; SRX2766588-SRX2766596; SRX4393138; SRX4395162; SRX10327782-SRX10327790; SRX20812950; SRX20836493; SRX27081552-SRX27081553; SRX27081559-SRX27081562; SRX30867729-SRX30867763

M. meles | Meles meles

Mammalia

Mammalia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA29810208; ERP130515; ERR13093623; ERS5280915; ERX12465321; SRA063005; SRA1157566; SRA1556482; SRP017611; SRP292136; SRP412207; SRR636863-SRR636864; SRR636911-SRR636912; SRR636956-SRR636957; SRR13022466-SRR13022468; SRR22588088; SRS380717-SRS380718; SRS380765-SRS380766; SRS380810-SRS380811; SRS7682795; SRS16017369; SRX211603-SRX211604; SRX211651-SRX211652; SRX211696-SRX211697; SRX9472700-SRX9472702; SRX18551109

M. avellanarius | Muscardinus avellanarius

Mammalia

Mammalia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA27366271; ERP150123; ERR12245582; ERS12279465; ERX11656540

N. pygmaeus | Nycticebus pygmaeus

Mammalia

Illumina HiSeq 2000 (8 tissues)

Browse RNA Data
Accession IDs:
SRA1089324; SRA1120809; SRP267570; SRP279931; SRR12060254-SRR12060260; SRR12579718-SRR12579725; SRS6879979-SRS6879985; SRS7315639-SRS7315646; SRX8588510-SRX8588516; SRX9066565-SRX9066572

O. beecheyi | Otospermophilus beecheyi

Mammalia

Mammalia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA1368435; SRP358782; SRR17927968-SRR17927980; SRS11912059-SRS11912071; SRX14086398-SRX14086410

P. guttatus | Pantherophis guttatus

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA182033; ERP001222; ERR216298; ERR216307-ERR216308; ERR216317; ERR216323; ERS094875; ERS094885; ERS094895-ERS094896; ERS106874; ERX190963; ERX190972-ERX190973; ERX190982; ERX190988; SRA655327; SRA668330; SRA913594; SRA986936; SRA1449897; SRA1830802; SRA1830812; SRA1857266; SRA1937346; SRA1938520; SRA2078158; SRA2181899; SRP132105; SRP136054; SRP211966; SRP227378; SRP385164; SRP497037; SRP497040; SRP505473; SRP523469; SRP523844; SRP563970; SRP604064; SRR6668168; SRR6868475; SRR6868479-SRR6868480; SRR6868482-SRR6868486; SRR9596698-SRR9596717; SRR10360869; SRR20006030-SRR20006031; SRR28412007-SRR28412012; SRR28412033-SRR28412034; SRR28879635-SRR28879637; SRR30059350-SRR30059351; SRR30111068-SRR30111074; SRR32343000-SRR32343005; SRR34740519; SRR34740524; SRR34740528; SRR34740532; SRR34740536; SRR34740540; SRR34740543; SRR34740547; SRR34740551; SRS2909645; SRS3072554-SRS3072558; SRS3072560; SRS3072562; SRS3072565; SRS5024299-SRS5024316; SRS5586274; SRS13726472-SRS13726473; SRS20811518-SRS20811523; SRS20811544; SRS21192848; SRS22185852-SRS22185853; SRS22234863-SRS22234869; SRS24081972-SRS24081977; SRS25976857-SRS25976864; SRS25976867; SRX3644877; SRX3822943-SRX3822947; SRX3822949-SRX3822950; SRX3822954; SRX6362408-SRX6362427; SRX7070003; SRX16046842-SRX16046843; SRX24016407-SRX24016412; SRX24016433; SRX24438535; SRX25533102-SRX25533103; SRX25583836-SRX25583842; SRX27677837-SRX27677842; SRX29874534-SRX29874541; SRX29874543

P. machaon | Papilio machaon

Insecta

Insecta | Transcriptomics data

Browse RNA Data
Accession IDs:
DRA015448; DRP012442; DRR428497-DRR428502; DRS436793-DRS436798; DRX413672-DRX413677; ERA2823957; ERP123606; ERR4508035; ERS4993298; ERX4446028; SRA230970; SRP052000; SRR1760417-SRR1760426; SRS820033-SRS820042; SRX843974-SRX843983

P. esculentus | Pelophylax esculentus

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA30838579; ERP164352; ERR13702790; ERS14578094; ERX13073407; SRA115507; SRA878378; SRP036849; SRP193828; SRR1164893; SRR1171014; SRR1199131; SRR8954554; SRS555001; SRS558664; SRS577711; SRS4671304; SRX467335; SRX472107; SRX495528; SRX5734382

P. nigromaculatus | Pelophylax nigromaculatus

Amphibia

Illumina HiSeq 2500

Browse RNA Data
Accession IDs:
DRA016614; DRP010357; DRR489652; DRS318262; DRX473859; SRA161453; SRA306834; SRA546026; SRA698538; SRA894769; SRA1230154; SRA1773429; SRA2305241; SRA2309635; SRA2309677; SRA2321961-SRA2321968; SRA2322002-SRA2322003; SRA2322009-SRA2322010; SRA2322093; SRA2322106; SRA2322113-SRA2322114; SRA2322134-SRA2322138; SRA2322197; SRA2322200-SRA2322201; SRA2322233; SRA2322969; SRA2322981-SRA2322982; SRA2322988; SRP041632; SRP065144; SRP101908; SRP144311; SRP200630; SRP319132; SRP479335; SRP657933; SRP659850; SRP659871; SRP664531; SRR1269553; SRR3418422; SRR5344014; SRR7092013-SRR7092014; SRR9209737-SRR9209763; SRR14478736-SRR14478738; SRR27308798-SRR27308821; SRR36597430-SRR36597453; SRR36683113-SRR36683136; SRR36683487-SRR36683506; SRR36976838-SRR36976845; SRR36978862-SRR36978863; SRR36978924-SRR36978925; SRR36981306; SRR36981318; SRR36981324; SRR36981326; SRR36981441-SRR36981445; SRR36983169; SRR36983183; SRR36983202; SRR36983963; SRR36996141; SRR36996215; SRR36996227; SRR36996572; SRS601335; SRS1407970; SRS2048264; SRS3241956-SRS3241957; SRS4886390-SRS4886416; SRS8911242-SRS8911244; SRS19951213-SRS19951236; SRS27586229-SRS27586252; SRS27662794-SRS27662817; SRS27663139-SRS27663158; SRS27874053-SRS27874060; SRS27876048-SRS27876049; SRS27876068-SRS27876069; SRS27878402; SRS27878412; SRS27878417; SRS27878419; SRS27878584-SRS27878588; SRS27879975; SRS27879977; SRS27879996; SRS27880726; SRS27891686; SRS27891760; SRS27891772; SRS27892124; SRX532382; SRX1720192; SRX2640690; SRX4020907-SRX4020908; SRX5980758-SRX5980784; SRX10826936-SRX10826938; SRX22986063-SRX22986086; SRX31610044-SRX31610067; SRX31691773-SRX31691796; SRX31692147-SRX31692166; SRX31926960-SRX31926967; SRX31928984-SRX31928985; SRX31929046-SRX31929047; SRX31931428; SRX31931440; SRX31931446; SRX31931448; SRX31931563-SRX31931567; SRX31933291; SRX31933305; SRX31933324; SRX31934085; SRX31945814; SRX31945888; SRX31945900; SRX31946245

P. catenifer | Pituophis catenifer

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA666807; SRA1894019; SRP135786; SRP512974; SRR6841717; SRR29348117-SRR29348120; SRS3049607; SRS21573826-SRS21573829; SRX3797549; SRX24863808-SRX24863811

P. dominula | Polistes dominula

Insecta

Insecta | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA172143; SRA384816; SRA480942; SRA1092733; SRP061693; SRP070535; SRP090579; SRP269276; SRR2133892-SRR2133893; SRR2133895-SRR2133896; SRR2133899-SRR2133907; SRR2133909-SRR2133911; SRR2133913-SRR2133918; SRR3222665-SRR3222676; SRR4301488; SRR6780155; SRR12112889-SRR12112984; SRS1014868; SRS1016454-SRS1016458; SRS1016460; SRS1016462-SRS1016465; SRS1300622; SRS1337002-SRS1337003; SRS1717759; SRS6921938-SRS6922033; SRX1122234; SRX1124049-SRX1124054; SRX1124056-SRX1124057; SRX1124059-SRX1124061; SRX1629425-SRX1629436; SRX2195829; SRX8635395-SRX8635490

P. regilla | Pseudacris regilla

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA052317; SRA1894212; SRP012654; SRP513040; SRR494107; SRR29350170-SRR29350173; SRS312105; SRS21575096-SRS21575099; SRX145996; SRX24865325-SRX24865328
Related Papers (7):
Environmental and hormonal regulation of the activity-dormancy cycle in the c... (2007)
Changes in diurnal patterns within the Populus transcriptome and metabolome i... (2010)
Cold perception and gene expression differ in Olea europaea seed coat and emb... (2013)
Early and delayed long-term transcriptional changes and short-term transient ... (2015)
De novo transcriptome assembly of the calanoid copepod Neocalanus flemingeri:... (2018)
Physiological and transcriptome analysis of Magnolia denudata leaf buds durin... (2021)
Post-diapause transcriptomic restarts: insight from a high-latitude copepod. (2021)

R. dybowskii | Rana dybowskii

Amphibia

Illumina (skin, Aeromonas infection)

Browse RNA Data
Accession IDs:
DRA024773; DRR841785-DRR841808; DRS594258-DRS594281; DRX819930-DRX819953; SRA1978122; SRA2049354; SRA2382982; SRP484840; SRP556632; SRP695559; SRR30783062-SRR30783097; SRR31963983-SRR31963991; SRR38297258-SRR38297284; SRS20194917; SRS23759299; SRS28950716-SRS28950742; SRX26185034-SRX26185069; SRX27319360-SRX27319368; SRX33133074-SRX33133100

R. sylvatica | Rana sylvatica

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA584577; SRA1528790; SRA1855474; SRA1974900; SRA2018014; SRA2107801; SRP111327; SRP404895; SRP504752; SRP533418; SRP546295; SRP576985; SRR5810438-SRR5810487; SRR5810492-SRR5810493; SRR22066023; SRR28838437-SRR28838487; SRR30715304-SRR30715311; SRR31403913-SRR31403936; SRR33006761-SRR33006778; SRS2340900-SRS2340901; SRS2340906-SRS2340954; SRS2340959; SRS15553023; SRS21155516-SRS21155566; SRS22681482-SRS22681485; SRS23260068-SRS23260091; SRS24618902-SRS24618919; SRX2988977-SRX2988978; SRX2988983-SRX2989032; SRX18046605; SRX24400407-SRX24400457; SRX26118767-SRX26118774; SRX26773026-SRX26773049; SRX28272786-SRX28272803

R. temporaria | Rana temporaria

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA446973; ERP010749; ERR914524-ERR914568; ERS754069-ERS754077; ERX993648-ERX993656; SRA652879; SRA701738; SRA714455; SRA715365; SRA802636; SRA1054388; SRA1697629; SRP131529; SRP145133; SRP149620; SRP167736; SRP252630; SRP456458; SRR6515974-SRR6515979; SRR7140852-SRR7140897; SRR7251158-SRR7251189; SRR7263262-SRR7263290; SRR8149011-SRR8149051; SRR11300562-SRR11300563; SRR11300571; SRR11300582; SRR25732177; SRS2871874-SRS2871879; SRS3278149-SRS3278194; SRS3368952-SRS3368983; SRS3379474-SRS3379502; SRS4008413-SRS4008451; SRS4008455; SRS4008464; SRS6313567; SRS6313578; SRS6313586-SRS6313587; SRS18691693; SRX3603944-SRX3603949; SRX4061700-SRX4061745; SRX4155884-SRX4155915; SRX4167410-SRX4167438; SRX4969637-SRX4969677; SRX7905935; SRX7905946; SRX7905954-SRX7905955; SRX21455784

R. marina | Rhinella marina

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA451237; ERA1138073; ERP010831; ERP023736; ERR928313; ERR2198609-ERR2198610; ERS763564; ERS1797076-ERS1797077; ERX1007584; ERX2254175-ERX2254176; SRA174999; SRA246371; SRA310332; SRA541941; SRA554085; SRA590302; SRA632566; SRA646867; SRA824511; SRA1067737; SRA1121330; SRA1123700; SRA1304535; SRA1305838; SRA1314368; SRA1316187; SRA1612397; SRA1615301; SRA1741278; SRP044269; SRP056089; SRP065908; SRP100959; SRP103890; SRP113454; SRP125361; SRP129642; SRP173736; SRP257783; SRP280086; SRP282013; SRP339747; SRP429905; SRP430775; SRP469093; SRR1514601; SRR1910532-SRR1910553; SRR2911054; SRR5310933; SRR5310939-SRR5310940; SRR5446723-SRR5446736; SRR5861681-SRR5861708; SRR6311453; SRR6473837; SRR6475619-SRR6475626; SRR8334535-SRR8334552; SRR11583967; SRR11583969; SRR12588604-SRR12588623; SRR12622724-SRR12622731; SRR16164108-SRR16164159; SRR16201692-SRR16201693; SRR16506245-SRR16506264; SRR16555219-SRR16555222; SRR24001034-SRR24001057; SRR24060725-SRR24060748; SRR26561618-SRR26561620; SRR26561622-SRR26561631; SRR26561633-SRR26561634; SRR26561659-SRR26561664; SRS659226; SRS872402-SRS872421; SRS1155441; SRS2012779; SRS2123057-SRS2123070; SRS2379273-SRS2379300; SRS2704946; SRS2838663-SRS2838671; SRS4156354-SRS4156371; SRS6514229; SRS6514231; SRS7322332-SRS7322351; SRS7348909-SRS7348916; SRS10415079-SRS10415130; SRS10449593-SRS10449594; SRS10658516-SRS10658518; SRS10658520-SRS10658536; SRS10704672-SRS10704675; SRS17166410-SRS17166433; SRS17219464-SRS17219487; SRS19314921-SRS19314926; SRS19314950-SRS19314951; SRS19314953; SRS19314955-SRS19314965; SRS19314968; SRX651312; SRX952231-SRX952250; SRX1423018; SRX2607464; SRX2610907; SRX2610909; SRX2735689-SRX2735702; SRX3030384-SRX3030411; SRX3411719; SRX3563722; SRX3565474-SRX3565481; SRX5146021-SRX5146038; SRX8151610; SRX8151612; SRX9075202-SRX9075221; SRX9105469-SRX9105476; SRX12448927-SRX12448978; SRX12486050-SRX12486051; SRX12709043-SRX12709062; SRX12757351-SRX12757354; SRX19804467-SRX19804490; SRX19862054-SRX19862077; SRX22263039-SRX22263044; SRX22263069-SRX22263070; SRX22263072-SRX22263081; SRX22263083-SRX22263085

R. ferrumequinum | Rhinolophus ferrumequinum

Mammalia

Illumina HiSeq X Ten (gut)

Browse RNA Data
Accession IDs:
ERA36060580; ERP191860; ERR16979412-ERR16979427; ERS29623053-ERS29623068; ERX16362961-ERX16362976; SRA115952; SRA305352; SRA533840; SRA660324; SRA835797; SRA965461; SRA1086710; SRA1295295; SRA1398589; SRA1567592; SRA1644735; SRA1748986; SRA1948800; SRA2034581; SRA2057879; SRA2168931; SRA2305638; SRP033775; SRP064892; SRP098612; SRP133089; SRP180030; SRP222779; SRP261244; SRP267149; SRP337443; SRP415288; SRP439750; SRP471308; SRP526708; SRP552162; SRP559279; SRP600092; SRP657993; SRR1048140; SRR1048142; SRR2754983; SRR2757329; SRR5219076; SRR6749599-SRR6749602; SRR8453461-SRR8453474; SRR10153036; SRR10153052-SRR10153053; SRR12006225-SRR12006254; SRR15914606-SRR15914635; SRR18652180; SRR22938614-SRR22938634; SRR24745681-SRR24745683; SRR26787544-SRR26787546; SRR30257345-SRR30257362; SRR31753503; SRR32087983-SRR32087991; SRR32087993-SRR32088002; SRR32088004-SRR32088013; SRR32088015-SRR32088024; SRR32088026-SRR32088034; SRR34491012-SRR34491048; SRR36602428-SRR36602463; SRS514083; SRS514086; SRS1116735; SRS1127114; SRS1950232; SRS2979833-SRS2979836; SRS4261212-SRS4261225; SRS5414250-SRS5414251; SRS5414267; SRS6834218-SRS6834232; SRS10181144-SRS10181158; SRS10193379-SRS10193393; SRS12516381; SRS16325023-SRS16325043; SRS17832416; SRS19498981-SRS19498983; SRS22359423-SRS22359440; SRS23573242; SRS23863463-SRS23863470; SRS23863472-SRS23863484; SRS23863486-SRS23863493; SRS23863495-SRS23863504; SRS23863506-SRS23863514; SRS25751768-SRS25751804; SRS27591065-SRS27591100; SRX390642; SRX390647; SRX1340772; SRX1364838; SRX2529266; SRX3722263-SRX3722266; SRX5260164-SRX5260177; SRX6878468-SRX6878469; SRX6878485; SRX8539401-SRX8539430; SRX12204847-SRX12204876; SRX14755231; SRX18895934-SRX18895954; SRX20522805-SRX20522807; SRX22485626-SRX22485628; SRX25718526-SRX25718543; SRX27115375; SRX27436226-SRX27436234; SRX27436236-SRX27436245; SRX27436247-SRX27436256; SRX27436258-SRX27436267; SRX27436269-SRX27436277; SRX29634980-SRX29635016; SRX31615042-SRX31615077
Related Papers (1):
Adapting to stress: The effects of hibernation and hibernacula temperature on... (2024)

S. salamandra | Salamandra salamandra

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA9348638; ERA9349050; ERA9349215; ERA9349383; ERA9349695; ERA9349784; ERA9349955; ERA9350565; ERA9358026; ERA9367285; ERP135803; ERR8962162; ERR8963532; ERR8971203; ERR8971371; ERR8971605; ERR8971694; ERR8971822; ERR8972251; ERR8972978; ERR8974269; ERS10777318-ERS10777327; ERX8507202; ERX8508572; ERX8516243; ERX8516411; ERX8516645; ERX8516734; ERX8516862; ERX8517286; ERX8518013; ERX8519062; SRA207261; SRA558597; SRA1042811; SRA1044483; SRP050457; SRP106025; SRP249527; SRP250076; SRR1693191; SRR5494542; SRR11087876-SRR11087893; SRR11118085; SRS777496; SRS2158792; SRS6148013-SRS6148021; SRS6174231; SRX793983; SRX2775496; SRX7726802-SRX7726819; SRX7755086

S. undulatus | Sceloporus undulatus

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA062458; SRA536607; SRA665800; SRA1040408; SRA1070442; SRA1689615; SRA1767837; SRP017457; SRP099076; SRP134950; SRP247891; SRP259194; SRP454245; SRP477678; SRR629640; SRR5238728; SRR5238769-SRR5238770; SRR6825924-SRR6825941; SRR11050679-SRR11050680; SRR11647816-SRR11647838; SRR25583245; SRR25583253-SRR25583273; SRR25583280; SRR27194003-SRR27194008; SRR27194010-SRR27194019; SRR27194021-SRR27194029; SRS378966; SRS1964566; SRS1964607-SRS1964608; SRS3035595-SRS3035612; SRS6124886-SRS6124887; SRS6569229-SRS6569251; SRS18559652; SRS18559659-SRS18559679; SRS18559687; SRS19847359-SRS19847366; SRS19847368-SRS19847378; SRS19847380-SRS19847385; SRX209117; SRX2545690; SRX2545731-SRX2545732; SRX3782213-SRX3782230; SRX7700647-SRX7700648; SRX8208968-SRX8208990; SRX21311777; SRX21311784-SRX21311804; SRX21311812; SRX22874082-SRX22874090; SRX22874092-SRX22874101; SRX22874103-SRX22874108

S. bombifrons | Spea bombifrons

Amphibia

Amphibia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA892076; SRA1798535; SRP199862; SRP489165; SRR9160212-SRR9160217; SRR9160221; SRR27929884; SRS4846494; SRS4846498-SRS4846503; SRS20431996; SRX5933292; SRX5933296-SRX5933301; SRX23586982

S. citellus | Spermophilus citellus

Mammalia

Mammalia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA33128725; ERP158217; ERR14986697; ERS18960399; ERX14390954

S. dauricus | Spermophilus dauricus

Mammalia

BGISEQ-500

Browse RNA Data
Accession IDs:
SRA1545772; SRA1631640; SRA2240876; SRP372175; SRP435649; SRP630061; SRR18915858-SRR18915887; SRR24413467-SRR24413475; SRR35682890-SRR35682893; SRS12743109-SRS12743138; SRS17524292-SRS17524300; SRS26748969-SRS26748972; SRX14993776-SRX14993805; SRX20201404-SRX20201412; SRX30732586-SRX30732589

T. aculeatus | Tachyglossus aculeatus

Mammalia

Illumina GAIIx (venom gland transcriptome)

Browse RNA Data
Accession IDs:
SRA092422; SRA1002694; SRA2160897; SRP027593; SRP233233; SRP596543; SRR931704; SRR10530483-SRR10530493; SRR34326942-SRR34326946; SRS456229; SRS5717253-SRS5717263; SRS25633659-SRS25633663; SRX319665; SRX7214450-SRX7214460; SRX29492478-SRX29492482

T. asiaticus | Tamias asiaticus

Mammalia

Mammalia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA063005; SRA1448035; SRA1606678; SRA1847914; SRA1857266; SRA2282286; SRA2331999; SRA2333142; SRA2333609; SRP017611; SRP384581; SRP427316; SRP502466; SRP505473; SRP648476; SRP676342; SRP676761; SRP676930; SRR636930-SRR636931; SRR636975-SRR636976; SRR19961278; SRR23864894-SRR23864895; SRR28726646-SRR28726660; SRR28879644-SRR28879646; SRR36177069-SRR36177088; SRR37198447-SRR37198449; SRR37216158-SRR37216160; SRR37226551-SRR37226553; SRS380784-SRS380785; SRS380829-SRS380830; SRS13657965; SRS17047191-SRS17047192; SRS21057006-SRS21057020; SRS21192845; SRS27169607; SRS28067871-SRS28067873; SRS28083778-SRS28083780; SRS28091498-SRS28091500; SRX211670-SRX211671; SRX211715-SRX211716; SRX16003744; SRX19677058-SRX19677059; SRX24292751-SRX24292765; SRX24438532; SRX31215061-SRX31215080; SRX32135282-SRX32135284; SRX32152090-SRX32152092; SRX32161108-SRX32161110

T. sibiricus | Tamias sibiricus

Mammalia

Illumina NovaSeq 6000

Browse RNA Data
Accession IDs:
SRA063005; SRA1448035; SRA1606678; SRA1847914; SRA1857266; SRA2282286; SRA2331999; SRA2333142; SRA2333609; SRP017611; SRP384581; SRP427316; SRP502466; SRP505473; SRP648476; SRP676342; SRP676761; SRP676930; SRR636930-SRR636931; SRR636975-SRR636976; SRR19961278; SRR23864894-SRR23864895; SRR28726646-SRR28726660; SRR28879644-SRR28879646; SRR36177069-SRR36177088; SRR37198447-SRR37198449; SRR37216158-SRR37216160; SRR37226551-SRR37226553; SRS380784-SRS380785; SRS380829-SRS380830; SRS13657965; SRS17047191-SRS17047192; SRS21057006-SRS21057020; SRS21192845; SRS27169607; SRS28067871-SRS28067873; SRS28083778-SRS28083780; SRS28091498-SRS28091500; SRX211670-SRX211671; SRX211715-SRX211716; SRX16003744; SRX19677058-SRX19677059; SRX24292751-SRX24292765; SRX24438532; SRX31215061-SRX31215080; SRX32135282-SRX32135284; SRX32152090-SRX32152092; SRX32161108-SRX32161110

T. striatus | Tamias striatus

Mammalia

Mammalia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA472578; SRA1342397; SRP089986; SRP350516; SRR4249994; SRR17216269-SRR17216292; SRS1697750; SRS11299011-SRS11299025; SRS11299122-SRS11299130; SRX2170061; SRX13395850-SRX13395864; SRX13395961-SRX13395969

T. carolina | Terrapene carolina

Reptilia

Illumina RNA-Seq (liver + spleen, comparative transcriptome)

Browse RNA Data
Accession IDs:
SRA062458; SRP017457; SRR629650; SRS378977; SRX209128

T. sirtalis | Thamnophis sirtalis

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
SRA072434; SRA072437; SRA072439; SRA072441; SRA072443; SRA072445; SRA072447; SRA072449; SRA655327; SRA1888763; SRA2124900; SRA2269023; SRA2270531; SRP011323; SRP018850; SRP132105; SRP583426; SRP641425; SRR805129; SRR805147-SRR805151; SRR805153; SRR869504; SRR6668169; SRR29276959-SRR29276962; SRR29276971-SRR29276974; SRR33450570-SRR33450573; SRR35954522; SRR35969197-SRR35969233; SRS406332-SRS406339; SRS2909644; SRS21511412-SRS21511415; SRS21511424-SRS21511427; SRS24957536-SRS24957539; SRS26995382; SRS27009786-SRS27009822; SRX258202-SRX258209; SRX3644876; SRX24794292-SRX24794295; SRX24794304-SRX24794307; SRX28690642-SRX28690645; SRX31003812; SRX31018487-SRX31018523

T. scripta elegans | Trachemys scripta elegans

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
DRA027525; DRA028043; DRP017675; DRP018090; DRR991884-DRR991931; DRR1010590-DRR1010643; DRS685512-DRS685559; DRS698315-DRS698368; DRX969276-DRX969323; DRX987198-DRX987251; SRA443826; SRA453919; SRA592298; SRA742416; SRA856835; SRA1055050; SRA1528591; SRA1595229; SRA1609111; SRA1650763; SRA1696318; SRA1857266; SRA1914050; SRA1937704; SRA2018269; SRA2021619; SRA2147929; SRA2311063; SRP079664; SRP082501; SRP154424; SRP187832; SRP252802; SRP292328; SRP404798; SRP424547; SRP428656; SRP456169; SRP505473; SRP520525; SRP523610; SRP546475; SRP547466; SRP591690; SRP661680; SRR3948583-SRR3948584; SRR3948586-SRR3948589; SRR4046638; SRR4046640-SRR4046644; SRR5871176-SRR5871188; SRR7540569-SRR7540571; SRR8695397-SRR8695402; SRR11306932-SRR11306940; SRR22062179-SRR22062184; SRR23618952; SRR23939328-SRR23939333; SRR24867906-SRR24867907; SRR25713257-SRR25713265; SRR28879627-SRR28879630; SRR29863110-SRR29863133; SRR30077470-SRR30077477; SRR31412664-SRR31412717; SRR31500824-SRR31500830; SRR33957594-SRR33957601; SRR36800321-SRR36800431; SRS1581817-SRS1581822; SRS1631293-SRS1631298; SRS2387192-SRS2387204; SRS3561774-SRS3561776; SRS4461412-SRS4461417; SRS6319386-SRS6319394; SRS7702219; SRS15549454-SRS15549459; SRS16891730; SRS17114346-SRS17114351; SRS18674462-SRS18674470; SRS21192850; SRS22027030-SRS22027035; SRS22203117-SRS22203124; SRS23268287-SRS23268340; SRS23351249-SRS23351254; SRS23351256; SRS25359374-SRS25359381; SRS27747786-SRS27747896; SRX1973580-SRX1973585; SRX2037550-SRX2037555; SRX3038754-SRX3038766; SRX4408097-SRX4408099; SRX5491253-SRX5491258; SRX7912055-SRX7912063; SRX18042871-SRX18042876; SRX19503434; SRX19748649-SRX19748654; SRX20631857-SRX20631858; SRX21437517-SRX21437525; SRX24438537; SRX25360477-SRX25360482; SRX25550935-SRX25550942; SRX26781686-SRX26781739; SRX26868867-SRX26868873; SRX29156673-SRX29156680; SRX31786658-SRX31786768

U. parryii | Urocitellus parryii

Mammalia

Illumina NovaSeq

Browse RNA Data
Accession IDs:
SRA742391; SRA1920941; SRP154405; SRP519017; SRR7539093-SRR7539104; SRR29761657-SRR29761670; SRS3560535-SRS3560546; SRS21947432-SRS21947445; SRX4406622-SRX4406633; SRX25262311-SRX25262324
Related Papers (2):
Cold Acclimation Improves the Desiccation Stress Resilience of Polar Strains of (2019)
Hypometabolism to survive the long polar night and subsequent successful retu... (2024)

U. americanus | Ursus americanus

Mammalia

Illumina NovaSeq

Browse RNA Data
Accession IDs:
SRA063005; SRA770300; SRA1215791; SRA1606678; SRA1892213; SRA2148848; SRP017611; SRP075217; SRP313712; SRP427316; SRP512493; SRP591996; SRR636887-SRR636888; SRR636932-SRR636933; SRR636977-SRR636978; SRR7811750; SRR7811754; SRR7811756-SRR7811759; SRR7811762-SRR7811767; SRR14160191-SRR14160198; SRR23864890-SRR23864891; SRR29325108-SRR29325115; SRR33974774-SRR33974783; SRS380741-SRS380742; SRS380786-SRS380787; SRS380831-SRS380832; SRS3758594-SRS3758597; SRS3758599-SRS3758600; SRS3758602; SRS3758604-SRS3758605; SRS3758607-SRS3758608; SRS3758612; SRS8652212-SRS8652219; SRS17047195-SRS17047196; SRS21552725-SRS21552732; SRS25373694-SRS25373703; SRX211627-SRX211628; SRX211672-SRX211673; SRX211717-SRX211718; SRX4663384-SRX4663389; SRX4663392-SRX4663395; SRX4663397; SRX4663401; SRX10528700-SRX10528707; SRX19677062-SRX19677063; SRX24841547-SRX24841554; SRX29173298-SRX29173307
Related Papers (3):
Proteomic and Transcriptomic Changes in Hibernating Grizzly Bears Reveal Meta... (2019)
Transcriptional changes and preservation of bone mass in hibernating black be... (2021)
Transcriptome analysis of skin color variation during and after overwintering... (2022)

U. arctos | Ursus arctos

Mammalia

PacBio Iso-Seq + Illumina

Browse RNA Data
Accession IDs:
DRA018084; DRA022671; DRP014370; DRP018990; DRR535046-DRR535069; DRR754170-DRR754188; DRS527377-DRS527395; DRS744560-DRS744583; DRX518866-DRX518889; DRX733730-DRX733748; ERA30841694; ERP164531; ERR13720169-ERR13720178; ERS21097533-ERS21097542; ERX13090268-ERX13090277; SRA209030; SRA617004; SRA788691; SRA983528; SRA1039003; SRA1089243; SRA1228957; SRA1414966; SRA1659811; SRA1663107; SRA1976086; SRP050552; SRP119422; SRP163280; SRP226669; SRP247508; SRP268079; SRP318645; SRP373672; SRP445221; SRP446170; SRP533890; SRR1693473-SRR1693480; SRR6131234-SRR6131287; SRR7962300-SRR7962306; SRR10331471-SRR10331505; SRR11034899-SRR11034910; SRR12057727-SRR12057782; SRR14437027-SRR14437044; SRR19087686-SRR19087717; SRR24984689-SRR24984780; SRR25040988-SRR25041046; SRR30750245-SRR30750280; SRS779746-SRS779750; SRS2566585-SRS2566638; SRS3875109-SRS3875115; SRS5561511-SRS5561545; SRS6113650-SRS6113661; SRS6877559-SRS6877614; SRS8878106-SRS8878123; SRS12899898-SRS12899929; SRS18031227-SRS18031318; SRS18080060-SRS18080118; SRS22701220-SRS22701231; SRX796301-SRX796305; SRX3243603-SRX3243656; SRX4795957-SRX4795963; SRX7041655-SRX7041689; SRX7687156-SRX7687167; SRX8586064-SRX8586119; SRX10791434-SRX10791451; SRX15157358-SRX15157389; SRX20741361-SRX20741452; SRX20795479-SRX20795537; SRX26152924-SRX26152959
Related Papers (1):
Serum plays an important role in reprogramming the seasonal transcriptional p... (2022)

U. maritimus | Ursus maritimus

Mammalia

Illumina + ONT (Long-read)

Browse RNA Data
Accession IDs:
SRA069891; SRA310109; SRA833746; SRA1153027; SRA1466983; SRP019942; SRP065872; SRP178553; SRP290891; SRP389306; SRR791842; SRR792293; SRR792903; SRR796171; SRR950074-SRR950077; SRR2911077-SRR2911080; SRR8435643-SRR8435648; SRR12969479-SRR12969498; SRR20746745-SRR20746746; SRS403490; SRS403496; SRS403498; SRS403500; SRS1154232-SRS1154235; SRS4245856-SRS4245858; SRS7636923-SRS7636942; SRS14393751-SRS14393752; SRX254432; SRX254508; SRX254512; SRX254514; SRX1421498; SRX1423471-SRX1423473; SRX5243172-SRX5243177; SRX9421850-SRX9421869; SRX16767006-SRX16767007
Related Papers (2):
Metabolite profiling of the cold adaptation of Pseudomonas putida KT2440 and ... (2019)
Metabolic profiling and gene expression analyses provide insights into cold a... (2022)

V. berus | Vipera berus

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA29810254; ERP158429; ERR13093653; ERS16282776; ERX12465351

Z. vivipara | Zootoca vivipara

Reptilia

Reptilia | Transcriptomics data

Browse RNA Data
Accession IDs:
ERA26970206; ERP150328; ERR11872532; ERS13638662; ERX11269972; SRA362558; SRA888267; SRA1052177; SRA1328455; SRA1439968; SRA1792069; SRA2121000; SRP071013; SRP198890; SRP251946; SRP279965; SRP382676; SRP486090; SRP582164; SRR3198227; SRR9090256; SRR11262330-SRR11262332; SRR17026983-SRR17027000; SRR19753050-SRR19753054; SRR27733600-SRR27733615; SRR33369961-SRR33369968; SRS1317962; SRS4788754; SRS6277498; SRS11142547-SRS11142552; SRS11142554-SRS11142565; SRS13490286-SRS13490290; SRS20259759-SRS20259774; SRS24885596-SRS24885603; SRX1608433; SRX5865393; SRX7868979-SRX7868981; SRX13217005-SRX13217022; SRX15797931-SRX15797935; SRX23399139-SRX23399154; SRX28613635-SRX28613642