About ZebrafishCircaDB
Circadian clocks regulate several biochemical processes in different body tissues in living animals (e.g., sleep-wake cycle, blood pressure, body temperature, etc.). The role of malfunctioning circadian rhythm for a variety of diseases (e.g. Porphyria) is actively being investigated. We, at the Circadian Clocks Center, are interested in uncovering novel mechanisms of circadian oscillations in zebrafish. Our research focuses on the collection, measurements and investigation of experimental observations (e.g. RNASeq, microarray data) to assess rhythmicity in the zebrafish genome.
Our datasets are continuously being expanded to understand the rhythmicity in different zebrafish tissue types (e.g. ovary, liver, brain, testes). We have collected experimental time course data for a variety of zebrafish lines (WT, Per2 knockout, etc.). We are also interested in applying bioinformatics utilities (e.g. MetaCycle) to bring novel insights by highlighting the role of marker genes in regulating the circadian clocks.
Data type | Dataset |
---|---|
Zebrafish miRNA (WT) | miRNA differential expression |
Zebrafish lncRNA (WT) | LncRNA differential expression |
Zebrafish mRNA (WT) | mRNA differential expression |
Zebrafish miRNA (MT, Per2 knockout) | miRNA differential expression |
Zebrafish lncRNA (MT, Per2 knockout) | LncRNA differential expression |
Zebrafish mRNA (MT, Per2 knockout) | mRNA differential expression |
Zebrafish miRNA (MT, Per1b knockout) | miRNA differential expression |
Zebrafish lncRNA (MT, Per1b knockout) | LncRNA differential expression |
Zebrafish mRNA (MT, Per1b knockout) | mRNA differential expression |
Zebrafish Circadian Clocks Datasets
Data type | Dataset | Remarks |
---|---|---|
Zebrafish melanocytes 48 hour Li 2017 | GSE37332 | Li et al., PLoS Comput Biol, 2013 |
Zebrafish Liver 48 hour Boyle 2017 | GSE87659 | Boyle et al., PLoS One, 2017 |
WT and Per2 Knockout Count | LncRNA_exp | LncRNA identify |
Zebrafish WT vs Per2 knockout 120hpf | WT-CT0-120h--Per2-CT0-120hpf. | LncRNA differential expression |
Zebrafish WT vs Per2 knockout 124hpf | WT-CT4-124h--Per2-CT4-124hpf | LncRNA differential expression |
Zebrafish WT vs Per2 knockout 128hpf | WT-CT8-128h--Per2-CT8-128hpf | LncRNA differential expression |
Zebrafish WT vs Per2 knockout 132hpf | WT-CT12-132h--Per2-CT12-132hpf | LncRNA differential expression |
Zebrafish WT vs Per2 knockout 136hpf | WT-CT16-136h--Per2-CT16-136hpf | LncRNA differential expression |
Zebrafish WT vs Per2 knockout 140hpf | WT-CT20-140h--Per2-CT20-140hpf | LncRNA differential expression |
Zebrafish Per2 knockout : CT0 vs CT4 | Per2-CT0-120hpf--Per2-CT4-124hpf | LncRNA differential expression |
Zebrafish Per2 knockout : CT0 vs CT8 | Per2-CT0-120hpf--Per2-CT8-128hpf | LncRNA differential expression |
Zebrafish Per2 knockout : CT0 vs CT12 | Per2-CT0-120hpf--Per2-CT12-132hpf | LncRNA differential expression |
Zebrafish Per2 knockout : CT0 vs CT16 | Per2-CT0-120hpf--Per2-CT16-136hpf | LncRNA differential expression |
Zebrafish Per2 knockout : CT0 vs CT20 | Per2-CT0-120hpf--Per2-CT20-140hpf | LncRNA differential expression |