CGDB Gene Information
| Tag | Content | |||||||||||||||||||||||||||||||||||||||||||||||||||
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| CGDB ID | CGD-OrN-068951 | |||||||||||||||||||||||||||||||||||||||||||||||||||
| Ensembl Accession | ENSONIP00000012334.1 | |||||||||||||||||||||||||||||||||||||||||||||||||||
| Protein Name | per2 | |||||||||||||||||||||||||||||||||||||||||||||||||||
| Ensembl Information | ENSONIG00000009815; ENSONIT00000012343 | |||||||||||||||||||||||||||||||||||||||||||||||||||
| Organism | Oreochromis niloticus | |||||||||||||||||||||||||||||||||||||||||||||||||||
| NCBI Taxa ID | 8128 | |||||||||||||||||||||||||||||||||||||||||||||||||||
| Circadian Information |
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| Description | period circadian clock 2 [Source:ZFIN;Acc:ZDB-GENE-011220-2](View all) | |||||||||||||||||||||||||||||||||||||||||||||||||||
| Protein Sequence (Fasta) |
MSEDSDFKPY CFPGLEDQDG ASGCRASTSC SSIPRGDPGC SSMAQLHRMG AFSQGRPDLG 60 LPSEGSDSSG QDRPASPDNH RKNPRSRSLP EEDVEMKSSG SSGSGTESHG NESHGNESHG 120 NDSNGHESMG SSTSNSKDSA LLESSESNKS SNSHSPSPPS SSNAFSLLSS EQDNPSTSGC 180 SSEESAKAKT QKEVIKTLKE LKLHLPADKR HNNKSTTLNT LKYALRCVKQ VEANEEYYQL 240 LMINDSQPSG LDVSSYTMEE IDSITSEYTL KNNDMFAVAV SLITGRIVYI SDQAASILNC 300 KRDVFRNTKF VEFLTPQDVS VFYSFTTPYR LPSWSMCTGA ESSPPDCMQE KSFFCRISGG 360 KECEGDLQYY PFRMTPYLMK VQDTVHTEDQ FCCLLLAERV HSGYDVIAPR IPTDKRIFTT 420 THSPSCVFQD VDERAVPLLG YLPQELIGTP VLSHLHPSDR PIMLAIHRKI LQYAGQPFDH 480 SSIRFCARNG EYIILDTSWS SFVNPWSRKV SFVIGRHKVR MGPVNEDIFM GPVSGVREVK 540 TMDSDVQEIT EQIHRLLLQP VHNSGSSGYG SLHSNDHFLD LGSSNESLSY SKMHQEEEEM 600 RGKARPRTFQ EICKGIHLQK REEQQTAKPD NRKSNKKSQA VVRPKESTAP VNWREAGSAM 660 EESRASFQED LAFNDQTVYS YQQISCLDSV IRYLESCNVP ITMKRKCQSL SNTTSSNSDE 720 DKQKGSSSMQ VSNEPSLLKD QSGLSALDDQ EKKSTDAATA VVGTSRPLPV PNKPESVVSI 780 TSQCSYSSTI VHVGDKKPQP ESEIIEDVLG AVEVAESSQN LVPPPCAFSP PSQERECYKK 840 LGLTKQVLAA HTQKEEQAFL CRFRELRKLS PLEANCSEYL ERQKEQIGSD VAPAVRPKQG 900 GVFAEPTTRR STRNKKTKSK RAKQVESSDS TASHHGPQLQ RPPFPNYSLN QTSWSPSEAS 960 QSAFPVAYPT VMPGYPLQVY PRAESIAPRT DGTTQDFRDS QGAQATPGPS SIHSAPYTSP 1020 MVTPIVALVL PNYLYPIMGP GPPPQQPVYQ AETGVFPTQT LPFAQAAFPF PPSFSGQTQF 1080 NTQSNFTPPQ AAGTSTPSFC FPPSSETPKP SVEGQSRSST PQSGGAEGQA SPRLFQSRCS 1140 SPLNLLELEL NVDRQDGAML PSGGRGNTAA EREQAASASQ PKERELNQTS SQCDANNSDA 1200 NSSSSDMLNI ILQEDSFSGT GSATSGSMGY RTSASGTSNS GTSEGRTSAS GVSESTNSSK 1260 YFGSVDSSQH SQKVKGHLSG RDGRHGGMEQ SDHITKYVLQ DPLWLLMANT DEKVMMTYQL 1320 PSRDIEKVLR EDKEKLRLLQ KSQPRFSEEQ KKELIEVHPW IKKGGLPKAI DIKMCSCCDD 1380 ALEAAAAAQD QPDLDLGESE TAGISCHGSP SASDSRTQTA AQ 1422 |
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| Nucleotide Sequence (Fasta) |
ATGTCAGAAG ATTCAGACTT CAAGCCCTAC TGCTTCCCAG GTTTGGAGGA TCAGGATGGA 60 GCCTCGGGGT GCAGAGCGTC CACCTCATGC AGCTCTATCC CAAGGGGGGA CCCGGGGTGC 120 AGCTCCATGG CACAGCTGCA CCGCATGGGT GCCTTCAGCC AAGGTAGGCC TGACCTAGGC 180 CTCCCTTCTG AGGGCAGCGA CAGCAGCGGT CAGGACCGTC CCGCTTCGCC AGACAACCAT 240 CGCAAGAACC CTCGCTCTCG GTCACTACCC GAGGAGGATG TGGAGATGAA GAGTAGCGGA 300 TCGAGCGGGA GTGGGACCGA ATCACACGGC AATGAAAGCC ACGGCAATGA AAGTCATGGA 360 AACGACAGCA ACGGCCACGA GTCGATGGGA AGCTCCACCA GCAACAGCAA GGACTCGGCA 420 CTGCTGGAAT CCTCGGAGAG CAATAAGAGT TCGAACTCCC ATAGTCCATC TCCACCGAGC 480 AGTTCAAATG CCTTCAGCCT GCTGAGCTCT GAGCAGGACA ACCCTTCAAC CAGCGGCTGC 540 AGTAGCGAGG AGTCTGCCAA AGCCAAAACG CAGAAGGAGG TGATTAAAAC TCTGAAAGAG 600 CTGAAGCTTC ACCTGCCTGC TGACAAGAGA CACAATAACA AGTCGACCAC GCTGAACACC 660 CTGAAGTACG CACTTCGCTG TGTGAAACAG GTGGAAGCCA ATGAGGAGTA TTACCAGCTC 720 CTGATGATCA ATGACAGTCA GCCTTCAGGC CTGGATGTGT CTTCGTACAC AATGGAGGAG 780 ATAGATAGCA TCACCTCTGA GTACACTCTC AAAAACAATG ATATGTTTGC AGTTGCTGTG 840 TCTCTTATCA CAGGAAGGAT AGTCTACATT TCTGACCAGG CTGCCTCCAT CCTCAACTGT 900 AAGAGAGATG TGTTCAGAAA CACCAAGTTT GTGGAGTTTC TTACACCGCA GGATGTCAGC 960 GTCTTTTACA GCTTCACGAC GCCTTATCGC CTGCCCTCCT GGAGCATGTG CACTGGAGCA 1020 GAGTCGTCCC CGCCTGACTG CATGCAGGAG AAGTCCTTTT TCTGTCGTAT CAGCGGTGGT 1080 AAGGAGTGTG AGGGTGACCT GCAGTATTAT CCATTCCGCA TGACGCCTTA CCTGATGAAG 1140 GTCCAGGACA CAGTGCACAC TGAAGACCAG TTCTGCTGCC TCCTTCTGGC TGAGAGGGTC 1200 CACTCTGGCT ATGATGTTAT AGCACCCAGA ATTCCAACAG ACAAGCGGAT CTTCACCACC 1260 ACTCACTCTC CAAGCTGTGT GTTCCAGGAT GTGGATGAGA GGGCAGTACC TCTTCTTGGG 1320 TACCTCCCCC AGGAACTGAT TGGCACCCCA GTCCTCTCCC ACCTGCATCC CAGTGACCGC 1380 CCGATCATGC TAGCTATTCA CAGAAAGATC CTCCAGTACG CAGGACAACC GTTTGACCAC 1440 TCGTCCATCA GGTTCTGTGC AAGAAATGGA GAGTACATCA TCTTAGACAC CAGCTGGTCC 1500 AGTTTTGTCA ATCCTTGGAG CCGCAAGGTT TCCTTTGTTA TTGGGAGACA CAAAGTCCGC 1560 ATGGGCCCCG TGAATGAAGA CATTTTTATG GGCCCAGTCT CAGGCGTCAG AGAGGTGAAG 1620 ACCATGGACT CTGATGTCCA GGAGATTACC GAGCAGATCC ATCGGCTCCT GCTACAGCCC 1680 GTTCATAACA GTGGGTCCAG TGGCTATGGT AGTCTGCACA GCAACGACCA CTTTCTTGAC 1740 TTAGGCTCCT CTAACGAGAG CCTGTCGTAC AGCAAGATGC ATCAAGAGGA AGAGGAAATG 1800 AGGGGCAAAG CCAGACCTCG AACCTTTCAA GAAATCTGCA AGGGAATTCA TCTTCAGAAG 1860 AGAGAAGAGC AGCAGACGGC AAAGCCAGAC AACAGGAAAA GCAATAAGAA GAGCCAAGCC 1920 GTGGTGCGAC CCAAAGAGTC GACTGCTCCT GTTAACTGGA GGGAGGCGGG ATCAGCTATG 1980 GAGGAGAGCA GAGCCTCTTT CCAGGAGGAC CTGGCCTTCA ATGATCAGAC TGTATACTCC 2040 TACCAGCAGA TCAGCTGCCT GGACAGTGTT ATCAGGTACT TGGAGAGCTG TAATGTTCCC 2100 ATCACCATGA AAAGGAAATG CCAGTCTCTC TCTAACACCA CGTCCTCAAA CTCTGATGAG 2160 GACAAACAGA AGGGGTCCAG CAGCATGCAG GTGTCTAATG AACCATCCTT GTTGAAGGAT 2220 CAGTCTGGTC TCTCTGCTTT GGATGATCAA GAAAAAAAGT CCACTGACGC AGCCACAGCG 2280 GTAGTGGGCA CTTCGCGGCC CCTACCTGTA CCAAACAAAC CAGAAAGTGT GGTGTCCATA 2340 ACCAGCCAGT GTAGCTACAG TAGCACCATA GTGCATGTTG GGGACAAGAA ACCTCAACCC 2400 GAGTCAGAGA TCATAGAGGA CGTACTGGGC GCAGTGGAAG TGGCCGAATC CAGCCAGAAC 2460 CTTGTGCCTC CTCCGTGTGC ATTTTCACCT CCCAGTCAGG AGAGAGAGTG CTACAAGAAG 2520 CTGGGGTTGA CCAAGCAGGT TTTGGCAGCA CATACGCAGA AGGAGGAGCA GGCCTTTCTG 2580 TGTCGCTTCA GAGAGCTTCG CAAACTCTCG CCCCTTGAAG CAAACTGCTC CGAGTACCTG 2640 GAGCGCCAGA AAGAACAGAT CGGCAGTGAT GTTGCACCTG CTGTTCGACC CAAACAGGGT 2700 GGAGTGTTTG CAGAGCCGAC CACACGGAGA AGCACGCGGA ATAAGAAGAC CAAATCAAAG 2760 CGTGCTAAAC AGGTCGAGTC CTCCGACAGC ACAGCGTCCC ATCACGGACC ACAGCTGCAG 2820 CGGCCTCCTT TTCCAAACTA CAGCCTTAAC CAGACATCTT GGTCTCCCTC TGAGGCATCG 2880 CAGTCGGCTT TTCCCGTGGC CTACCCTACC GTGATGCCAG GTTACCCTCT CCAGGTTTAC 2940 CCCAGAGCTG AGTCCATAGC TCCACGGACA GATGGCACTA CACAAGACTT TAGGGACAGC 3000 CAGGGTGCTC AAGCCACTCC CGGCCCCTCA TCCATCCATT CTGCTCCCTA CACCTCCCCC 3060 ATGGTAACCC CCATTGTGGC TCTAGTACTC CCTAACTACC TGTACCCTAT AATGGGCCCC 3120 GGTCCTCCAC CACAGCAGCC AGTGTACCAA GCAGAGACTG GGGTCTTCCC CACCCAAACA 3180 TTGCCTTTTG CTCAGGCTGC CTTTCCATTC CCACCTTCCT TCAGCGGTCA GACTCAGTTC 3240 AACACTCAGA GCAATTTTAC TCCTCCTCAA GCAGCAGGCA CCTCAACTCC ATCATTCTGC 3300 TTCCCACCAT CCTCGGAAAC CCCTAAGCCC TCCGTTGAAG GACAGTCTCG GTCCTCAACG 3360 CCACAGTCTG GAGGAGCTGA AGGCCAGGCC TCCCCTCGCT TATTCCAGTC ACGCTGCAGC 3420 TCACCCCTTA ACCTGCTGGA GCTGGAACTG AATGTGGACA GGCAGGATGG TGCGATGCTC 3480 CCCTCTGGAG GACGAGGAAA TACTGCAGCT GAGAGGGAGC AAGCAGCAAG TGCCAGCCAG 3540 CCTAAGGAGA GGGAGCTGAA TCAGACGAGC TCACAATGTG ACGCTAACAA CAGCGATGCC 3600 AACTCTTCAT CCAGTGACAT GCTGAACATT ATCCTCCAAG AGGACTCCTT TTCGGGCACC 3660 GGCTCAGCCA CCTCAGGGTC CATGGGCTAC AGAACTTCAG CCAGCGGCAC TTCGAACAGC 3720 GGGACGTCTG AGGGCAGGAC GTCAGCCAGC GGAGTCTCAG AAAGCACCAA CAGTAGCAAA 3780 TACTTTGGCA GTGTGGACTC ATCGCAGCAC AGCCAGAAGG TCAAAGGTCA TTTGAGCGGC 3840 AGAGATGGAA GACACGGCGG AATGGAGCAG AGCGACCATA TCACAAAGTA TGTACTGCAG 3900 GACCCGCTGT GGCTGCTCAT GGCCAACACA GATGAGAAGG TCATGATGAC CTATCAGCTG 3960 CCCTCGCGTG ATATTGAAAA GGTGCTGAGA GAAGACAAAG AGAAACTGAG GCTGTTGCAG 4020 AAGAGCCAGC CACGCTTCTC TGAAGAGCAG AAGAAGGAGC TGATCGAGGT TCACCCCTGG 4080 ATCAAGAAGG GAGGTTTACC CAAAGCCATA GATATCAAGA TGTGCTCCTG CTGTGATGAC 4140 GCCTTAGAGG CAGCTGCGGC GGCACAGGAT CAGCCGGACC TAGACCTCGG TGAATCTGAG 4200 ACCGCCGGAA TATCCTGCCA CGGCTCCCCT TCAGCCTCCG ACTCTCGAAC ACAGACGGCG 4260 GCACAATAAG CTTCTCAAAG TGTCCAGAGT GACTTTGTTA GCCACTGGCT TGCAGCCTTT 4320 GAAGAGGGAC CAGTTTTAAA TGTGCTCTTA CTGTTTCTCT CTTGCTGTTC TGTGAGTTAT 4380 TCCTGTGTAG GTGCCAGCAA GAAAACTGGA TAAAACAGTC CAGATTTTTG TAGAATGTGA 4440 ACATGTGTAG TAGATTCATT ACATTATATT TTAATCTACT TTTTAATTGT TCACTATGTT 4500 GTTGCTTGAG GAATTGCTGG TCTCTAAGAC TGCATCTGTT TGTTGCGTCA TCCCTTTTGT 4560 AGCATGTTGC CACGCGTGGC TCTTAATGGG TTTTATATAG ACTTGATTAC CAGATGCTGA 4620 GCCCAATAAA GGGAAAGAGA AAGTGTGCTC GCGTGCCAGG CACCACCGCA GAGGTCAAAC 4680 AAACATCAGT CAGCTGGGGG CTGCTCTCGG TGGCTCTGTG GTGTTTGATG AATTCAGTAT 4740 TTCGTGGCGT TTCCCGAGTT GCAACGGCAC TTCTGTCATT CATACACATC AGACACCAAA 4800 TGAGCACAAG TGCACTTTGT GGGTTGGATA AAGAAGAATG TAAATGAGAC TCCTGTGGGT 4860 CTGATATCCA TTCTGCTGAT GCCTGTAGTC ACTTGGGGGA TCTCAACTGT TAAACATAGA 4920 GGGGAAAGAT GTCCAATGTA GTACACGCAT TGCTAATCAA GTGATGGAGT TGATTTAAGT 4980 TTGCACTGGG GGGGGGGGTG TGTGTAACGC ACATATGCTA CACTGATTAT CACATAATTT 5040 CATACTTTAA AAAAAATCTA ATTTCAAAAT TTGTACACTT CTGTCATTTG GTGACACGTT 5100 ACTGAAAGCA GCTCTAGATT TTTTTTTTAT TTTTTATTTT TTCTATTCAG CAGATTTCCT 5160 TTCATCAGTT TCTGGTGAAA CGCCACATTT TTGTTTTTCA GCTGTGACAC TCACTTTTTT 5220 TTTTTTTTTT TTTTTTTTGC ATNNNNNNNN NNNNNNNNNN NNNNNNNNNN NNNNNNNNNN 5280 NNNNNNNNNN NNNNNNNNNN NNNNNNNNNN NN 5312 |
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| Sequence Source | Ensembl | |||||||||||||||||||||||||||||||||||||||||||||||||||
| Orthology |
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| Gene Ontology | GO:0006355--regulation of transcription, DNA-templated |
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