CGDB Gene Information
| Tag | Content | |||||||||||||||||||||||||||||||||||||||||||||
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| CGDB ID | CGD-XiM-036627 | |||||||||||||||||||||||||||||||||||||||||||||
| Ensembl Accession | ENSXMAP00000004010.1 | |||||||||||||||||||||||||||||||||||||||||||||
| Protein Name | per3 | |||||||||||||||||||||||||||||||||||||||||||||
| Ensembl Information | ENSXMAG00000003961; ENSXMAT00000004015 | |||||||||||||||||||||||||||||||||||||||||||||
| Organism | Xiphophorus maculatus | |||||||||||||||||||||||||||||||||||||||||||||
| NCBI Taxa ID | 8083 | |||||||||||||||||||||||||||||||||||||||||||||
| Circadian Information |
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| Description | period circadian clock 3 [Source:ZFIN;Acc:ZDB-GENE-000804-1](View all) | |||||||||||||||||||||||||||||||||||||||||||||
| Protein Sequence (Fasta) |
MLLMYDQSAV MSGGDGSQGG EEPALPLGPT EGEGADGGTS GCQDGELQLQ DLTAEGQGAL 60 TGEVGQEDEE MTSTSNDLSS STNESPGSAG GCPSPSTKSS ESAVRGRGHA HRDVVSTVAE 120 MKKRLPSDKR SHSKPSTVEA LNYALNCVKQ VQANSEYYKL LMQNGQDQRK DATVCTLEEL 180 ERVTSEHNLK NTDSFVMVFS LSSGCLLYTS EQAPSLLCCK RKYLESAKFV ELLFHQDVNV 240 FYSHTAQPHL PPWSNSHSAG VLFDSAQVKS FFCRIRGSKD REGEMRYNPF RITPYLLKVQ 300 GTRSREEEEP CCLALAERII SGYEAPRIPM DKRIFTTTHS PGCVFLEVDD RAVPLLGYMP 360 QDLIGTSLLT CIHPEDRPLM LSMHRQILKY AGQPPFEHSP VRLRCQNGDY ITLDTSWSSF 420 INPWSRKVAF IIGRHKVRTS PLNEDVFAAR TKDYVPVTYE EIKDLQAKIY KLFLQPVHNN 480 GSSGYGSLGS NGSHEHYVSF ASSSESNGNL WEDSNREPMT LQQICADVNR SKSWGQHTQL 540 DSGQRNAPPC RPNIAAHLHS AAKPEVRGNE ESGKQTHIPS YQQINCVDNI IRYLEGCAGQ 600 ALKRKNESPS LDTTSSSSST SEEEKPKGAA GVAPNAPEVV VLDSEVSVGP AAAAVVGAPL 660 TDITMSSKAM SVVSVTSQCS YSSTIVHVPQ PESEATALED APMGSEPADP AATPVRPTLS 720 PAAEERRLIG LTKEVLSAHT QKEEQEYVDR FRHRILQSPY SSYLQEENGS MAHSHQPGDY 780 MRPISAGGWN RSRRARHKRP KPQGSSDSYA SPTGPTGPVP YSSWPSSESS QPQMAETYSQ 840 TSPVPVPFFP VLGNPAAEQP RPQQPLAAPP GMLQPPEQLG YNFNVMPSGQ GQPALHPLQM 900 EPLQNVQNFY SPLPLVSAQS FNPYIPPVMA VILPNYPNLT PGFPSIPSAV PQGPSMIAGY 960 APGSVSFPQL QPQFQVQTSP HTQTSPGLLL SSQKAASSIG EEEEAAGPQA LFSSSRSSSP 1020 LQLNLLQEEL PRQSEGQSST GLNHPESLHE QHAIEGDAPS ESGNQDAQST SSELLDLLLQ 1080 EDARSGTGSN ASGSGSGESG GSLGSGSGSG SNETSTSHTG SSHSSKYFAS NDSSDTSRKA 1140 RKSQEASVER PHSFETQVES SLWSMIQHTP EQVMMTYQIH TRDQNEVLAE DREKLRVLQP 1200 LQPWFSQDQK EELAKVHPWI KQHTIPQELD TQGCVSCISG AGLARSPQPA VSESLLPVES 1260 LQQDSVEPVA DTLNSSQ 1277 |
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| Nucleotide Sequence (Fasta) |
TTTGTGTCAA ACGGTTTGGG CTGGATGACG CTGTAAGACG CGTAACATGG AAACAACGAA 60 AAAATATTCA CTTTATACTG GATGGACCAT CAATTTTGTG GACGCCTAGG TTTTGGATAT 120 TAAACCTAAG ATCCAAGTGG ATCTCAAAAG TGCTCGATAC ACAGCGTCAT ATCCTTGACT 180 CGGCATTCAC CTGAGTTTTT GTCAATTTAT TGCCACCACA TGGAACCTCT TCCCCTTAAA 240 CATATGAAGA CACTTCGTTG CAACTTTAAC CGGACAATAT GCTGTTGATG TATGACCAGA 300 GTGCGGTGAT GTCAGGAGGG GATGGGAGTC AAGGCGGGGA GGAGCCAGCA TTGCCATTGG 360 GCCCAACAGA GGGTGAAGGA GCAGACGGGG GCACATCTGG GTGTCAGGAT GGGGAACTGC 420 AGCTACAGGA CCTCACAGCA GAGGGACAAG GAGCTTTAAC AGGAGAAGTG GGGCAGGAAG 480 ATGAGGAGAT GACCAGCACC TCCAATGACC TTTCTTCCTC AACCAATGAA AGCCCAGGGA 540 GCGCCGGAGG ATGTCCCTCA CCGTCGACCA AGAGCAGCGA GTCGGCTGTC AGGGGACGAG 600 GCCACGCCCA CAGAGATGTG GTGAGCACAG TGGCTGAGAT GAAAAAGAGG CTTCCATCTG 660 ACAAACGGAG CCACAGCAAA CCCAGCACTG TGGAGGCCTT AAACTACGCT CTCAACTGTG 720 TCAAGCAAGT ACAAGCCAAC AGTGAATACT ACAAACTGCT GATGCAGAAT GGACAAGACC 780 AGAGAAAAGA TGCCACTGTT TGCACCTTGG AAGAGCTGGA GAGGGTCACA TCTGAGCACA 840 ACCTAAAAAA CACGGATTCC TTCGTGATGG TGTTCTCTCT CTCGAGCGGC TGCCTGTTGT 900 ACACGTCGGA GCAGGCTCCC AGCTTACTGT GCTGCAAGAG GAAGTACCTG GAGTCTGCAA 960 AGTTTGTCGA GCTGCTCTTC CACCAAGACG TCAACGTCTT CTACTCGCAC ACGGCACAGC 1020 CTCACCTGCC ACCGTGGAGC AACTCACACT CTGCTGGAGT TCTGTTTGAC AGTGCGCAGG 1080 TCAAGTCCTT CTTCTGCAGG ATAAGAGGAA GCAAGGATCG CGAAGGTGAG ATGCGTTACA 1140 ATCCTTTCAG GATCACACCA TACCTGCTGA AGGTGCAGGG CACAAGGAGC AGGGAGGAGG 1200 AGGAGCCATG CTGCCTGGCA CTAGCCGAAA GAATCATCTC TGGTTACGAA GCACCTCGTA 1260 TTCCTATGGA CAAACGTATC TTCACTACAA CACACTCTCC TGGCTGTGTT TTCTTGGAGG 1320 TTGATGACAG GGCTGTGCCG TTGCTGGGAT ACATGCCTCA GGACCTGATT GGCACATCGT 1380 TGCTCACTTG TATTCACCCA GAGGACCGTC CCCTCATGCT GTCCATGCAC AGGCAAATAT 1440 TAAAGTATGC AGGCCAGCCT CCTTTTGAGC ACTCTCCAGT GCGTCTGCGC TGTCAGAATG 1500 GAGACTACAT CACCTTGGAC ACCAGCTGGT CCAGTTTTAT CAATCCTTGG AGCCGCAAGG 1560 TGGCCTTCAT CATTGGACGG CACAAAGTCA GAACGAGTCC TCTGAATGAG GATGTGTTTG 1620 CGGCTCGTAC AAAGGATTAT GTTCCAGTCA CTTATGAGGA AATAAAAGAC CTTCAAGCCA 1680 AGATCTATAA GCTTTTCCTT CAGCCGGTGC ACAACAATGG CTCCAGCGGT TATGGCAGTT 1740 TGGGAAGTAA CGGCTCCCAT GAGCATTACG TCAGCTTCGC TTCTTCTAGC GAGAGCAACG 1800 GCAACCTGTG GGAGGACTCA AACCGGGAAC CGATGACCTT GCAGCAGATC TGTGCTGACG 1860 TGAACAGATC GAAAAGTTGG GGCCAACACA CGCAGCTCGA TTCCGGCCAA AGAAATGCTC 1920 CTCCTTGCAG ACCGAACATA GCGGCTCACC TCCACTCAGC CGCCAAGCCT GAAGTCAGAG 1980 GAAATGAAGA GAGCGGGAAG CAAACGCACA TTCCCTCCTA TCAGCAGATC AACTGTGTGG 2040 ACAATATCAT CAGATACTTG GAGGGCTGTG CGGGTCAAGC CTTGAAGCGA AAGAACGAGT 2100 CTCCTTCCTT GGACACGACC TCTTCCTCAT CCTCTACCTC AGAAGAAGAG AAGCCCAAAG 2160 GCGCGGCGGG TGTGGCTCCA AACGCTCCAG AAGTGGTTGT GTTGGACAGT GAGGTGTCAG 2220 TGGGCCCTGC AGCTGCAGCA GTTGTCGGGG CACCTCTGAC AGACATCACC ATGTCCTCTA 2280 AGGCCATGAG TGTTGTCTCG GTCACTAGCC AGTGTTCGTA CAGCAGCACC ATCGTCCATG 2340 TGCCACAGCC TGAGTCAGAG GCCACTGCGC TGGAGGATGC CCCAATGGGC AGCGAGCCTG 2400 CTGACCCTGC GGCGACCCCC GTCCGCCCAA CCCTGAGTCC CGCTGCAGAG GAAAGAAGGT 2460 TGATTGGGCT CACCAAGGAG GTGCTGTCAG CTCACACGCA GAAGGAGGAG CAGGAATATG 2520 TTGATCGTTT CCGCCATCGC ATCCTTCAGA GTCCCTACAG CTCCTATTTG CAGGAGGAAA 2580 ATGGCTCGAT GGCTCACTCT CATCAACCAG GGGACTATAT GCGTCCAATA AGTGCTGGAG 2640 GCTGGAATCG CTCTCGAAGA GCCAGACACA AGCGGCCCAA ACCTCAGGGC TCCTCAGACA 2700 GTTATGCCTC CCCGACCGGC CCTACCGGCC CCGTCCCCTA CTCGTCGTGG CCCTCTTCTG 2760 AGTCGTCACA GCCCCAGATG GCAGAGACTT ACAGCCAAAC GTCCCCCGTC CCTGTGCCGT 2820 TCTTTCCCGT CCTGGGAAAT CCAGCCGCGG AGCAGCCCCG GCCACAACAG CCACTCGCAG 2880 CACCTCCTGG CATGTTGCAG CCTCCCGAGC AGCTCGGCTA CAACTTCAAC GTCATGCCGT 2940 CCGGTCAGGG CCAGCCGGCC CTGCACCCGC TTCAGATGGA GCCCCTGCAG AATGTCCAGA 3000 ACTTTTACAG CCCACTGCCG CTGGTTTCAG CCCAGAGCTT TAACCCGTAC ATCCCTCCCG 3060 TCATGGCCGT CATCCTGCCT AACTATCCCA ACTTAACTCC AGGCTTTCCC TCCATTCCCT 3120 CAGCTGTACC TCAAGGACCC AGCATGATAG CAGGCTACGC TCCTGGCAGC GTGTCCTTCC 3180 CTCAGCTTCA GCCTCAGTTC CAGGTCCAGA CCAGCCCACA CACTCAGACG TCACCGGGCC 3240 TTCTTCTTTC CTCGCAGAAG GCCGCGTCCT CCATCGGGGA GGAAGAGGAG GCAGCCGGGC 3300 CTCAGGCCTT GTTTTCCAGC TCTCGCTCCA GCTCACCTTT ACAGCTCAAC CTCCTGCAGG 3360 AGGAGCTTCC CAGACAGAGC GAGGGGCAGA GCAGCACTGG ACTCAACCAC CCTGAGAGTC 3420 TCCACGAGCA ACACGCCATC GAGGGGGACG CACCAAGTGA GTCTGGCAAC CAGGATGCCC 3480 AGTCGACGTC TAGTGAGCTG CTGGACCTGC TCCTGCAGGA GGACGCCAGG TCAGGAACTG 3540 GATCCAATGC TTCAGGATCT GGATCAGGGG AATCTGGAGG TTCGCTGGGA TCTGGATCCG 3600 GCTCCGGCTC CAATGAAACA TCCACGTCAC ACACTGGCAG CAGCCACAGC AGCAAGTATT 3660 TTGCCAGTAA TGACTCGTCA GACACGTCCC GCAAAGCCCG CAAAAGCCAG GAGGCATCGG 3720 TGGAGCGGCC ACACAGCTTT GAAACTCAGG TGGAGAGCTC CTTGTGGAGC ATGATCCAAC 3780 ACACGCCTGA GCAGGTCATG ATGACCTACC AGATACACAC AAGGGATCAG AATGAAGTGC 3840 TGGCAGAAGA CAGAGAAAAA CTGCGAGTGC TTCAGCCGCT CCAGCCGTGG TTCAGCCAGG 3900 ACCAGAAAGA AGAGCTGGCC AAGGTCCATC CTTGGATCAA GCAGCACACC ATCCCACAGG 3960 AATTAGACAC ACAGGGCTGT GTGAGCTGCA TCTCGGGGGC CGGCCTGGCC CGCTCCCCTC 4020 AGCCAGCGGT CTCAGAGAGT TTATTACCTG TGGAGAGCCT TCAGCAGGAC TCTGTCGAAC 4080 CTGTGGCTGA CACCTTAAAC AGCTCACAGT GAACCAGGCC TGTCAGAAAC TTCAGAAATA 4140 CTCTCGGTGC ATCTCTTCTA AACACTCCAC GGTAACGGAT CCTATGGCTT TAATATATTG 4200 CTAACACATT TTGTACAGAC AAGGCGAGGC TCAAAAACAG TGGAGGAGAG CAAAGAGAGA 4260 CATGTTACTG GCCTCTTGAT GGACTCTACG TCTCTTCTTT TTCTGTTAAT CAAGCCCCTG 4320 GAGGGATTTG TGTGATAGTA ATGACTCTAT AGACCTTTTC TCAGTAAGCC ACCTGGTGCT 4380 CAGTGTATAA AAAAAAAAGG TTTGAGCACT GTGTGAAGAC CTGCACTACC TTTGTCACAC 4440 AAACATGACT GTTTGAGAAG ACCGAAACGA CTTGGATCAA GAACACGCAG CAAACTTTTC 4500 TCCAGTGATG CCCAGTCCAG GTTGTGCAGA TTTCTGAACC TCATCAACAC AGCAGCGACC 4560 GACCATGATC GGCATACGAC AAACTTCTCT TTACCCGATG GACACAAAGA CATGTTTGCT 4620 GCTCTTGGTT GTTTATAATG TTCAAGTAAA AAAAAAAATC CTACATGTTG TTATTGTAGT 4680 GTTATAATCT CATATCCCGT AGCCTGATTT CCCAATGTCC AGATCATCTT TTTGTTGTGT 4740 TGTGTAATGT AATGTTGACT CAAAAAAACA GCAGCCAAAC AGTTGAGAAT TTCAAATGAA 4800 CATTACCCCC CGAACGGATC CTCCTTCTGC TCAGTCATCA CCCTGTTTGT ACCTGTAGTC 4860 TAGTTGTGTT GCTGGGAAGA GGCTCCACGC AGCACCAGAT TTTCCACTCG TCTCACTTTT 4920 ACCGACTAAA GAAGTTTTGC GGTCAGACCG TGTTTCTGTA TTTTGAACCG TGTGTGTGGT 4980 AGAAACGGAG AGGAAACTGA CCAATTCTGA GAGTGGTCCT TTATTGAAAT GAGGTTAGCA 5040 GGTGCGAATG GATGTCTGTT TCCTTTGAGA CACTTGTCCT ACAGTACAAG ACTGAGCAGG 5100 GTCTGTTTCA TTTTTTAATC AAAAGTACAT GCCAGTACTG TGTATTTTAT AGAAAATGTA 5160 CACAAATACA TAATACAAAG TGTATAAAAA GCCATTTGTC TTGAATTCAG GGATTGTTTG 5220 TGACACAAAA GAATGAATAA ATGATCTATG AACTAAGATT CATCTGGGTG TGGCTTCTTT 5280 TTAATGCTCA GCATGTAGTA CAGATTTTAT ATTTTCTTTT TCTCTGTGTG TGTCCTGTCT 5340 TGGTATCTCA GATGTATAAT ATGGAGAAGC TGGTTGCCTA CATGTGGCAT GGCAGTTTTG 5400 CTTTTCAAAA AGAATATATC AAGATGGTGT CATAACTGTG TGATGGATCA GTAAAGCTGC 5460 TGTGGGTAAC TTAAATTAGT TTTTTTTACA TATTTCTTAA AACTACCAGT GGACTCTGTC 5520 ATGACAGCAT AATATGAGAC TGAAAATTTG TGAAAAATTT AAGTTTCCCT GCTTCCTCCC 5580 CTGTGATTTT ACAGCCATAT ACAGAAATGC ACAGCTCTGT CATGAACAAC AAATCTTCGT 5640 TGTTCGTGAT CCCCGTGTTC GTCTCCTCCT ATTTGCAAGG AGGAGAGTCT TACCGCTGTC 5700 AATCACCTCG TGAATACATT TTTTCAGTAC TGCATTGTGT TTTATAGGTA ATGTCGA 5757 |
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| Sequence Source | Ensembl | |||||||||||||||||||||||||||||||||||||||||||||
| Orthology |
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| Gene Ontology | GO:0005515--protein binding |
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