CGDB: Circadian Gene DataBase

Circadian Info
PTMs
Sequence
Orthology
Keyword
GO
TOP

CGDB Gene Information

Tag

Content

CGDB ID

CGD-AiM-035243

Ensembl Accession

ENSAMEP00000015716.1

Protein Name

PER2

Ensembl Information

ENSAMEG00000014831; ENSAMET00000016369

Organism

Ailuropoda melanoleuca

NCBI Taxa ID

9646

Circadian Information

Phase			Amplitude (FOLD)	Tissue/Cell	Evidence
Peak	Trough	External condition	Amplitude (FOLD)	Tissue/Cell	Evidence
ZT 12	ZT 0	LD	>10		Predicted from orthologs Q65ZG8
ZT 6	ZT 18	LD	5	skeletal muscle	Predicted from orthologs F6ZZH0
ZT 21	ZT 9	LD	6	duodenum	Predicted from orthologs Q8QGQ8
ZT 2	ZT 18	LD	3.17	embryos	Predicted from orthologs Q8QGQ8
ZT 6	ZT 18	LD	8	embryos	Predicted from orthologs Q8QGQ8
CT 12	CT 0	DD1	3	granulosa cells	Predicted from orthologs Q8QGQ8
ZT 3	ZT 18	LD	84.29	pineal glands	Predicted from orthologs Q8QGQ8
ZT 23	ZT 11	LD	2.25	spleen	Predicted from orthologs Q8QGQ8
CT 4	CT 12	DD2	27	aortic smooth muscle cells	Predicted from orthologs O15055
ZT 4	ZT 21	LD	5	human HaCaT keratinocytes	Predicted from orthologs O15055
ZT 1	ZT 19	LD	2.67	human hair follicle cells	Predicted from orthologs O15055
CT 12	CT 0	LL1	3.43	oral mucosa	Predicted from orthologs O15055
CT 3	CT 15	DD2	5	U2OS cells	Predicted from orthologs O15055
CT 6	CT 18	DD1	4	SCN	Predicted from orthologs O54943
CT 9	CT 3	DD1	3	eye	Predicted from orthologs O54943
ZT 19	ZT 7	LD	2.5	amygdala	Predicted from orthologs O54943
ZT 12	ZT 4	LD	2	bone	Predicted from orthologs O54943
ZT 13	ZT 5	LD	2.4	bone marrow	Predicted from orthologs O54943
ZT 18	ZT 6	LD	1.89	brain	Predicted from orthologs O54943
ZT 15	ZT 23	LD	3	cortex	Predicted from orthologs O54943
ZT 13	ZT 2	LD	10	heart	Predicted from orthologs O54943
ZT 13	ZT 1	LD	2.5	hippocampus	Predicted from orthologs O54943
ZT 16	ZT 0	LD	25	jejunum	Predicted from orthologs O54943
ZT 15	ZT 23	LD	6	kidney	Predicted from orthologs O54943
CT 15	CT 3	DD1	4	liver	Predicted from orthologs O54943
ZT 16	ZT 4	LD	7	liver	Predicted from orthologs O54943
CT 18	CT 6	DD2	10	MEFs	Predicted from orthologs O54943
ZT 17	ZT 1	LD	6	megakaryocytes	Predicted from orthologs O54943
ZT 18	ZT 6	LD	3	n primary visualcortex (V1)	Predicted from orthologs O54943
CT 0	CT 12	DD2	10	NIH-3T3 cells	Predicted from orthologs O54943
CT 12	CT 0	DD3	4.79	ovary	Predicted from orthologs O54943
ZT 12	ZT 4	LD	5	pituitary gland	Predicted from orthologs O54943
CT 12	CT 20	DD3	5	retina	Predicted from orthologs O54943
ZT 12	ZT 16	LD	5	retina	Predicted from orthologs O54943
CT 12	CT 20	DD3	6	retinal pigment epithelium)圧PE)	Predicted from orthologs O54943
ZT 0	ZT 16	LD	2	retinal pigment epithelium)圧PE)	Predicted from orthologs O54943
CT 9	CT 21	DD1	6	SCN	Predicted from orthologs O54943
CT 8	CT 16	DD1	20	SCN	Predicted from orthologs O54943
CT 15	CT 3	DD1	3	skeletal muscle	Predicted from orthologs O54943
CT 14	CT 2	DD3	12	suprachiasmatic nucleus (SCN)	Predicted from orthologs O54943
ZT 16	ZT 4	LD	9	abdominal adipose tissue	Predicted from orthologs Q9Z301
ZT 16	ZT 4	LD	2	anterior cingulate	Predicted from orthologs Q9Z301
ZT 14	ZT 2	LD	2.05	area postrema	Predicted from orthologs Q9Z301
ZT 18	ZT 2	LD	6.38	AV3V	Predicted from orthologs Q9Z301
ZT 16	ZT 4	LD	14	basolateral nucleus of the amygdala	Predicted from orthologs Q9Z301
ZT 10	ZT 6	LD	2	caudal ventrolateral medulla	Predicted from orthologs Q9Z301
CT 12	CT 8	DD17	4.35	colon	Predicted from orthologs Q9Z301
ZT 14	ZT 2	LD	3.29	dorsal vagal motor nucleus	Predicted from orthologs Q9Z301
ZT 2	ZT 14	LD	1.8	dorsomedial nucleus	Predicted from orthologs Q9Z301
ZT 4	ZT 16	LD	5.5	entral nucleus of the amygdala	Predicted from orthologs Q9Z301
ZT 14	ZT 2	LD	5.7	heart	Predicted from orthologs Q9Z301
ZT 4	ZT 16	LD	15	hippocampus	Predicted from orthologs Q9Z301
ZT 16	ZT 3	LD	57	intestinal jejunal mucosa	Predicted from orthologs Q9Z301
CT 16	CT 4	DD17	5	liver	Predicted from orthologs Q9Z301
ZT 14	ZT 2	LD	8.5	liver	Predicted from orthologs Q9Z301
ZT 16	ZT 4	LD	>5	mammary gland (pubescent female F344 rats)	Predicted from orthologs Q9Z301
ZT 4	ZT 16	LD	8	nucleus accumbens core	Predicted from orthologs Q9Z301
ZT 0	ZT 12	LD	7	nucleus accumbens shell	Predicted from orthologs Q9Z301
ZT 14	ZT 6	LD	2.07	nucleus ambiguus	Predicted from orthologs Q9Z301
ZT 14	ZT 6	LD	2.63	paraventricular nucleus	Predicted from orthologs Q9Z301
ZT 8	ZT 20	LD	4	prefrontal cortex	Predicted from orthologs Q9Z301
ZT 12	ZT 8	LD	2.5	PVN	Predicted from orthologs Q9Z301
ZT 16	ZT 4	LD	2	rostral agranular insula	Predicted from orthologs Q9Z301
ZT 12	ZT 20	LD	3.92	SCN	Predicted from orthologs Q9Z301
ZT 8	ZT 20	LD	2	SCN	Predicted from orthologs Q9Z301
ZT 12	ZT 20	LD	2	SCN	Predicted from orthologs Q9Z301

Description

period circadian clock 2 [Source:HGNC Symbol;Acc:HGNC:8846](View all)

Protein Sequence
(Fasta)

SQLHCGANMN RYAEYPASPG HPAQKPEEPE PRGAPVQEDV PMSSGSSGNE TNDNRSPGRD 60
SRGGQELGML VGPPIVPPGP DAFGLMMAKS KHSTSASGCS HSEQSAKADA HKELIKTLRE 120
LKVHLPVDKK AKGKASMLAT LKYALRSVKQ VEANEEYYQL LMSSENHPCS ASVPSYSIEE 180
IESVTSDFIV KNVGMFAAAV SLVTGKILYI SDQVASIFHC RRDAFYGARF VEFLAPHDVS 240
VFHTSTTPYK LPPWSVCSRP DSFTRECMEE KSFFCRVSVG KNHENEIRYH PFRMTPYLVK 300
VRDPQGTGGQ LCCVLLAERV HSGYEAPRIP PEKRIFTTTH TPNCLFQDVD ERAVPLLGYL 360
PQDLIETPML VQLHPSDRPL MLTIHRKIVQ SGGQPFDYSP IRFRARNGEY LTLDTSWSSF 420
INPWSRKISF IIGRHRVRVG PLNEDVFSAQ SPMEEKDAPP SVQGLAEQIH RLLLQPIPHS 480
GSSGYGSLGS NGSHEHLMSQ TSSSDSNGHE DSRRRRTEIC KNGGNVKDKS HPGESGEQKG 540
DSAAEKPNSS SAQMKAVPVE QDSSGTSLPT GGFPEELGCR NPPAGSYQQI SCLDSVIRYL 600
ESCSEAATLK RKCEFPVNVA TQKASDKRQA VASPRLHSAE TASPSRVNSH AEVSAHLPSL 660
ALPSKAESVV SLTSQCSYSS TIVHVGDKKP QPELELVEDA VSGPESPDRR PCVPGSEKEP 720
LRTLGLTKEV LAAHTQKEEH TFLLKFREMR KLNIFQSRCH HYLQEKSKGQ LSERTAPGLR 780
NTSGIDSSWK KTGKNRKLKS KRAKPRDSSE STGSGGPAPH RPPLMGLNAT AWSPSDTSQS 840
SCPTAPFPAS VPAYSLPVFP APGIMPTPGT VAGAPVAPQA SFAVSAVPMD TQHEFAIQPP 900
PFAVPLAPVM ALVLPNYSFT SVTPSLPQAF FPGQPNFLSE MIPASQPELP GRTSPPKLPC 960
TCPTPASPPP ASGPPGRASP PLFQSRGSSP LQLNLLQLEE APEGSAVATG TAGSSGTAGA 1020
GPDCKPAASW DRQPKPSPIR EEPANARNSD ALSTSSGLLD LLLHEDLCSA TGSALSGSGA 1080
SAASDSLGSG SLGCDASRSG TGSSDTSHTS KYFGSVDSSE NNHKAKAKAA VEGSKQFIKY 1140
VLQDPVWLLM ADTDDSVMMT YQMPSRNLET VLKEDREKLR VIRKSQPRFT EGQRQELQDV 1200
HPWLRAGRLP AALDLAECVY CENKGQDNIW APYEEEMPAL GLSEAAEDKE EKSGVPSSHK 1260
SEERT 1265

Nucleotide Sequence
(Fasta)

TCCCAGCTGC ATTGTGGAGC CAACATGAAC AGATATGCCG AGTACCCCGC CAGCCCTGGT 60
CACCCCGCCC AGAAGCCCGA GGAGCCTGAG CCCCGCGGAG CCCCGGTCCA GGAAGACGTG 120
CCCATGAGCA GTGGCTCTAG CGGAAATGAA ACCAACGACA ACCGCTCCCC AGGGCGGGAC 180
TCGCGGGGCG GCCAGGAGCT GGGGATGCTG GTGGGGCCGC CCATCGTCCC CCCGGGTCCT 240
GATGCCTTTG GCCTCATGAT GGCAAAGTCC AAACACAGCA CGTCTGCAAG CGGCTGCAGT 300
CACAGCGAGC AGTCCGCCAA AGCAGATGCA CACAAGGAAC TGATAAAAAC GCTGAGGGAG 360
CTGAAGGTCC ACCTGCCGGT AGACAAGAAG GCCAAAGGGA AAGCCAGCAT GCTGGCCACC 420
TTGAAGTACG CACTAAGGAG CGTGAAGCAG GTGGAAGCCA ACGAAGAGTA TTACCAGCTG 480
CTCATGTCCA GTGAGAACCA CCCCTGCAGC GCCAGCGTGC CCTCGTACAG CATAGAAGAA 540
ATCGAGAGCG TCACTTCCGA TTTCATTGTG AAGAATGTGG GTATGTTTGC TGCAGCCGTG 600
TCTCTGGTCA CCGGGAAAAT CCTGTACATC TCTGACCAAG TTGCCTCCAT CTTTCACTGT 660
AGAAGGGACG CTTTCTATGG CGCCAGGTTC GTGGAGTTCC TGGCGCCCCA CGATGTCAGC 720
GTGTTCCACA CCTCCACCAC GCCTTACAAG CTCCCGCCCT GGAGCGTGTG CAGCAGGCCA 780
GACTCCTTTA CTCGAGAATG CATGGAGGAG AAATCTTTCT TCTGCCGCGT CAGTGTTGGG 840
AAAAACCACG AGAACGAGAT TCGCTACCAC CCTTTCCGCA TGACGCCTTA CCTGGTCAAG 900
GTGCGGGACC CGCAGGGCAC GGGGGGTCAG CTGTGCTGCG TGCTGCTGGC AGAGAGAGTG 960
CACTCGGGCT ACGAAGCCCC TAGAATTCCT CCTGAAAAGA GAATTTTTAC GACCACACAT 1020
ACACCAAATT GTCTGTTCCA GGATGTGGAC GAAAGGGCCG TCCCCCTCCT GGGCTACCTA 1080
CCTCAGGACC TGATCGAGAC CCCTATGCTC GTGCAGCTTC ACCCCAGTGA CAGGCCTTTG 1140
ATGCTCACCA TCCACAGAAA GATTGTGCAG TCCGGCGGGC AGCCCTTCGA CTATTCTCCC 1200
ATTCGGTTCC GTGCCCGGAA CGGCGAGTAC CTCACTCTGG ACACCAGCTG GTCCAGCTTC 1260
ATCAACCCGT GGAGCAGAAA GATCTCCTTC ATCATCGGCA GACACAGAGT CAGGGTGGGC 1320
CCTTTGAATG AGGACGTGTT CTCAGCTCAG TCGCCCATGG AGGAGAAGGA CGCGCCCCCC 1380
AGCGTTCAGG GGCTCGCGGA GCAGATCCAC CGGCTGCTGC TGCAGCCCAT CCCCCACAGC 1440
GGCTCCAGCG GCTACGGGAG CCTGGGCAGC AATGGGTCCC ATGAGCACCT CATGAGCCAG 1500
ACGTCCTCGA GCGACAGCAA CGGTCACGAG GACTCCCGCC GGAGGAGGAC CGAAATTTGT 1560
AAAAATGGTG GCAACGTCAA AGACAAAAGT CATCCTGGGG AATCTGGAGA ACAAAAGGGA 1620
GACTCCGCGG CAGAAAAGCC AAATAGTTCC TCTGCTCAGA TGAAAGCTGT CCCCGTGGAA 1680
CAGGACAGCT CGGGCACCAG CCTGCCCACA GGCGGCTTTC CCGAGGAGCT GGGCTGCAGG 1740
AACCCGCCCG CTGGGTCCTA CCAACAGATC AGCTGCCTGG ACAGCGTCAT CAGGTACCTG 1800
GAGAGCTGCA GTGAGGCGGC CACCCTCAAG AGGAAGTGTG AGTTCCCGGT GAACGTGGCA 1860
ACGCAGAAGG CCAGCGATAA GCGACAGGCA GTGGCCAGCC CCAGGCTGCA TTCCGCAGAG 1920
ACGGCATCAC CCTCCAGGGT GAACAGCCAC GCGGAGGTCA GCGCGCACCT GCCCTCACTG 1980
GCCCTGCCCA GCAAGGCGGA GAGCGTGGTG TCCCTAACCA GCCAGTGCAG CTACAGCAGC 2040
ACCATCGTCC ACGTGGGCGA CAAGAAGCCA CAGCCTGAGC TCGAGCTGGT GGAAGATGCT 2100
GTGAGCGGGC CCGAGTCTCC AGACAGACGG CCGTGTGTCC CGGGCTCAGA GAAGGAGCCC 2160
CTCAGGACGC TGGGCCTCAC CAAGGAAGTG CTGGCTGCCC ACACCCAGAA GGAGGAGCAC 2220
ACCTTCCTGC TCAAGTTCAG GGAGATGCGG AAACTCAACA TCTTCCAGTC TCGCTGCCAT 2280
CATTACTTAC AGGAAAAGTC CAAGGGGCAG TTGAGTGAGA GAACTGCACC AGGACTAAGA 2340
AATACTTCTG GAATAGATTC ATCTTGGAAA AAAACTGGGA AGAACAGAAA ACTGAAGTCC 2400
AAACGGGCCA AGCCTCGAGA CTCCTCCGAG AGCACTGGGT CTGGGGGGCC TGCACCCCAC 2460
CGGCCTCCAT TGATGGGACT GAACGCCACA GCCTGGTCAC CATCGGACAC GTCCCAGTCC 2520
AGCTGCCCCA CGGCGCCCTT TCCTGCCTCA GTGCCTGCTT ACTCCCTGCC TGTGTTTCCA 2580
GCCCCAGGAA TCATGCCCAC ACCAGGGACG GTGGCGGGGG CACCCGTGGC TCCCCAGGCC 2640
AGCTTCGCGG TGTCCGCCGT GCCCATGGAC ACCCAGCACG AGTTTGCCAT CCAGCCCCCT 2700
CCATTCGCTG TCCCCTTGGC CCCAGTCATG GCGTTGGTGT TACCCAACTA TTCCTTCACT 2760
TCGGTGACCC CCAGCCTGCC CCAAGCCTTC TTCCCAGGCC AGCCTAACTT TCTGTCTGAG 2820
ATGATCCCTG CCTCGCAGCC TGAGCTCCCT GGTAGGACTT CACCCCCCAA ACTGCCATGC 2880
ACGTGTCCCA CCCCAGCCTC CCCGCCGCCT GCCTCTGGGC CCCCGGGCAG AGCCTCCCCT 2940
CCGCTCTTCC AGTCCCGGGG CAGCTCACCT CTGCAGCTCA ACCTGCTGCA GCTGGAGGAG 3000
GCCCCCGAGG GCAGCGCCGT GGCCACGGGG ACAGCAGGGT CCTCGGGGAC CGCGGGCGCG 3060
GGGCCGGACT GCAAACCTGC CGCATCCTGG GACCGACAGC CGAAGCCGTC GCCAATCCGT 3120
GAGGAACCCG CCAACGCCCG GAACAGCGAT GCCCTCTCCA CATCCAGCGG CCTGCTTGAC 3180
CTCTTGCTGC ACGAGGACCT GTGCTCCGCC ACAGGGTCAG CCCTGTCTGG GAGCGGGGCC 3240
TCTGCCGCCT CCGATTCCCT GGGCTCCGGC TCGCTGGGCT GTGATGCGTC CAGAAGTGGG 3300
ACAGGCAGCA GTGACACAAG TCATACCAGC AAATACTTTG GAAGTGTTGA CTCTTCAGAG 3360
AATAATCACA AAGCAAAAGC GAAGGCGGCC GTGGAGGGAA GTAAGCAGTT CATCAAGTAC 3420
GTCCTCCAGG ACCCCGTCTG GCTGCTGATG GCCGACACGG ATGACAGCGT CATGATGACC 3480
TACCAGATGC CTTCCCGGAA TCTGGAAACG GTGTTGAAGG AAGACCGGGA GAAGCTGAGA 3540
GTGATACGGA AGTCCCAGCC CCGGTTCACG GAGGGCCAGA GGCAGGAGCT ACAGGACGTG 3600
CACCCGTGGC TGCGGGCCGG CCGCCTGCCC GCCGCCCTGG ACCTCGCGGA ATGTGTTTAC 3660
TGTGAGAACA AGGGACAAGA CAACATCTGG GCACCGTATG AGGAAGAGAT GCCTGCTCTG 3720
GGTCTCAGCG AAGCCGCAGA GGACAAAGAG GAGAAAAGTG GAGTCCCCTC GAGTCACAAA 3780
AGTGAAGAGC GGACCTAA 3798

Fasta Sequence

>CGD-AiM-035243|ENSAMET00000016369|Uncharacterized gene|Ailuropoda melanoleuca
TCCCAGCTGCATTGTGGAGCCAACATGAACAGATATGCCGAGTACCCCGCCAGCCCTGGTCACCCCGCCCAGAAGCCCGAGGAGCCTGAGCCCCGCGGAGCCCCGGTCCAGGAAGACGTGCCCATGAGCAGTGGCTCTAGCGGAAATGAAACCAACGACAACCGCTCCCCAGGGCGGGACTCGCGGGGCGGCCAGGAGCTGGGGATGCTGGTGGGGCCGCCCATCGTCCCCCCGGGTCCTGATGCCTTTGGCCTCATGATGGCAAAGTCCAAACACAGCACGTCTGCAAGCGGCTGCAGTCACAGCGAGCAGTCCGCCAAAGCAGATGCACACAAGGAACTGATAAAAACGCTGAGGGAGCTGAAGGTCCACCTGCCGGTAGACAAGAAGGCCAAAGGGAAAGCCAGCATGCTGGCCACCTTGAAGTACGCACTAAGGAGCGTGAAGCAGGTGGAAGCCAACGAAGAGTATTACCAGCTGCTCATGTCCAGTGAGAACCACCCCTGCAGCGCCAGCGTGCCCTCGTACAGCATAGAAGAAATCGAGAGCGTCACTTCCGATTTCATTGTGAAGAATGTGGGTATGTTTGCTGCAGCCGTGTCTCTGGTCACCGGGAAAATCCTGTACATCTCTGACCAAGTTGCCTCCATCTTTCACTGTAGAAGGGACGCTTTCTATGGCGCCAGGTTCGTGGAGTTCCTGGCGCCCCACGATGTCAGCGTGTTCCACACCTCCACCACGCCTTACAAGCTCCCGCCCTGGAGCGTGTGCAGCAGGCCAGACTCCTTTACTCGAGAATGCATGGAGGAGAAATCTTTCTTCTGCCGCGTCAGTGTTGGGAAAAACCACGAGAACGAGATTCGCTACCACCCTTTCCGCATGACGCCTTACCTGGTCAAGGTGCGGGACCCGCAGGGCACGGGGGGTCAGCTGTGCTGCGTGCTGCTGGCAGAGAGAGTGCACTCGGGCTACGAAGCCCCTAGAATTCCTCCTGAAAAGAGAATTTTTACGACCACACATACACCAAATTGTCTGTTCCAGGATGTGGACGAAAGGGCCGTCCCCCTCCTGGGCTACCTACCTCAGGACCTGATCGAGACCCCTATGCTCGTGCAGCTTCACCCCAGTGACAGGCCTTTGATGCTCACCATCCACAGAAAGATTGTGCAGTCCGGCGGGCAGCCCTTCGACTATTCTCCCATTCGGTTCCGTGCCCGGAACGGCGAGTACCTCACTCTGGACACCAGCTGGTCCAGCTTCATCAACCCGTGGAGCAGAAAGATCTCCTTCATCATCGGCAGACACAGAGTCAGGGTGGGCCCTTTGAATGAGGACGTGTTCTCAGCTCAGTCGCCCATGGAGGAGAAGGACGCGCCCCCCAGCGTTCAGGGGCTCGCGGAGCAGATCCACCGGCTGCTGCTGCAGCCCATCCCCCACAGCGGCTCCAGCGGCTACGGGAGCCTGGGCAGCAATGGGTCCCATGAGCACCTCATGAGCCAGACGTCCTCGAGCGACAGCAACGGTCACGAGGACTCCCGCCGGAGGAGGACCGAAATTTGTAAAAATGGTGGCAACGTCAAAGACAAAAGTCATCCTGGGGAATCTGGAGAACAAAAGGGAGACTCCGCGGCAGAAAAGCCAAATAGTTCCTCTGCTCAGATGAAAGCTGTCCCCGTGGAACAGGACAGCTCGGGCACCAGCCTGCCCACAGGCGGCTTTCCCGAGGAGCTGGGCTGCAGGAACCCGCCCGCTGGGTCCTACCAACAGATCAGCTGCCTGGACAGCGTCATCAGGTACCTGGAGAGCTGCAGTGAGGCGGCCACCCTCAAGAGGAAGTGTGAGTTCCCGGTGAACGTGGCAACGCAGAAGGCCAGCGATAAGCGACAGGCAGTGGCCAGCCCCAGGCTGCATTCCGCAGAGACGGCATCACCCTCCAGGGTGAACAGCCACGCGGAGGTCAGCGCGCACCTGCCCTCACTGGCCCTGCCCAGCAAGGCGGAGAGCGTGGTGTCCCTAACCAGCCAGTGCAGCTACAGCAGCACCATCGTCCACGTGGGCGACAAGAAGCCACAGCCTGAGCTCGAGCTGGTGGAAGATGCTGTGAGCGGGCCCGAGTCTCCAGACAGACGGCCGTGTGTCCCGGGCTCAGAGAAGGAGCCCCTCAGGACGCTGGGCCTCACCAAGGAAGTGCTGGCTGCCCACACCCAGAAGGAGGAGCACACCTTCCTGCTCAAGTTCAGGGAGATGCGGAAACTCAACATCTTCCAGTCTCGCTGCCATCATTACTTACAGGAAAAGTCCAAGGGGCAGTTGAGTGAGAGAACTGCACCAGGACTAAGAAATACTTCTGGAATAGATTCATCTTGGAAAAAAACTGGGAAGAACAGAAAACTGAAGTCCAAACGGGCCAAGCCTCGAGACTCCTCCGAGAGCACTGGGTCTGGGGGGCCTGCACCCCACCGGCCTCCATTGATGGGACTGAACGCCACAGCCTGGTCACCATCGGACACGTCCCAGTCCAGCTGCCCCACGGCGCCCTTTCCTGCCTCAGTGCCTGCTTACTCCCTGCCTGTGTTTCCAGCCCCAGGAATCATGCCCACACCAGGGACGGTGGCGGGGGCACCCGTGGCTCCCCAGGCCAGCTTCGCGGTGTCCGCCGTGCCCATGGACACCCAGCACGAGTTTGCCATCCAGCCCCCTCCATTCGCTGTCCCCTTGGCCCCAGTCATGGCGTTGGTGTTACCCAACTATTCCTTCACTTCGGTGACCCCCAGCCTGCCCCAAGCCTTCTTCCCAGGCCAGCCTAACTTTCTGTCTGAGATGATCCCTGCCTCGCAGCCTGAGCTCCCTGGTAGGACTTCACCCCCCAAACTGCCATGCACGTGTCCCACCCCAGCCTCCCCGCCGCCTGCCTCTGGGCCCCCGGGCAGAGCCTCCCCTCCGCTCTTCCAGTCCCGGGGCAGCTCACCTCTGCAGCTCAACCTGCTGCAGCTGGAGGAGGCCCCCGAGGGCAGCGCCGTGGCCACGGGGACAGCAGGGTCCTCGGGGACCGCGGGCGCGGGGCCGGACTGCAAACCTGCCGCATCCTGGGACCGACAGCCGAAGCCGTCGCCAATCCGTGAGGAACCCGCCAACGCCCGGAACAGCGATGCCCTCTCCACATCCAGCGGCCTGCTTGACCTCTTGCTGCACGAGGACCTGTGCTCCGCCACAGGGTCAGCCCTGTCTGGGAGCGGGGCCTCTGCCGCCTCCGATTCCCTGGGCTCCGGCTCGCTGGGCTGTGATGCGTCCAGAAGTGGGACAGGCAGCAGTGACACAAGTCATACCAGCAAATACTTTGGAAGTGTTGACTCTTCAGAGAATAATCACAAAGCAAAAGCGAAGGCGGCCGTGGAGGGAAGTAAGCAGTTCATCAAGTACGTCCTCCAGGACCCCGTCTGGCTGCTGATGGCCGACACGGATGACAGCGTCATGATGACCTACCAGATGCCTTCCCGGAATCTGGAAACGGTGTTGAAGGAAGACCGGGAGAAGCTGAGAGTGATACGGAAGTCCCAGCCCCGGTTCACGGAGGGCCAGAGGCAGGAGCTACAGGACGTGCACCCGTGGCTGCGGGCCGGCCGCCTGCCCGCCGCCCTGGACCTCGCGGAATGTGTTTACTGTGAGAACAAGGGACAAGACAACATCTGGGCACCGTATGAGGAAGAGATGCCTGCTCTGGGTCTCAGCGAAGCCGCAGAGGACAAAGAGGAGAAAAGTGGAGTCCCCTCGAGTCACAAAAGTGAAGAGCGGACCTAA

Sequence Source

Ensembl

Orthology

CGDB ID	Spieces	Identity	E-Value	Score
CGD-CaE-021686	Caenorhabditis elegans	26.26	1.20e-17	89.74
CGD-EqC-020992	Equus caballus	71.4	0.00e+00	1697.2
CGD-GaG-021834	Gallus gallus	50.85	0.00e+00	1173.7
CGD-HoS-021036	Homo sapiens (Human)	66.95	0.00e+00	1662.9
CGD-MuM-021066	Mus musculus (Mouse)	63.84	0.00e+00	1565.8
CGD-RaN-022186	Rattus norvegicus	63.36	0.00e+00	1553.5

Gene Ontology

GO:0005515--protein binding
GO:0005654--nucleoplasm
GO:0005634--nucleus
GO:0005737--cytoplasm

CGDB Gene Information

Functional Description

Fasta Sequence

Fasta Sequence