‹
Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| CRIGR00445 | 511 | 9 |  ENSCGRG00000008457.1 | |||
| CRIGR00446 reference isoform | 501 | 8 | ENSCGRG00000008457.1 |
Protein Sequence
Download: Fasta
EHLRICPQEY TCCTTEMEDK LSQQSKLEFE NLVEETSHFV RTTFVSRHKK FDEFFRELLE 60 NAEKSLNDMF VRTYGMLYMQ NSEVFQDLFT ELKRYYTGGN VNLEEMLNDF WARLLERMFQ 120 LINPQYHFSE DYLECVSKYT DQLKPFGDVP RKLKIQVTRA FIAARTFVQG LTVGREVANR 180 VSKVSPTPGC IRALMKMLYC PYCRGLPAVR PCNNYCLNVM KGCLANQADL DTEWNLFIDA 240 MLLVAERLEG PFNIESVMDP IDVKISEAIM NMQENSMQVS AKVFQGCGQP KPAPALRSAR 300 SAPENFNTRF RPYNPEERPT TAAGTSLDRL VTDIKEKLKL SKKVWSALPY TICKDEGVTA 360 GTSNEEECWN GHSKARYLPE IMNDGLTNQI NNPEVEVDIT RPDTFIRQQI MALRVMTNKL 420 KNAYNGNDVN FQDTSDESSG SGSGSGCMDD VCPTEFEFVT TEAPAVDPDR REEESSGTQG 480 SYSLLSWSLV CMALALQRLH R 501
cDNA Sequence
Download: Fasta
GAGCACTTAC GCATCTGTCC TCAGGAGTAT ACGTGCTGTA CCACAGAAAT GGAAGACAAG 60 CTGAGCCAAC AGAGCAAGCT CGAGTTTGAA AACCTCGTAG AAGAGACAAG CCATTTCGTG 120 CGTACCACGT TTGTGTCAAG GCATAAGAAA TTTGACGAAT TTTTCCGCGA GCTGCTGGAG 180 AATGCGGAGA AGTCCCTCAA TGACATGTTT GTCCGGACCT ATGGGATGCT GTACATGCAG 240 AATTCGGAGG TGTTTCAGGA CCTCTTCACT GAGCTGAAAC GGTACTACAC AGGGGGGAAC 300 GTCAACCTGG AGGAGATGCT CAATGACTTC TGGGCGCGGC TCCTGGAGCG GATGTTCCAG 360 CTGATAAACC CCCAGTATCA CTTCAGCGAG GACTACCTGG AGTGTGTGAG CAAGTACACC 420 GACCAGCTGA AGCCTTTCGG GGATGTGCCA CGGAAACTGA AGATTCAGGT CACGCGCGCC 480 TTCATTGCTG CTCGCACCTT CGTCCAGGGC CTGACAGTGG GCAGAGAAGT TGCCAACCGT 540 GTTTCCAAGG TGAGCCCCAC CCCCGGGTGC ATTCGAGCTC TCATGAAGAT GCTCTACTGC 600 CCATACTGTC GTGGCCTGCC TGCCGTGAGA CCCTGTAACA ACTACTGCCT CAACGTCATG 660 AAGGGCTGTC TAGCCAACCA GGCGGATCTG GATACTGAGT GGAATCTGTT CATAGATGCA 720 ATGCTGTTGG TGGCAGAGCG ACTGGAAGGG CCGTTCAACA TTGAGTCAGT CATGGATCCA 780 ATCGATGTCA AGATCTCTGA AGCCATTATG AACATGCAAG AAAACAGCAT GCAGGTGTCG 840 GCAAAGGTTT TTCAAGGCTG CGGCCAGCCC AAACCTGCTC CGGCTCTCAG ATCTGCTCGT 900 TCAGCTCCAG AAAACTTTAA CACACGTTTC CGGCCCTACA ACCCTGAGGA AAGACCCACA 960 ACAGCAGCGG GCACGAGCTT GGACCGGCTG GTCACAGACA TAAAAGAGAA ACTGAAGCTC 1020 TCTAAAAAGG TGTGGTCAGC CTTGCCCTAC ACCATCTGCA AGGATGAAGG CGTGACAGCG 1080 GGCACGTCCA ATGAGGAGGA GTGCTGGAAC GGCCACAGCA AAGCCAGATA TTTGCCTGAG 1140 ATCATGAATG ATGGGCTGAC CAACCAAATC AACAACCCTG AGGTGGAGGT TGACATCACC 1200 CGGCCGGATA CTTTCATCAG ACAGCAGATC ATGGCTCTCC GGGTGATGAC CAACAAACTG 1260 AAGAATGCAT ACAACGGCAA TGACGTCAAC TTCCAAGACA CAAGTGATGA GTCCAGCGGC 1320 TCAGGCAGTG GCAGTGGGTG TATGGATGAC GTGTGTCCCA CAGAGTTCGA GTTTGTCACC 1380 ACCGAGGCCC CTGCTGTGGA TCCGGACCGG AGAGAAGAGG AATCTTCAGG CACGCAGGGC 1440 AGCTACTCCC TGCTCTCCTG GTCTCTGGTC TGCATGGCCC TGGCCCTACA GAGACTCCAC 1500 AGATAA 1506