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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| RABIT11975 reference isoform | 399 | 9 |  G1TE96 |
Protein Sequence
Download: Fasta
MAQRAFPNPY ADYNKSLAES YFDSAGRLMP EFSQRLTNKI RELLQQMERG LKSADPRDGT 60 AYTGWAGIAV LYLHLYDVFG DPAYLQMAHG YVKQSLNCLS KRSITFLCGD AGPLAVAAVL 120 YHKMNNEKQA EDCITRLIHL NKIDPHAPSE MLYGRMGYIY ALLFVNKNFG EEKIPRSHIQ 180 QICETVLTSG ENLARKRNFT GKTPLMYEWY QEYYVGAAHG LAGIYYYLMQ PSLQVSQGKL 240 HNLVKPSVDY VCQLKFPSGN YPPCVGDNRD LLVHWCHGAP GVIYMLIQAY KVFKEEQYLC 300 DAYQCADVIW QYGLLKKGYG LCHGAAGNAY AFLTLYNLTQ DMKCLYRACK FAEWCLDYGE 360 HGCRTPDTPF SLFEGMAGTI YFLADLLVPT KARFPAFEL 399
cDNA Sequence
Download: Fasta
ATGGCTCAAA GGGCCTTCCC GAATCCTTAT GCCGATTATA ACAAATCCCT GGCCGAGAGC 60 TACTTTGATT CTGCTGGGAG GCTGATGCCC GAGTTCTCAC AACGCTTGAC CAATAAGATT 120 CGAGAGCTGC TTCAGCAGAT GGAGAGAGGC CTAAAGTCAG CAGACCCTCG AGATGGGACT 180 GCTTACACTG GCTGGGCAGG TATTGCTGTG CTTTACTTAC ATCTGTATGA TGTTTTTGGG 240 GACCCTGCCT ACCTGCAGAT GGCACATGGC TACGTAAAGC AAAGTCTGAA CTGCTTGTCC 300 AAGCGTTCCA TTACCTTTCT CTGTGGGGAT GCAGGCCCAC TGGCAGTGGC TGCTGTGCTG 360 TATCACAAGA TGAACAATGA GAAGCAGGCA GAAGATTGCA TCACACGGCT AATTCACCTA 420 AATAAGATTG ATCCACATGC TCCAAGTGAA ATGCTCTATG GACGAATGGG GTATATCTAT 480 GCTCTTCTTT TTGTCAATAA GAACTTTGGA GAGGAGAAGA TTCCTCGAAG CCATATTCAG 540 CAGATCTGTG AAACAGTTTT AACCTCTGGA GAAAACCTAG CTAGGAAGAG AAACTTTACA 600 GGAAAGACTC CACTGATGTA TGAATGGTAC CAGGAATATT ATGTGGGGGC TGCTCATGGC 660 CTGGCAGGAA TTTATTACTA CCTAATGCAG CCCAGCCTTC AAGTGAGCCA AGGGAAGTTG 720 CATAATTTGG TCAAACCCAG CGTGGACTAC GTTTGCCAGC TGAAATTTCC TTCTGGCAAT 780 TACCCTCCAT GTGTGGGTGA TAATCGAGAT CTGCTTGTCC ACTGGTGTCA TGGTGCCCCT 840 GGGGTAATCT ACATGCTCAT CCAGGCCTAC AAGGTATTCA AAGAGGAGCA GTATCTCTGT 900 GATGCCTATC AGTGTGCTGA TGTGATCTGG CAGTACGGGT TGTTGAAGAA GGGATATGGG 960 CTGTGCCACG GTGCTGCGGG GAATGCCTAT GCCTTCCTGA CGCTGTACAA CCTGACACAA 1020 GACATGAAGT GTCTGTACAG GGCCTGTAAG TTCGCTGAAT GGTGCTTAGA TTATGGAGAA 1080 CATGGATGCA GAACACCGGA TACTCCTTTT TCCCTCTTTG AAGGAATGGC TGGAACAATA 1140 TATTTCTTGG CTGACCTGTT AGTCCCCACG AAAGCCAGGT TCCCTGCCTT TGAACTCTAA 1200