‹
Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| KRYMA01241 reference isoform | 564 | 15 |  A0A3Q3GGL5 |
Protein Sequence
Download: Fasta
MRRIRANAIA ILTVAWILGT FYYLWQDNKP QSTPSSASQI RGRGHGQKGL PSRLEIHRED 60 RTIPLIVTQP PQAEQQGQLL GSFDEKAYLA AKQLKPGDDP YREHAFNLQE SDHLGGERSI 120 RDTRHYRCAS LTYEVDLPST SIIITFHNEA RSTLLRTVKS VLMRSPPSLI HEIILIDDFS 180 SDPEDCQLLS HIPKVRCLRN NRREGLIRSR VRGANTASAL ILTFLDSHCE VNADWLQPMI 240 QRVKEDHTRV VSPIIDVISL DNFAYLAASA DLRGGFDWSL HFKWEQIPIE QKMARSDPTH 300 PIRTPVIAGG IFVMDKSWFN HLGQYDTHMD IWGGENFELS FRVWMCGGSL EILPCSRVGH 360 VFRKRHPYDF PEGNALTYIK NTRRAAEVWM DEYKQYYYSA RPSAQGKAFG SIADRLTLRR 420 KLNCKPFRWY MENVYPELRV PEQEAVFSVL KQGGLCLETR GTDSLGLADC KATRPQPQKW 480 ELIEPLIRQQ DFCLAISAFT AGSKVKMEPC NIKEPKQKWK PKGMALQHMV SGLCLDSQSQ 540 TGPLVITQCR PQMASQSWEP QLIT 564
cDNA Sequence
Download: Fasta
ATGCGCAGGA TACGGGCCAA CGCCATCGCC ATTCTGACCG TCGCGTGGAT CCTGGGCACG 60 TTCTATTACC TGTGGCAGGA CAACAAGCCC CAGTCGACAC CGTCATCTGC GTCGCAGATC 120 CGCGGCCGGG GCCATGGGCA GAAAGGGCTC CCCAGTCGGC TGGAGATCCA CCGAGAGGAC 180 AGAACCATCC CGCTGATTGT GACTCAGCCC CCGCAAGCTG AGCAGCAGGG CCAGCTGCTG 240 GGGAGCTTCG ATGAGAAGGC CTACCTGGCA GCCAAGCAGC TCAAACCAGG GGACGACCCA 300 TACAGGGAGC ACGCCTTTAA TCTGCAGGAG AGCGACCACC TGGGCGGTGA GCGATCCATC 360 CGAGACACTA GACACTACAG ATGCGCATCA CTGACTTACG AGGTGGACCT GCCCTCCACG 420 AGCATCATCA TCACTTTCCA CAATGAGGCC CGCTCTACTC TCCTGCGAAC TGTCAAAAGC 480 GTTCTGATGC GCAGTCCTCC ATCTCTCATT CATGAAATAA TCCTGATAGA TGACTTCAGC 540 TCTGACCCTG AAGACTGCCA GCTGCTCTCC CACATCCCCA AAGTGCGCTG CCTGAGGAAC 600 AACCGAAGAG AGGGTTTGAT CCGATCACGA GTGCGAGGAG CCAACACGGC CTCTGCCTTG 660 ATCCTGACCT TCTTGGACAG CCACTGTGAG GTCAACGCCG ACTGGCTGCA GCCCATGATC 720 CAGAGAGTCA AGGAGGATCA TACGCGAGTG GTCAGCCCCA TCATCGATGT CATCAGCCTG 780 GATAACTTTG CCTACTTGGC TGCTTCTGCT GACCTGAGAG GAGGGTTTGA CTGGAGTCTC 840 CACTTCAAAT GGGAGCAGAT TCCTATAGAG CAGAAAATGG CCAGAAGTGA TCCTACACAC 900 CCGATAAGGA CTCCCGTCAT CGCTGGTGGG ATTTTTGTCA TGGACAAGAG CTGGTTCAAC 960 CACCTGGGCC AATACGACAC ACACATGGAC ATCTGGGGAG GGGAGAACTT TGAGCTTTCC 1020 TTCCGGGTGT GGATGTGTGG AGGAAGTCTG GAGATCCTCC CCTGCAGCCG TGTGGGTCAC 1080 GTGTTCAGGA AACGGCACCC GTATGACTTC CCAGAAGGCA ATGCTCTTAC CTACATTAAG 1140 AACACCCGGC GGGCTGCTGA GGTCTGGATG GACGAGTACA AACAGTACTA CTACTCTGCA 1200 CGGCCATCTG CTCAGGGCAA GGCCTTTGGC AGCATCGCGG ATCGTTTAAC GCTGCGGCGG 1260 AAACTGAACT GCAAACCTTT CCGCTGGTAC ATGGAGAACG TCTATCCTGA ACTGAGGGTC 1320 CCTGAGCAGG AGGCGGTTTT CAGTGTGCTG AAACAGGGAG GTTTGTGTCT GGAGACCCGA 1380 GGGACTGACA GCCTCGGACT GGCAGACTGC AAGGCCACCA GGCCACAGCC ACAGAAATGG 1440 GAGCTGATCG AGCCGCTGAT TCGACAGCAG GACTTCTGTC TGGCAATCTC TGCCTTCACA 1500 GCAGGTTCAA AGGTCAAGAT GGAGCCCTGC AACATTAAAG AGCCTAAACA GAAGTGGAAA 1560 CCAAAAGGCA TGGCTCTGCA GCACATGGTC AGCGGTCTCT GCTTGGACAG CCAGAGCCAG 1620 ACAGGACCTC TGGTCATCAC GCAGTGTCGC CCCCAGATGG CCAGCCAGTC CTGGGAGCCA 1680 CAGCTTATCA CTTGA 1695