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Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| SALTR43538 | 322 | 8 |  A0A673XD14 | |||
| SALTR43539 | 338 | 7 | A0A673XG11 | |||
| SALTR43537 reference isoform | 591 | 12 | A0A673XE43 |
Protein Sequence
Download: Fasta
MATLSVNSHF AVLLIWLGIW MSECNNIGPS LDDDLLSPYP YGHSHGPSHS HRHVRDCQSV 60 VHGNVTHQTW PASNHTGVTE SKVFISNVPG TTRWVTGHIT VVHDPLRTVS VLEPGGPGGC 120 GMNRREAVEE TARVGRCLYA QNGGFFGTKT GECLGNLVSD GVQVRDSKGL QNAQFGIRRD 180 GTLVFGYLSE EDVKDEANPF VQLVSGVVWL LRNSQVYINQ SIEAECDATQ ETGNFRRFVD 240 VVSARTAVGH DEEGKLILFH IDGQTDHRGM NLWEVADFLK GQGVINAINL DGGGSSTYVA 300 NGSLASYPSD HCVSDPMWRC PRRISTILCV HQPQCQPEDC SGHGTCINGH CQCQEGWSGT 360 GCDTLVCQPP TCGAHGVCTQ DGCACDAGWR GENCSQVCDL GFYGDGCNQT CTCTNGGSCD 420 TVHGGCSCPI GFHGDSCEQE CPLGLYGLDC GKECQCQDMC PCDPVTGSCN ALFQGEKNQS 480 IHRAGHCLAN QMFAIWSEEE AHKSKPYLSE QCWLIVTGLL TSLLLASLVG HLIMCRRAAA 540 HHPGRVDYSY VPLTEIGASS SGVRGKGSQP SRGVFEMEDS DSQDELWSGP R 591
cDNA Sequence
Download: Fasta
ATGGCAACAC TTTCAGTGAA TAGTCACTTT GCGGTGCTCC TGATATGGCT TGGTATTTGG 60 ATGTCGGAGT GCAACAATAT TGGTCCCTCA TTGGACGATG ACCTCCTATC ACCGTACCCC 120 TACGGCCATA GCCATGGACC CTCGCACTCC CACCGTCATG TCCGAGACTG CCAGTCCGTT 180 GTCCATGGCA ACGTCACCCA CCAGACCTGG CCCGCCAGCA ACCACACTGG GGTGACTGAG 240 TCCAAAGTAT TCATCTCTAA CGTCCCTGGC ACAACCCGAT GGGTCACAGG TCACATTACA 300 GTGGTCCATG ACCCCCTGAG GACGGTGTCT GTGCTGGAGC CTGGAGGGCC GGGGGGGTGC 360 GGGATGAACC GGAGGGAGGC GGTGGAGGAA ACTGCTAGAG TCGGCAGGTG TCTCTATGCC 420 CAGAATGGAG GGTTCTTTGG TACTAAGACC GGGGAGTGTT TGGGGAATCT AGTGAGTGAC 480 GGGGTGCAAG TGAGGGACAG CAAAGGGTTG CAGAATGCCC AGTTTGGCAT CAGGAGGGAT 540 GGGACACTGG TGTTTGGTTA TCTCTCTGAG GAGGACGTTA AGGATGAAGC CAACCCCTTT 600 GTGCAGTTGG TCAGTGGGGT GGTGTGGCTG CTCCGAAACA GCCAGGTCTA CATTAACCAG 660 AGCATAGAGG CTGAGTGTGA CGCGACACAG GAGACGGGGA ATTTCCGCCG TTTTGTGGAT 720 GTGGTGTCGG CCAGGACAGC GGTGGGTCAC GATGAGGAGG GGAAACTAAT CCTGTTCCAC 780 ATAGACGGAC AGACGGACCA CAGAGGTATG AATCTTTGGG AGGTGGCAGA TTTTCTGAAA 840 GGTCAGGGGG TCATCAATGC CATCAACCTG GATGGGGGGG GTTCCTCCAC TTACGTGGCG 900 AACGGCTCAT TGGCCAGCTA CCCCTCGGAC CACTGTGTCT CAGACCCCAT GTGGCGCTGC 960 CCTCGGCGGA TCTCCACCAT CCTGTGCGTC CACCAGCCCC AGTGTCAGCC TGAGGACTGC 1020 AGCGGGCACG GGACGTGCAT CAATGGGCAC TGCCAATGCC AGGAGGGCTG GAGTGGGACT 1080 GGCTGTGACA CCCTGGTGTG CCAACCGCCC ACCTGTGGTG CCCACGGTGT CTGTACACAG 1140 GATGGCTGTG CGTGTGACGC TGGATGGAGA GGGGAGAACT GCAGCCAAGT GTGTGATTTG 1200 GGTTTCTATG GCGACGGCTG CAACCAGACA TGCACCTGCA CTAACGGGGG CTCATGTGAC 1260 ACTGTTCACG GTGGCTGCAG CTGCCCCATT GGTTTCCATG GCGACTCCTG TGAACAAGAG 1320 TGTCCTCTGG GTTTGTACGG GCTGGACTGT GGGAAGGAGT GCCAGTGCCA GGACATGTGC 1380 CCATGTGACC CGGTCACAGG AAGCTGCAAT GCCCTGTTCC AGGGAGAGAA GAACCAGAGC 1440 ATACACAGAG CTGGCCATTG TCTGGCCAAT CAGATGTTTG CAATATGGAG TGAGGAGGAG 1500 GCACACAAAT CCAAGCCTTA TCTCTCTGAG CAGTGCTGGC TCATCGTCAC TGGCCTGTTG 1560 ACCTCTCTGC TGTTGGCCAG CCTGGTGGGT CACCTGATCA TGTGTCGGCG GGCCGCGGCT 1620 CACCACCCCG GCCGTGTGGA CTACTCCTAC GTGCCACTGA CAGAGATTGG TGCGAGCAGT 1680 TCAGGGGTCC GAGGGAAAGG GTCGCAACCC AGCAGAGGCG TATTCGAGAT GGAGGACTCA 1740 GACTCCCAGG ATGAACTGTG GTCGGGTCCG CGCTGA 1776