Legend:
Allele names | Gene functionality | Strains | IMGT reference sequences | ||
---|---|---|---|---|---|
Exons | Accession numbers | Molecule type | |||
B7A2*01 | F | 129 | EX1 | U39456[1] | gDNA |
EX2 | U39457 | ||||
EX6 | U39461 | ||||
EX7 | U39462 | ||||
EX8 | U39463 | ||||
EX9 | U39464 | ||||
EX10 | U39465 | ||||
EX11 | U39466 | ||||
B7A2*02 | F | NOD | EX4, 6-11 | AK172548 | cDNA (2) splicing B |
B7A2*03 | F | NOD | EX4, 6-11 | AK170054 | cDNA (3) splicing B |
B7A2*04 | F | CHECHII | EX4, 6-11 | BC013807 | cDNA (4) splicing B |
IMGT reference sequences (in FASTA format) for the allele(s): B7A2*01 to B7A2*04
Allele names | Gene functionality | Strains | IMGT reference sequences | ||
---|---|---|---|---|---|
Exons | Accession numbers | Molecule type | |||
B7A2*01 | F | C57BL/6J | EX3-EX8 | AF065898 | cDNA splicing B |
EX3-EX8 | AK079513 | ||||
B10.S/J | EX3-EX8 | AF065899 | |||
SJL/J | EX3-EX8 | AF065900 | |||
A/J | EX3-EX8 | AF065897 | |||
EX3-EX8 | L25606 | ||||
EX3-EX8 | S70108 | ||||
B7A2*04 | F | EX3-EX8 | NM_019388 | cDNA splicing B |
Allele names | Accession numbers | Number of amino acids | Protein isoform | |
---|---|---|---|---|
Nucleotide databases | Protein databases | |||
B7A2*01 | U39456 | Q64381 | 356 aa | 1 |
U39457 | 356 aa | 1 | ||
U39462 | 356 aa | 1 | ||
U39463 | 356 aa | 1 | ||
U39464 | 356 aa | 1 | ||
U39465 | 356 aa | 1 | ||
U39466 | 356 aa | 1 | ||
B7A2*02 | AK172548 | Tr:Q3T9F8 | 309 aa | 2 |
B7A2*03 | AK170054 | Tr:Q3TDR5 | 309 aa | 2 |
B7A2*04 | BC013807 | Tr:Q91YV7 | 309 aa | 2 |
NM_019388 | NP_062261 | 309 aa | 2 |
The coding region (CODING-REGION)
sequence starts from INIT-CODON
(or its encoded amino acid) to STOP-CODON
(not included).
The nucleotide sequence is extracted from cDNA (c) sequences and/or is
built by artificial exon joining from genomic DNA (g) sequences.
The amino acid sequence is the translation of the nucleotide sequence.
B7A2*01: U39456(g) U39457(g) U39461(g) U39462(g) U39463(g) U39464(g) U39465(g) U39466(g)
1 atggccaaaa ctatccggag actctcggtg gcctttttga cactctcaga caggggaccc 61 cattataaga tcctcctacc tctacctcac aagggctgga ctccaggcct gacccacaat 121 gcctctctct actgtgcctc gatcatttta aaaaacacca tgggcttggc aatccttatc 181 tttgtgacag tcttgctgat ctcagatgct gtttccgtgg agacgcaagc ttatttcaat 241 gggactgcat atctgccgtg cccatttaca aaggctcaaa acataagcct gagtgagctg 301 gtagtatttt ggcaggacca gcaaaagttg gttctgtacg agcactattt gggcacagag 361 aaacttgata gtgtgaatgc caagtacctg ggccgcacga gctttgacag gaacaactgg 421 actctacgac ttcacaatgt tcagatcaag gacatgggct cgtatgattg ttttatacaa 481 aaaaagccac ccacaggatc aattatcctc caacagacat taacagaact gtcagtgatc 541 gccaacttca gtgaacctga aataaaactg gctcagaatg taacaggaaa ttctggcata 601 aatttgacct gcacgtctaa gcaaggtcac ccgaaaccta agaagatgta ttttctgata 661 actaattcaa ctaatgagta tggtgataac atgcagatat cacaagataa tgtcacagaa 721 ctgttcagta tctccaacag cctctctctt tcattcccgg atggtgtgtg gcatatgacc 781 gttgtgtgtg ttctggaaac ggagtcaatg aagatttcct ccaaacctct caatttcact 841 caagagtttc catctcctca aacgtattgg aaggagatta cagcttcagt tactgtggcc 901 ctcctccttg tgatgctgct catcattgta tgtcacaaga agccgaatca gcctagcagg 961 cccagcaaca cagcctctaa gttagagcgg gatagtaacg ctgacagaga gactatcaac 1021 ctgaaggaac ttgaacccca aattgcttca gcaaaaccaa atgcagagtg a
1 MAKTIRRLSV AFLTLSDRGP HYKILLPLPH KGWTPGLTHN ASLYCASIIL KNTMGLAILI 61 FVTVLLISDA VSVETQAYFN GTAYLPCPFT KAQNISLSEL VVFWQDQQKL VLYEHYLGTE 121 KLDSVNAKYL GRTSFDRNNW TLRLHNVQIK DMGSYDCFIQ KKPPTGSIIL QQTLTELSVI 181 ANFSEPEIKL AQNVTGNSGI NLTCTSKQGH PKPKKMYFLI TNSTNEYGDN MQISQDNVTE 241 LFSISNSLSL SFPDGVWHMT VVCVLETESM KISSKPLNFT QEFPSPQTYW KEITASVTVA 301 LLLVMLLIIV CHKKPNQPSR PSNTASKLER DSNADRETIN LKELEPQIAS AKPNAE*
Legend: