‹
Protein ID | Sequence length | Exons | Domain Architectures | Number exons | Cross reference | |
|---|---|---|---|---|---|---|
| PONAB28879 | 697 | 16 |  H2PF18 | |||
| PONAB28878 reference isoform | 768 | 15 | H2PF44 |
Protein Sequence
Download: Fasta
MLVPNTSLEQ GPLYLGRGAR DLGVHPNATV RGSALRRRSA PTQPPPRAWH GAQARCPPLR 60 PRSTPAWCAG AVSPPTPPAP LDPGVMRRRS LRRDWRDCAA ATTDMSGVRG LSRLLSARRL 120 ALAKAWPTVL QTGARGFHFT VDGNKRASAK VSDSISAQYP VVDHEFDAVV VGAGGAGLRA 180 AFGLSEAGFN TACVTKLFPT RSHTVAAQGG INAALGNMEE DNWRWHFYDT VKGSDWLGDQ 240 DAIHYMTEQA PAAVVELENY GMPFSRTEDG KIYQRAFGGQ SLKFGKGGQA HRCCCVADRT 300 GHSLLHTLYG RSLRYDTSYF VEYFALDLLM ENGECRGVIA LCIEDGSIHR IRAKNTVVAT 360 GGYGRTYFSC TSAHTSTGDG TAMITRAGLP CQDLEFVQFH PTGIYGAGCL ITEGCRGEGG 420 ILINSQGERF MERYAPVAKD LASRDVVSRS MTLEIREGRG CGPEKDHVYL QLHHLPPEQL 480 ATRLPGISET AMIFAGVDVT KEPIPVLPTV HYNMGGIPTN YKGQVLRHVN GQDQIVPGLY 540 ACGEAACASV HGANRLGANS LLDLVVFGRA CALSIEESCR PGDKVPPIKP NAGEESVMNL 600 DKLRFADGSI RTSELRLSMQ KSMQNHAAVF RVGSVLQEGC GKISKLYGDL KHLKTFDRGM 660 VWNTDLVETL ELQNLMLCAL QTIYGAEARK ESRGAHARED YKVRIDEYDY SKPIQGQQKK 720 PFEEHWRKHT LSYVDVSTGK VTLEYRPVID KTLNEADCAT VPPAIRSY 768
cDNA Sequence
Download: Fasta
ATGTTGGTGC CCAACACCTC CCTGGAACAG GGCCCGCTCT ACCTCGGTCG GGGAGCGCGG 60 GACCTCGGTG TTCACCCTAA CGCCACCGTC CGCGGGTCCG CTTTGCGCAG GCGCAGCGCC 120 CCCACTCAGC CCCCGCCCCG GGCGTGGCAT GGTGCGCAGG CGCGATGTCC CCCACTGCGG 180 CCCCGCTCGA CCCCGGCGTG GTGCGCAGGC GCCGTATCCC CCCCAACCCC CCCAGCACCG 240 CTCGACCCCG GTGTGATGCG CAGGCGCAGT CTGCGCAGGG ATTGGCGGGA CTGCGCGGCG 300 GCGACAACAG ACATGTCGGG GGTCAGGGGC CTGTCGCGGC TGCTGAGCGC TCGGCGCCTG 360 GCGCTGGCCA AGGCGTGGCC AACAGTGTTG CAAACAGGAG CCCGAGGTTT TCACTTCACT 420 GTTGATGGGA ACAAGAGGGC ATCCGCTAAA GTTTCAGATT CCATTTCTGC TCAGTATCCA 480 GTAGTGGATC ATGAATTTGA TGCAGTGGTG GTAGGCGCTG GAGGGGCAGG CTTGCGAGCT 540 GCATTTGGCC TTTCCGAGGC AGGGTTTAAT ACAGCATGTG TTACCAAGCT GTTTCCTACC 600 AGGTCACACA CTGTTGCAGC GCAGGGAGGA ATCAATGCTG CTCTGGGGAA CATGGAGGAG 660 GACAACTGGA GGTGGCATTT CTACGACACC GTGAAGGGCT CCGACTGGCT GGGGGACCAG 720 GATGCCATCC ACTACATGAC GGAGCAGGCC CCTGCTGCCG TGGTCGAGCT AGAAAATTAT 780 GGCATGCCGT TTAGCAGAAC TGAAGATGGG AAGATTTATC AGCGTGCATT TGGTGGACAG 840 AGCCTCAAGT TTGGAAAGGG CGGGCAGGCC CATCGGTGCT GCTGTGTGGC TGATCGGACT 900 GGCCACTCAC TATTGCACAC CTTATATGGA AGGTCTCTGC GATATGATAC CAGCTATTTT 960 GTGGAGTATT TTGCCTTGGA TCTCCTGATG GAGAATGGGG AGTGCCGTGG TGTCATCGCA 1020 CTGTGCATAG AGGACGGCTC CATCCATCGC ATAAGAGCAA AGAACACTGT TGTTGCCACA 1080 GGAGGCTACG GGCGCACCTA CTTCAGCTGC ACGTCTGCCC ACACCAGCAC TGGCGATGGC 1140 ACGGCCATGA TCACCAGGGC AGGCCTCCCT TGCCAGGACC TAGAGTTTGT TCAGTTCCAC 1200 CCCACAGGCA TATATGGTGC TGGTTGTCTC ATTACGGAAG GATGTCGTGG AGAGGGAGGC 1260 ATTCTCATTA ACAGTCAAGG TGAAAGGTTT ATGGAGCGAT ACGCCCCCGT CGCGAAGGAC 1320 CTGGCGTCTA GAGATGTGGT GTCTCGTTCG ATGACTCTGG AGATCCGAGA AGGAAGAGGC 1380 TGTGGCCCTG AGAAAGATCA TGTCTACCTG CAGCTGCACC ACCTACCTCC AGAGCAGCTG 1440 GCCACACGCC TGCCTGGCAT TTCAGAGACA GCCATGATCT TCGCTGGCGT GGATGTCACG 1500 AAGGAGCCGA TCCCTGTCCT CCCCACCGTG CATTATAACA TGGGCGGCAT TCCCACCAAC 1560 TACAAGGGGC AGGTCCTGAG GCACGTGAAT GGCCAGGATC AGATTGTGCC CGGCCTGTAC 1620 GCCTGTGGGG AGGCCGCCTG TGCCTCGGTA CATGGTGCCA ACCGCCTCGG GGCAAACTCG 1680 CTCTTGGACC TGGTTGTCTT TGGTCGGGCA TGTGCCCTGA GCATTGAAGA GTCATGCAGA 1740 CCTGGAGATA AAGTCCCTCC AATTAAACCA AACGCTGGGG AAGAATCTGT CATGAATCTT 1800 GACAAATTGA GATTTGCTGA TGGAAGCATA AGAACATCGG AACTGCGACT CAGCATGCAG 1860 AAGTCAATGC AAAATCATGC TGCCGTGTTC CGTGTGGGAA GCGTGTTGCA GGAAGGTTGT 1920 GGGAAAATCA GCAAGCTCTA TGGAGACCTA AAGCACCTGA AGACGTTCGA CCGGGGAATG 1980 GTCTGGAACA CGGACCTGGT GGAGACCCTG GAGCTGCAGA ACCTGATGCT GTGTGCGCTG 2040 CAGACCATCT ATGGAGCAGA GGCGCGGAAG GAGTCACGGG GTGCGCACGC CAGGGAAGAC 2100 TACAAGGTGC GGATTGATGA GTACGATTAC TCCAAGCCCA TCCAGGGGCA ACAGAAGAAG 2160 CCCTTTGAGG AGCACTGGAG GAAGCACACC CTGTCCTATG TGGACGTCAG CACTGGGAAG 2220 GTCACCCTGG AATATAGACC CGTAATCGAC AAAACTTTGA ACGAGGCTGA CTGTGCCACC 2280 GTCCCCCCAG CCATTCGCTC CTACTGA 2307