Entry GOSRA05483 (A0A0D2UMH9)

E Gossypium raimondii


General Information

Description
transcript_id=KJB69899
Organism
GOSRA - Gossypium raimondii (Taxon-ID: 29730)
Locus
11join(3821421..3821702, 3821804..3821920, 3822014..3824671)
Number of exons
3

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

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MGDAMKNSFP GGCPEFGAIF MSNNATKREC LRRKVFALPY SQYHFVKQVK AGMILFLFEF    60
ERRELHGVFQ ACSDGEMNIL PHAFSSSGKQ YPAQVKFIFM WNCHPLSENE FRDAIRENYF   120
SKNKFNFGLS EDQVRRLLSL FNLKRMKDQA PQRWLTGSKV ARPSGYSTSK TRRLVDNSPM   180
NNQMPRECGV DNHHGLDIST MHQGDSFYND DRQTGDGRFG TYTDVEYEHK ASAFLNECFR   240
DLMGKVEGNM VSGEYARSDR VDTEWKTGME LQPAVSAGYS SGNFRSISKD VRFAKSDRTE   300
TKCYKDDGFA PTISTAYPTS FQSKVNPLVY SSKHVLETGS FIDDPIRPSS AFLPSMEMQN   360
SNVSYPMNFE DSIVTNSLPY EPDVPTMNHW GSSYSGFSQE HASLQEYANH DSCVGHVIGT   420
SKNQSFPSLL ETRRTVITSD VNSGSGGFIP LPYSNSYECS SRTSLQRPDY LDDLAADYSK   480
KECCGDLSLL KPSLAHVTSE IRNNVRISEH SSSYRTSPSK FPSLTFSDRY PTSIQDRYDF   540
QVPERESDNE FGNVGFMFKE CQPHGESFYN DNRTIEDGRS AIYKKVENEN KEGQQHIHEP   600
VNVDYHEVTS LCPSPYQNSN RQKKRSVFSR LALPRKRREP ENNTPLRTAD IDRHSSVDEV   660
MDILHRSRKY WVKTSCKQLL KHNDDADNFR DKKQVTRKEG PAMMSKEMNV KSTSFSKENS   720
NQKQVTRKEG SAMISKEINV KSTSSSKGNS CQKQVTRKEG SAMSSKEINV KSTSFSKGNS   780
SQRPGESTFV DFKRRSAVRK NLEDGKIKTY CETMKEKSAP AAQCKKRKLI RPDFRENESS   840
DLGVSVDAPE LVIVASADCS VNKNAESIRI SVVDVNEKDL LQNVKLPNAV CQTAVKGSNS   900
DKEGSSSNSE QFSAESFLAS GSADEGGKES LKNHCTSSMT SISCGDMHVD IKQAMTAIGI   960
DGFSQDRNYA SHSTFESSPK LCEHNDGDGA AKSEFVYSIE QMNDLTPVGG EISVSTLN    1018

Coding Sequence

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ATGGGTGATG CAATGAAGAA TAGTTTTCCT GGAGGTTGTC CTGAGTTTGG CGCAATCTTC    60
ATGTCGAACA ATGCAACGAA AAGAGAATGT TTAAGAAGAA AAGTTTTTGC CCTCCCATAT   120
TCGCAGTACC ACTTTGTGAA ACAGGTTAAA GCCGGGATGA TTCTTTTCCT GTTTGAATTT   180
GAGAGGAGAG AACTGCATGG TGTGTTTCAA GCATGCTCTG ATGGTGAAAT GAATATTCTG   240
CCTCATGCAT TCAGTTCATC AGGGAAGCAA TACCCTGCAC AGGTAAAATT CATCTTTATG   300
TGGAACTGCC ATCCACTTTC TGAAAATGAA TTCCGTGATG CTATCAGGGA AAACTATTTC   360
TCCAAAAACA AGTTTAACTT TGGACTGTCC GAAGATCAGG TCCGAAGGCT TCTATCATTG   420
TTCAATTTGA AGAGGATGAA AGATCAGGCA CCTCAGAGGT GGTTGACTGG AAGTAAAGTT   480
GCAAGGCCAA GTGGGTACTC TACAAGTAAA ACTAGAAGAC TAGTTGATAA CTCTCCAATG   540
AATAATCAGA TGCCACGTGA ATGTGGTGTG GACAACCATC ATGGACTAGA TATTTCCACC   600
ATGCACCAAG GGGACTCTTT CTATAATGAT GACAGACAAA CTGGCGATGG CAGATTTGGA   660
ACATACACGG ATGTTGAATA TGAGCATAAA GCAAGCGCCT TCTTAAATGA GTGTTTTCGG   720
GATCTTATGG GTAAAGTTGA AGGGAACATG GTTTCTGGTG AATATGCCAG AAGTGACAGG   780
GTGGACACTG AATGGAAAAC TGGTATGGAG CTACAACCAG CAGTTTCAGC TGGGTATTCT   840
TCAGGTAATT TCAGAAGCAT TTCCAAAGAT GTTAGGTTTG CAAAGAGTGA TAGAACTGAA   900
ACAAAATGTT ACAAGGATGA TGGTTTTGCA CCAACCATCT CAACCGCTTA TCCTACTTCT   960
TTTCAATCTA AAGTTAATCC ACTGGTGTAT TCTAGCAAAC ATGTTCTAGA AACGGGTTCA  1020
TTTATTGATG ATCCAATTAG GCCATCCTCA GCTTTCCTTC CCTCAATGGA GATGCAAAAC  1080
TCTAATGTTA GTTATCCAAT GAATTTTGAA GATTCAATTG TTACTAATAG TCTTCCTTAT  1140
GAACCTGATG TCCCTACCAT GAATCATTGG GGCTCCTCAT ATTCGGGGTT CAGTCAGGAG  1200
CATGCTTCAT TGCAAGAATA TGCTAATCAT GATAGTTGTG TTGGTCATGT CATTGGTACT  1260
TCTAAAAATC AATCGTTTCC GTCATTGTTA GAGACTAGGA GGACAGTCAT AACCTCTGAT  1320
GTCAACTCTG GTTCTGGGGG GTTTATTCCA TTGCCTTATT CTAATTCATA TGAATGCTCC  1380
AGCAGGACTA GCCTGCAAAG GCCTGACTAT TTAGATGACC TAGCAGCTGA CTACTCTAAA  1440
AAAGAATGCT GTGGAGATCT CTCCCTTCTG AAGCCCTCTT TAGCACATGT TACTTCTGAA  1500
ATTAGAAATA ATGTCAGGAT CAGTGAGCAT TCATCATCTT ATAGAACCAG TCCTAGCAAG  1560
TTTCCATCTC TTACCTTTTC TGACAGGTAT CCTACATCCA TACAAGACAG ATATGATTTT  1620
CAAGTGCCAG AGCGTGAAAG TGATAATGAA TTTGGTAATG TTGGTTTTAT GTTTAAAGAG  1680
TGCCAGCCCC ACGGTGAATC TTTTTATAAT GATAACAGAA CCATTGAAGA TGGGAGATCT  1740
GCAATATACA AGAAGGTGGA AAATGAGAAC AAAGAGGGCC AGCAGCATAT TCATGAACCA  1800
GTAAACGTGG ACTACCATGA AGTTACTTCA TTGTGTCCTT CTCCATATCA GAATTCTAAT  1860
CGCCAGAAGA AAAGGAGCGT GTTCTCTCGC TTGGCTTTGC CTCGTAAGAG ACGTGAACCA  1920
GAAAATAACA CCCCTCTTAG GACTGCTGAC ATTGATAGGC ATTCTTCAGT TGATGAAGTC  1980
ATGGACATTC TGCATCGAAG CCGTAAATAT TGGGTGAAGA CAAGTTGTAA GCAGTTACTT  2040
AAGCACAATG ATGATGCTGA CAACTTTAGG GATAAAAAAC AGGTCACCAG GAAAGAGGGC  2100
CCAGCTATGA TGTCAAAGGA GATGAATGTG AAGTCTACAT CATTCAGCAA GGAGAATAGC  2160
AACCAAAAAC AGGTCACCAG GAAAGAGGGC TCAGCTATGA TCTCAAAGGA GATAAATGTG  2220
AAGTCTACAT CATCCAGTAA GGGGAATAGC TGCCAAAAAC AGGTCACCAG GAAAGAGGGC  2280
TCAGCTATGA GCTCAAAGGA GATAAATGTG AAGTCTACAT CATTCAGCAA GGGGAATAGC  2340
AGCCAAAGAC CTGGAGAGTC AACTTTTGTT GATTTTAAAC GTCGTAGTGC AGTGAGAAAG  2400
AACCTTGAAG ATGGTAAGAT TAAGACCTAT TGTGAAACTA TGAAGGAAAA GAGTGCACCA  2460
GCCGCCCAAT GTAAAAAGAG AAAACTGATT AGGCCAGACT TCCGTGAGAA TGAGTCATCT  2520
GATCTGGGCG TATCAGTTGA TGCTCCCGAA CTTGTAATAG TGGCTTCAGC AGATTGTTCT  2580
GTCAACAAAA ATGCTGAAAG TATTAGGATT TCTGTTGTCG ATGTAAATGA AAAGGATTTA  2640
TTGCAAAATG TTAAATTGCC AAATGCTGTC TGCCAGACTG CTGTTAAAGG CAGCAACAGT  2700
GACAAGGAGG GAAGTAGCTC TAACTCAGAG CAGTTCAGTG CAGAAAGCTT TCTTGCTTCA  2760
GGAAGTGCTG ATGAAGGTGG AAAAGAATCA TTGAAAAATC ATTGCACCTC AAGTATGACT  2820
TCAATCTCTT GTGGGGACAT GCATGTTGAT ATTAAGCAAG CTATGACTGC TATAGGGATA  2880
GATGGATTTT CTCAAGACCG TAATTATGCA AGCCATTCTA CTTTTGAGTC TTCTCCAAAA  2940
CTCTGTGAAC ACAATGATGG TGATGGAGCT GCAAAGAGCG AGTTTGTTTA CAGTATTGAA  3000
CAGATGAACG ACTTGACTCC TGTTGGTGGT GAGATATCCG TCAGCACTCT GAACTAA     3057