Entry PHYPA19366 (A0A2K1L4A0)

E Physcomitrella patens subsp. patens


General Information

Description
Predicted protein [Source:UniProtKB/TrEMBL;Acc:A9SGG6]
Organism
PHYPA - Physcomitrella patens subsp. patens (Taxon-ID: 3218)
Locus
DS544965.1join(459759..460517, 460848..461141, 461449..461658, 461770..462030, 462139..462225, 462479..462592)
Number of exons
6

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

Download: Fasta
MMGSGEDDAQ QARLYTSTDA MESLPLEDHP HSYLSTSDYR SAMSGGGSML HESHPLAASP    60
EQPLNMFKDS FRKGFQETGR SNSFRDTMIE PPSYADAIFS PYLADDSNGS ARDLGVHASP   120
SFTSSSSFSE ILQVRVTDPE KVQEPGSSLV PGGTSYMTYK FTTHTNIPSY LGSDFTVRRR   180
FRDVVTLADT LAESYRGYFI PPRPEKSVVE SQVMQKMEFI EQRRLALEKY LARLAAHPVL   240
RHSEELRKFL QTEGRLPLQP TTDIASRMLD GAVKLPLQLF GESSTMLSPQ EAAQPARGGR   300
DLLRMFKELK QSVTNDWSSG KPFVVEEDKD FLEKKDKLTD LERQLSYASQ QAEIWLKGQQ   360
EVGEVMGDLG LAFFKLAKFE TENTMVPCQR MFAADVKRAA TAAVKASRFY RESNAFSVKN   420
LDELHEYLGL MQAVHSAFSD RNNSLITVQT LTQDVASLNK QIEKAVAASN KIFGGSKSQN   480
RKIEELKEQL KNTEEASQLA NKQYDQIKDR NKSEVERFNE ERNRDFMNML RGLIQTQVGY   540
SRKMANVWTK VAEEAAGSSN RSSEASSSGF STPS                               574

Coding Sequence

Download: Fasta
ATGATGGGTT CGGGAGAGGA CGATGCGCAG CAGGCGCGGC TCTATACCTC GACCGATGCA    60
ATGGAGAGTC TACCTTTAGA AGACCATCCC CATTCGTATC TTTCTACCAG TGACTACCGG   120
AGTGCCATGT CGGGTGGGGG TTCAATGCTA CATGAATCTC ACCCGCTTGC GGCAAGTCCG   180
GAGCAGCCCC TAAACATGTT TAAGGATTCG TTCAGGAAAG GATTCCAGGA GACGGGTCGC   240
AGCAATAGTT TCAGAGACAC CATGATTGAG CCACCTTCTT ATGCAGATGC AATTTTTTCC   300
CCTTACCTGG CCGATGATTC AAACGGTAGT GCACGTGACT TGGGGGTTCA TGCTTCTCCT   360
TCATTCACTT CATCCTCATC GTTCTCTGAG ATTCTGCAAG TGAGGGTCAC TGATCCTGAA   420
AAAGTTCAAG AACCAGGTAG TTCTTTGGTA CCAGGAGGGA CCTCCTACAT GACATACAAA   480
TTTACCACAC ATACAAACAT TCCATCATAC TTGGGTTCAG ATTTCACTGT GAGGAGGCGG   540
TTTCGTGATG TTGTAACCTT AGCCGATACG CTAGCAGAGA GTTACAGAGG GTATTTTATT   600
CCTCCTCGTC CCGAGAAAAG TGTTGTAGAG AGTCAAGTTA TGCAAAAGAT GGAATTCATT   660
GAGCAACGAA GATTAGCTCT GGAAAAGTAC TTGGCCAGAC TAGCAGCACA TCCTGTCCTT   720
CGTCACAGCG AGGAGCTCCG AAAATTTCTC CAAACTGAGG GACGATTGCC TCTTCAACCG   780
ACCACAGATA TTGCATCTCG AATGCTGGAT GGGGCTGTCA AGCTCCCGCT CCAACTTTTT   840
GGAGAAAGCA GCACAATGTT AAGTCCACAA GAGGCTGCAC AACCTGCTAG AGGAGGTCGG   900
GATCTGCTTC GGATGTTTAA AGAACTGAAG CAGTCTGTTA CAAACGACTG GAGTAGTGGC   960
AAGCCTTTTG TCGTTGAAGA AGATAAAGAC TTTCTGGAGA AGAAGGACAA GTTGACGGAC  1020
CTCGAACGTC AACTGAGTTA TGCCTCTCAG CAGGCCGAGA TTTGGTTGAA GGGACAACAG  1080
GAGGTTGGTG AAGTCATGGG AGACCTAGGC TTAGCCTTCT TCAAATTGGC CAAGTTTGAG  1140
ACAGAGAATA CGATGGTACC TTGTCAGCGT ATGTTTGCTG CAGATGTGAA ACGCGCAGCT  1200
ACTGCTGCTG TTAAAGCAAG CAGGTTTTAT CGAGAATCGA ACGCGTTTTC TGTCAAAAAT  1260
CTGGATGAAT TACACGAGTA TTTAGGATTG ATGCAGGCTG TGCACAGTGC ATTTTCCGAC  1320
CGCAATAATT CGCTAATTAC AGTGCAAACT CTTACACAAG ATGTGGCATC GCTTAATAAG  1380
CAAATTGAAA AGGCGGTGGC TGCTTCTAAT AAGATCTTTG GTGGGAGCAA GTCACAAAAC  1440
CGCAAAATTG AAGAACTCAA AGAACAGTTG AAGAATACAG AAGAAGCCAG CCAGCTGGCG  1500
AATAAGCAGT ATGATCAGAT TAAGGATCGC AACAAATCGG AGGTGGAGCG TTTTAATGAG  1560
GAAAGAAATC GCGACTTTAT GAACATGTTG CGGGGTTTAA TTCAAACTCA GGTTGGGTAC  1620
TCGAGGAAAA TGGCGAACGT ATGGACAAAA GTAGCGGAAG AAGCAGCGGG ATCTTCTAAC  1680
CGGTCGTCAG AAGCTTCCTC ATCGGGCTTC TCAACACCTA GTTAA                  1725