Sclerotinia sclerotiorum: SS1G_12923 Help Entry SS1G_12923        CDS       T01071                                  Name (RefSeq) hypothetical protein   KO K05853   P-type Ca2+ transporter type 2A [EC:7.2.2.10] Organism ssl  Sclerotinia sclerotiorum Pathway ssl04148   Efferocytosis Brite KEGG Orthology (KO) [BR:ssl00001]  09140 Cellular Processes   09141 Transport and catabolism    04148 Efferocytosis     SS1G_12923 Enzymes [BR:ssl01000]  7. Translocases   7.2  Catalysing the translocation of inorganic cations    7.2.2  Linked to the hydrolysis of a nucleoside triphosphate     7.2.2.10  P-type Ca2+ transporter      SS1G_12923 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  E1-E2_ATPase Cation_ATPase_C Cation_ATPase Cation_ATPase_N Hydrolase Hydrolase_3 HAD Motif Other DBs NCBI-GeneID:  5482368 NCBI-ProteinID:  XP_001586345 UniProt:  A0A1D9PUS3 A7F5P5 LinkDB All DBs Position Unknown AA seq 1000 aa AA seqDB search MDSAYAQSTSEVLEHFSVSESQGLTEAQVIASRKKYGRNAIAEEPPTPIWELILEQFKDQ LVLILLGSAAISFVLALFEDEEGWTAFVDPAVILTILILNAVVGVSQESSAEKAIAALQE YSANEAKVIRNGHVTRVRAEDLVPGDIITIAVGDRIPADCRVLAIQSNSFSVDQAILTGE SESVGKSTPPVKDLKSVKQDQVNMLFSGTTVVNGHATAIVVLTGSSTAIGDIHESITAQI SEPTPLKQKLNDFGDTLAKVISIICIVVWLINIPHFSDPSHGSFAKGAIYYLKIAVSLGV AAIPEGLAVVITTCLALGTRKMAAKNAVVRSLPSVETLGSCSVICSDKTGTLTTNQMSVN KIVYIKEAGSSLEELEVEGTTFSPIGNILSGGTKVTDVATTSNTIFQMAEVAALCNGAAL AYDTKSKAYSNVGEPTEGALRVLVEKVGTLDPAYNQAKASISADESLHHASSWYEKRTPL LATYEFSRDRKSMSVLVNNGQQQKLLVKGAPEMIINRCTHTLVGSNGKRVPLTQSLEKLI LKEVVEYGNRGLRVIALASVENVGSNPLLKSAKTTAEYTQLEQNLTLLGLVTMLDPPRPE VAGSIRKCKEAGIRVIVITGDNRNTAEAICKQIGVFGEYEDLKGKSYTGREFDNLSKSEQ LFAAKTASLFSRVEPSHKSKLVDLLQSAGEVVAMTGDGVNDAPALKKADIGVAMGSGTDV SKLASDMVLADNNFATIEVAIEEGRSIYNNTQQFIRYLISSNIGEVVSIFLTAAAGMPEA LIPVQLLWVNLVTDGLPATALSFNPPDHDIMRRQPRKRDEALISGWLFFRYMVIGVYVGL ATVAGYAWWFMYNPEGPQITFWQLSHFHRCSSQFPEIGCQMFSNDMAKSASTVSLSILVV IEMFNAVNALSSSESLLTLPLWENMMLVYAITLSMALHFALLYTPILQTLFSILPLNWNE WQAVLYISAPVIIIDEGLKFLERQFFMQKSAIIDQRPKKE NT seq 3003 nt NT seq  +upstreamnt  +downstreamnt atggacagtgcatacgcccaatcgacctctgaggtcttagagcatttctccgtatccgaa tctcaaggtctcacagaagctcaagttatcgcttcaagaaagaaatacggtcgcaatgcc attgcagaagagcctccaactccaatctgggagctcatacttgaacaattcaaagaccaa ctcgttcttatattgctcggttccgccgctatttcttttgttttagctcttttcgaagat gaggaaggttggactgcttttgtggaccctgctgttattcttaccattttaattctcaat gccgtcgtcggtgtatcgcaagaaagtagcgcagagaaagcaattgccgctctccaagaa tattcggcaaatgaagccaaggttattcgaaatgggcatgtcacgagagtacgcgcggaa gatttggttccaggagatatcatcacaattgctgtcggagatagaattcctgcagactgc agagtgctcgcaattcagagtaacagtttctcagtcgatcaagctattctcacaggagag agtgagagtgttggaaagagtaccccgcctgtcaaggatctgaagtccgttaagcaggat caagtaaatatgcttttctctggaactacagtcgtcaatggacacgcaacggcaattgtc gttctcaccggatcttctacagctattggtgatatccacgaaagtattacggcacaaatc tcggagccgacacctctcaagcaaaaactcaacgatttcggagatactttggcgaaggtc atttcaatcatctgtatcgttgtctggcttatcaatattcctcatttcagcgatccttcc cacggaagttttgctaaaggtgcaatttactacctcaagatcgctgtatccctcggagtc gcagctattccagaaggtcttgctgttgttatcactacctgtttagctcttggtacacgt aaaatggctgccaagaatgctgttgttagaagtttgccttcagtagaaactctaggtagc tgcagcgtaatttgctcagacaaaactggtaccttgactacgaaccaaatgagtgtcaac aagattgtctatatcaaagaggcaggttctagtcttgaggagttggaagttgagggaact actttctctcccattggaaacattctttcaggtggtactaaagtgacagatgtagccaca acgtcgaacaccatcttccaaatggctgaggtagcagctctttgtaatggagccgcactc gcatatgatactaagtctaaagcctattcaaacgttggagaacctacagaaggcgcccta cgtgtcttggtggagaaagttggaaccttggatccagcttacaatcaggcaaaagccagc atctctgctgatgaatctcttcatcacgcaagctcttggtatgaaaaaagaacacctctc cttgccacttacgaattttctcgcgatagaaagagtatgtctgttcttgtcaataacggc cagcaacaaaaattgcttgtcaaaggagccccggaaatgattatcaatcgttgcacccac actttggttggatctaacggaaagagagttccacttacacagtcacttgagaagcttata ttgaaagaagttgttgaatatggtaacagaggtctacgtgtcatcgcactcgctagcgtg gaaaatgtcggatcgaatccattgttgaaatccgcaaaaactactgccgaatatacccag cttgaacaaaacttgactctccttggtcttgtcactatgcttgatccccctcgcccagag gtagcagggtccattcggaaatgtaaggaagctggaattcgagtcattgtcattactggt gataaccgcaacactgccgaagcaatttgcaaacaaattggcgtttttggagaatacgaa gatcttaaaggcaagagctacactggtcgcgaatttgataaccttagcaaaagcgagcaa ttgtttgctgccaagacagcttcattgttctctcgggttgaaccaagtcataaatccaag ctcgtagatttactacaatccgctggtgaagtggtagctatgactggtgatggtgtcaat gatgcccctgctctcaagaaagccgatattggtgttgctatgggttccggtactgatgtg tctaaacttgcttccgacatggttcttgccgacaataactttgctacgattgaagttgca attgaggaaggtcgatctatctataacaacacccagcagttcatccgttacctcatctca tccaatatcggtgaagttgtttctatcttcttgacagcagcagctggtatgccggaagct ttaattccagttcaactcttatgggtcaaccttgtcaccgatggtcttccagctacagct ttatcattcaaccctcctgatcacgatatcatgaggagacaaccaagaaagcgcgatgaa gccttgatcagtggctggcttttcttccgttacatggtaatcggtgtctatgtcggtctt gctactgtggctggttatgcttggtggttcatgtacaaccctgaaggaccccaaatcacc ttctggcaattatctcacttccaccgctgctcttcccagttccctgaaatcggctgccaa atgttctcaaacgatatggctaaatcagcatccacagtctccctttcaatccttgtcgtc atcgaaatgttcaatgccgtaaacgctctctcctccagcgaatcgctcctcactctccca ctttgggaaaacatgatgttggtttacgcaatcacgctatccatggccctgcactttgct ctcctctatacacctatcttgcaaactctcttttccattcttccgttgaactggaatgag tggcaggcggttctatacattagtgctcctgttattattatcgacgagggtctcaaattc ctagaaagacaattctttatgcaaaaatcagccatcattgatcaaagaccaaagaaggaa tag

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