Sclerotinia sclerotiorum: SS1G_00628 Help Entry SS1G_00628        CDS       T01071                                  Name (RefSeq) hypothetical protein   KO K01539   sodium/potassium-transporting ATPase subunit alpha [EC:7.2.2.13] Organism ssl  Sclerotinia sclerotiorum Pathway ssl04820   Cytoskeleton in muscle cells Brite KEGG Orthology (KO) [BR:ssl00001]  09140 Cellular Processes   09142 Cell motility    04820 Cytoskeleton in muscle cells     SS1G_00628  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:ssl04147]     SS1G_00628 Enzymes [BR:ssl01000]  7. Translocases   7.2  Catalysing the translocation of inorganic cations    7.2.2  Linked to the hydrolysis of a nucleoside triphosphate     7.2.2.13  Na+/K+-exchanging ATPase      SS1G_00628 Exosome [BR:ssl04147]  Exosomal proteins   Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)    SS1G_00628   Exosomal proteins of other body fluids (saliva and urine)    SS1G_00628   Exosomal proteins of colorectal cancer cells    SS1G_00628   Exosomal proteins of bladder cancer cells    SS1G_00628 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  E1-E2_ATPase Cation_ATPase_C Hydrolase Cation_ATPase Cation_ATPase_N Hydrolase_3 PRIMA1 DUF443 Motif Other DBs NCBI-GeneID:  5494417 NCBI-ProteinID:  XP_001598539 UniProt:  A0A1D9PZQ5 A7E5Q3 LinkDB All DBs Position Unknown AA seq 1121 aa AA seqDB search MEGKAMYASSEEQDDEIFHVQPRPEMRIRFGAQDEEAGRQTSTLPRMARTITNSSQLSAT SSRRRRVSIDPATALPITYRTVSFAIEESKEIPRAEADRAKKDAAAELGDLEWHTLSTDD VIGRLETSVTEGLSKEQVEVKTKEFGKNMPSKPPSDLLSRVFGYLFGGFGSVLLIGGILV TITYEPLGEPNPAQANLALAIVLYAVFVIQALFNAWQDWSSSRTMASISGMLPDDCFVLR DGNRVELAAVSLVPGDILYIKSGNKLPADVRFIEISSDAKFDRSILTGESQPIPGSIENT DLNYLETHNIGMQGTHCISGSAIGVTVSTGDKTVFGKIAKLTNTPKTGMTTLQREILRFI IIICSIMVFFNIVVIICWAAWLRHSHPDWITVAGLIVDIVTVAVAFIPEGLPIALTASLT ITANIMKRNQVLCKSLKTVETLGAVSVICSDKTGTLTKNKMFVTECSIAEKTMTPEQAIE FQKSNGMTTNCVAQLRSLAGLCNAGEFDAATLHLPLAERKIAGDATDQAVLRLSEAFGDV RQLHVLWRKTFELAFNSKNKFMIRTLTLSDHEGLGLAVSPQEQAEWKNEDLLLTVKGAPD ILVERCTKYVGEDGHVYPLNADMRNSIEVIKNKWSSQGKRVILLARKVLTGHQRQHNPEN NTFEAEIMRQAGSHLILVGLVGIVDPPRDEIPEVVKVLRRAGIRIFMVTGDFKLTAQAIA IECGIITSPTGMIHDVSKLDRNGLETPKSVSSGVISEKDADSKHGDARSITLSGPELISL NDSQWDQLCQYEEIVFARTTPEQKLRIVKEFQKRENIVGMTGDGVNDAPSLKAADIGIAL GSGSDIAIEAADMVLLDSFGAVVEAVKYGRVVFDNLKKTLIYLLPAGTFCEFLPIITNVI LGLPQILSSFLMIMICCLTDCAGATVLAYEKPEADVLLRKPRDVKKDRLVDWKLLFHAYV FLGMQEAIASFAMAYWYCQRRGVTFSILWLGYGNYPPHLSDEHVQNVLAVASSIYFVNLV IMQWFNLMATRTRRLSIFQQPPAFNKATQNLWLFPAIIFALVVIFIFLYIPGLTSAINSS PIPAEYFFFPLCFGMWILFTDEVRKLYVRKWPEGWLARVAW NT seq 3366 nt NT seq  +upstreamnt  +downstreamnt atggagggaaaagccatgtacgcctcatctgaggagcaggacgacgaaatttttcatgtc caacctagaccagaaatgcgaatcagattcggcgctcaagatgaagaggcaggcagacag acgagcacacttcctagaatggctcggacaatcacaaatagctcacaactatccgccaca agttccagacgccgcagagtgtctatcgatccagcaactgctctgcccattacttaccgc acagtctcatttgcaatcgaagagagtaaggaaataccaagggctgaagcagatcgtgca aagaaggatgctgcagctgagcttggcgatttagagtggcatactctgtccacagacgac gtaataggtcggctggagacatcagttactgaaggtctctccaaggaacaggtcgaggtc aaaacgaaagagtttggaaagaatatgccttcgaaaccaccttcggatttgctctcgagg gtctttggatatctgtttggtggatttggatccgtcttattgatcggtggtatcctggtc actattacttatgaaccactcggagaaccaaatccagcacaggccaatctagctcttgcg attgtcctttacgccgtcttcgtcatccaagctttattcaatgcatggcaggattggtca tcgtctcgtacaatggcgtccatctctggcatgcttcctgatgattgcttcgtcctccgc gatggcaaccgcgtggagcttgccgcagtcagtctagttcccggtgacattctttacata aagtctggtaataagctccctgcagatgttcgtttcattgaaatctcatctgatgcgaag tttgatcgctccatcctgactggagaatcacaacctattccaggttcaattgagaacaca gatctcaattatttagagacgcataacattggtatgcaggggacgcattgcatctctgga agtgcaataggagtcactgtcagcacgggagataagacagtgtttggtaagattgctaaa ttaaccaatactccgaagacaggtatgaccacattgcagagggagatcttgaggtttatc ataatcatctgttccattatggtgttcttcaacatagttgtcatcatctgttgggccgca tggttgcgacattcacatcccgactggatcaccgttgctggattaattgttgatatcgtg accgtggcagttgcatttatccctgagggcttacctatcgcactaactgcttcgttgacc attactgcgaatataatgaaaagaaaccaagtcctatgcaagtcgttaaagactgtcgag accttgggagctgtatcagttatctgctcggataagactgggacattaacaaagaataaa atgtttgtaacggagtgctcaatcgcagaaaagacaatgactccggagcaagccatcgaa tttcagaagtccaatggcatgactactaattgtgtggctcagctgcgatctctggcaggc ctatgcaacgccggtgaattcgatgctgctacgctccatttacctcttgcggaacgaaag attgccggagatgcgacagatcaggcggtcctccgactgtcagaggcattcggggatgtt cgccagttacatgtgttatggagaaagactttcgagctagcattcaacagcaagaataaa ttcatgatcagaactttgacactatccgaccatgaaggtctgggacttgcggtatcacct caggagcaggcggaatggaaaaatgaggatctgctattgactgttaaaggtgccccagac attcttgtcgaacgttgcactaaatatgttggtgaagatggtcatgtgtacccattgaac gcggatatgaggaactctatagaggtgatcaaaaataaatggtcaagtcagggaaagcgg gtgatcttacttgcaaggaaagtgctcaccgggcatcaacgacagcataatcctgaaaac aacacttttgaggccgagattatgcgacaagctggtagccatttgattcttgtggggctt gtcggcattgtggatcctccccgagatgaaataccagaggtggtaaaagtcctaaggaga gctggcatacgaatcttcatggtcactggcgatttcaaactcactgctcaagctattgct atcgaatgtggtatcatcaccagtcccactggcatgattcatgatgtttctaagctcgac agaaatggattggagacaccaaaaagtgtttcgagcggcgtcatctctgagaaagatgca gactcgaagcatggagacgcgaggtccataactctcagtggcccggagttgatcagttta aatgatagtcaatgggatcagctctgccagtatgaagaaattgtcttcgcacgcactact cctgagcagaagctaagaattgtcaaagaatttcaaaaacgcgagaacatagtagggatg accggcgatggtgtcaacgatgctccatccctaaaagccgctgacattggcattgcactt ggaagtggctccgatatcgcaatcgaagccgctgatatggtcctgttagattctttcggc gctgtcgttgaagccgtcaaatacggtcgtgtagtctttgacaacctcaagaaaactctc atctaccttcttcccgccggaactttttgcgaatttcttcccatcattacgaatgtcatt ctcggtcttcctcaaatcctcagctctttcctcatgattatgatctgttgtctcacggat tgtgctggtgcgacggttcttgcttatgaaaaaccggaagctgacgtgcttttgaggaaa ccaagagatgtcaagaaagataggttggttgattggaaattactcttccatgcgtatgtc tttctgggtatgcaagaagccattgcctcgtttgccatggcgtattggtattgccaacgg cgaggagttacgttttcaatcttgtggttgggatatggaaattacccgccccatttgagt gacgagcatgtccaaaacgtgttggctgtggctagcagtatttactttgtcaatttggtt attatgcaatggttcaacttgatggcaactcgcactcgccgtctctcaattttccaacaa cctcctgcctttaacaaagcaacacaaaatctctggctcttcccagccataattttcgcc ctcgtcgtgatctttatcttcctctacataccaggattaacatctgcaatcaatagtagc cctattccagcggaatatttcttctttccattatgttttggtatgtggatacttttcaca gatgaggtgaggaaattgtacgtgaggaagtggccggaaggatggttggcaagggtggct tggtag

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