Alteromonas mediterranea UM4b: I636_19135 Help Entry I636_19135        CDS       T02723                                  Name (GenBank) hypothetical protein   KO K09800   translocation and assembly module TamB Organism amad  Alteromonas mediterranea UM4b Brite KEGG Orthology (KO) [BR:amad00001]  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    02000 Transporters [BR:amad02000]     I636_19135 Transporters [BR:amad02000]  Other transporters   Pores ion channels [TC:1]    I636_19135 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  TamB Motif Other DBs NCBI-ProteinID:  AGQ03646 LinkDB All DBs Position 4334321..4338220 Genome browser AA seq 1299 aa AA seqDB search MRKRTISAILLSPILLLVAVYALLISPLGGPTVKLVANTFVDNLSIDAIDGGFADTLEVH NVQWENPQWKVSAQYAYIDITWRCLFEPKVCVNELTLENATLTQLALAPEAPDETDANDE FALPLPIEVEYLALSNIKLALLTTIVEIDELELVDFNGNEALSLDSLATKGVKVALVEQG TDSPSTSPANAPNTPPKNQKNAEPEKVKDSPLPTSYSLTYDVPQLPTITSPIPFSLGTLL VEDLQVIQGESIERVALISLLQTRFKGSEIAVEEMTVVHEKGELRGSASATLEDNFPLNA KIKVNTQFDDAPQTLVMDASGAADDLTLSVSATGAISADANLKINILDENLPIEFTANWQ EQAIPTMENALLKEGQLSLFGTMGDYQLQGDGAATLPDLGNIPVSLDVVLKKNNIYVNQA NISALEGSLANTGTLYLNETIAWEGKTTLTDVSAQQFSTYAPQQLNGEIDSILQYSERGG LHMSLRDLNISGVLQGKPLQVKGNAVYAGPSDLFVTNVNIIQENEQEKNTIRAIAQVLNK RHLNADIDISVNAINSLYPEVTGAVNGNIKASGPWQNPRANGALALSDITVSPNLNASAA QQGPLNGNVAIDGTYKDHHAEIDLAVPDNNIALSLKGAWSNNHWIGEISDTTLKLANMQW TLSSPFSLDIGTAPVTAKIGKHCWTSRREGELCVSNVNYQESKANWDISASSLPVGLWAN ELAPTMVSSPSKATLSIKTKGSYSQQDPIDATFTASMSKAPWQLGETRPLTLTINSIETT GKIKQGQLASTSLISSQDIGDATLTLNTRPFDEQIPLDGKLVMEGLNVAPFKPLSPAIRT LTGLLNGNITLSGYVDDPSLNGELTVSNGAIDIQDTPVTLADWNQKVVLNDQTASLDGTF VLGGGKGTLKGELDWSSTPSATFNLKGNGFEIRQPDIRLKVSPNIDIAATQEKVDVNGEV NIPWARIEIESLPESAVSPSKDVHLRGEPDREEPLDIVHASVLVNIDKNKTEQVKLEAFG LTASLFGGIRVNTQPALVGYGDLQIINGRYSAYGQQLIIQTGEVQFNGPIDQPLLLVEAI RDPAKTDDDVIAGIRIDGAADAPSINLFSEPAMDQQGVLSYLLTGSGPNSGTQDPNYAAL LLGFGLSNTETLTGQVGSALGIDEFSLSTNENMLSVTGQINDRLSVEYNVDVGLSNNDAN STLRRRQLPPDLALKYQLLPSLYLEAIQTTLEDQSEFALDLYYEFFLGDNRTDSSRNDDE DENGTDEADKEDEPVEQSQKGNATSDGNTPNASPKDSLF NT seq 3900 nt NT seq  +upstreamnt  +downstreamnt atgagaaaacgcactatttcggccattttactctcacctattcttttgctggtagctgta tatgcgctgctaattagcccattaggcggaccaaccgttaagcttgtagccaacactttt gtagataacttgtctatcgatgcgatagacggcggctttgccgacacgcttgaagtacac aacgtacagtgggagaacccgcaatggaaagtgtcagcccaatacgcctatatcgatata acatggcgctgcctgtttgaacctaaagtgtgcgttaatgaactcacgcttgaaaatgcg acgttaacccaacttgccttagctccagaagcgccagacgaaaccgatgctaacgatgag tttgctttgccacttcccatcgaagtcgagtacttagcgttaagcaatattaagcttgcg ctactcaccactatcgtcgaaattgatgaactagaactcgtcgactttaacggtaatgag gcactttcacttgatagtttagcgacgaaaggggtaaaggtagcgcttgttgagcaaggc acagattcaccatcgacatcaccggctaacgcccctaatacgccacccaagaatcagaaa aacgcagagccagaaaaggtaaaagacagccctttgcctacgtcgtactcattgacctac gatgtaccacagttacctacaattacatcaccgattcctttttccctcggcaccttatta gttgaagacttacaagttatacagggtgaaagtatcgaacgagtggcgcttatctcgctt ttgcaaacccgttttaaaggcagcgaaatagcggttgaagaaatgacagtggtgcatgaa aaaggggagcttagagggagcgcaagtgccacacttgaagacaatttcccgctcaatgcc aaaattaaggttaacactcaatttgacgatgcgccgcaaacactcgttatggatgcatcc ggtgctgcagacgacctcacgctatcggttagtgccacaggagcgattagcgctgatgcc aatttaaaaatcaatattctcgacgaaaatttacctattgagttcaccgcaaattggcaa gagcaggctataccaaccatggaaaatgccctgttaaaagaggggcaattatcccttttt ggcaccatgggtgattaccagcttcaaggtgatggcgcggcaacgctgcccgaccttggc aatatccccgtatcgttagatgtggtacttaaaaagaataatatttatgttaaccaggcc aatatcagcgcactggaaggaagcttagcgaatacgggaacgctgtatttaaatgagact atcgcctgggaaggcaaaaccaccttaactgatgtgtcagcgcaacaattcagcacttat gcccctcaacagctaaacggcgaaattgacagtattttgcaatattccgagcgcggcggc ctgcacatgagcttaagagacttgaacatttcaggtgtactgcagggtaagccgcttcaa gtaaaaggcaatgcagtatatgcaggcccgagcgacttattcgttaccaacgtcaatatc atccaagaaaacgagcaagaaaaaaataccattcgtgctatcgctcaggttttaaataag cgtcatttaaatgcagatattgatattagcgttaatgccatcaatagcctttaccctgaa gtaaccggggccgtgaatggcaatatcaaagcatcggggccttggcaaaaccctcgcgca aacggcgcgttagcgctttctgatatcaccgtatctcctaacttaaatgcttcagccgct cagcaagggccgttaaacgggaacgttgccatagacggcacctataaagatcatcacgct gaaattgaccttgccgtacctgataacaacatagcccttagcctcaaaggggcgtggagt aataaccactggattggcgaaattagtgataccacgttaaagcttgccaatatgcagtgg acattatcaagcccgttcagtctagatatcggcacagcccccgtcacggcaaagataggc aagcactgctggacctcccgcagagaaggcgaattgtgcgtatcaaacgttaactatcaa gaaagtaaggccaactgggacattagtgcctcatccttaccagtaggtctctgggccaat gagctggcacccaccatggtttcaagcccctccaaagctacccttagtataaaaacaaaa gggagttactcacagcaagaccctatagacgccacgtttacggcgtcaatgagtaaagcc ccttggcagctgggtgaaaccagaccgctaacccttaccattaactcaatcgagacaacc ggtaagattaaacaagggcaattagcgtcaacctcactgatttcgagtcaagacattggt gatgctacgctaaccctaaatacgcgaccattcgacgagcaaatcccccttgatggaaag ctggtcatggaagggctaaatgtagcaccgtttaagccactttctcctgctatcaggacg cttacaggcctactcaacggcaacattacacttagtggctatgttgacgacccatcgctg aacggtgagcttactgtttcaaacggcgctatcgatatacaagataccccagtcaccctc gctgactggaaccaaaaagtggtgcttaacgaccaaaccgcctcgctagacggaaccttt gtattgggcggcggaaaaggtacgctaaaaggggaactggattggtcgtctacccctagc gccaccttcaatttaaaaggcaacggctttgaaattagacagcccgacattcgtcttaaa gtgtcgccaaatattgacattgccgcgacgcaagaaaaggtcgatgtgaacggcgaggtc aacataccgtgggcgcgaattgaaattgagtcgcttccagaaagcgcagtgtcgccgtct aaagatgtccacctgcggggggaaccggatagagaagaaccgctagatatcgtacatgcg tcggtgcttgtaaacatcgataaaaacaaaaccgaacaagtaaaacttgaggcctttggt cttaccgccagcttattcggcggcatacgagtgaatacgcaaccagcgttagttggctat ggcgacctgcaaataataaacggtcgctatagcgcctatggtcagcagttgattattcaa accggcgaagttcagtttaacggccctatcgaccaaccgttgctactggtagaggccata cgcgacccagctaaaactgacgacgatgtcatagccggtattcgtatagacggcgcggct gacgcccccagtataaatttgttttctgagcccgcaatggaccagcagggcgtattgtca tacttattgaccggctcgggccctaattcgggcacccaagatcctaactatgctgcactg ctattgggctttgggctttctaatacagaaactctgacagggcaggtaggaagtgcgttg ggcattgatgaattcagcttaagtaccaatgaaaatatgctctcggtcactgggcaaatt aacgaccgtttatcagtggaatacaacgtagatgtaggcttaagtaataatgatgctaac agcacccttcgacgcaggcagttaccgccagacttggcgcttaaataccagctgcttcca agcctttacttagaggcgattcaaaccacattagaagatcagtcggagtttgctttagat ctctactatgagttcttcttaggcgataacagaaccgatagctcccgtaatgacgatgaa gacgaaaatggcactgatgaggctgataaggaggatgagcctgtagagcaaagccaaaaa ggcaacgctacctcggatggcaacacccctaacgcaagcccaaaagactcattgttttaa

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