Litchfieldia suaedae: IM538_18915 Help Entry IM538_18915       CDS       T08143                                  Name (GenBank) penicillin-binding protein   KO K03693   penicillin-binding protein 1B Organism csua  Litchfieldia suaedae Pathway csua00550   Peptidoglycan biosynthesis csua01100   Metabolic pathways csua01501   beta-Lactam resistance Brite KEGG Orthology (KO) [BR:csua00001]  09100 Metabolism   09107 Glycan biosynthesis and metabolism    00550 Peptidoglycan biosynthesis     IM538_18915  09160 Human Diseases   09175 Drug resistance: antimicrobial    01501 beta-Lactam resistance     IM538_18915  09180 Brite Hierarchies   09181 Protein families: metabolism    01003 Glycosyltransferases [BR:csua01003]     IM538_18915    01011 Peptidoglycan biosynthesis and degradation proteins [BR:csua01011]     IM538_18915 Glycosyltransferases [BR:csua01003]  Polysaccharide   Bacterial polysaccharide (excluding LPS)    IM538_18915 Peptidoglycan biosynthesis and degradation proteins [BR:csua01011]  Peptidoglycan biosynthesis and degradation   Glycosyltransferase/DD-Transpeptidase (Class A PBP)    IM538_18915 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Transgly Transpeptidase Motif Other DBs NCBI-ProteinID:  QOR65857 LinkDB All DBs Position 3563502..3566447 Genome browser AA seq 981 aa AA seqDB search MNRNKEKWAERLISIKDFLFHKRAKKTANITYSVVWNLFLLFMIFGLIGMSFAGGAGAGY FASLVKDEPLRPYEDMKKHIYNYEETTEVYFDNNVYLGKLRSDLDRVEVTLDDISDHLKN AVIATEDEYFYEHNGVVPKAILRALFQEVTNSSVRTGGSTLTQQLIKNQILTNEVSFDRK AKEILLAMRLEKFFEKDEILEAYLNMATFGRNSSGRNIAGVQTAAKGIFGVDAKDLTLPQ AAFIAGLPQSPFRYTPFTNKAEVKTDLEPGLNRMQTVLKRMLDGKYITQEQYDEAINYDI RANLTPYKASPTDQYPWLTSEIELRATDILLKKLAKEDGYEEADLTSDENLQKYYKNLAN QNLRQNGYRIYTTIDKQIYDKMQEVAKNYEYYGPDKPQIKKNPDTGVDEEVMEPVETGAV LIENSTGKIISFVGGRDHTREQTNHATFALRPNGSTMKPLLVYAPAIELGLLQPGSVIAD VPLKIGDYEPKNYGGSFDGLMSARHALKMSRNIPAVKTYVDMFDQRPLSYLEQMGFSSLV KEDGQAYSLSLGGMTKGVTVEENVNAYATFANSGQFIDAYMIERIETNEGEVIYQHESKA VDVFSPQTAYLTIDIMRDVIRSGTATSINRYLGFNADWAGKTGTGQEYRDAWFVATNPNV TFGTWIGYDTPKSMYGHYKGLSYSQRNLLLWSKLMNVAYEINPDLVAPKESFKMPGGLVK RQYCAMSGLLPSDICKEAGLVAEDIFNAKYAPTEVDDNLERGKYIIVDEKAYRVPETAPE EFVQEGIMVKKEFLEKNDLKDLTALNDLLPKNDQWTNIVVTETEPLQDNGAAPTKVAGVN LKGNILSWAKHEHTDVIGYRIYRAANFSTEFEQLASIPAQTELKYTLPNQDPAAYYVVAV DISGNVSPNSETIFTEGYMEQPVELPPDEEEIPGDDEPGDGEGPGEGEDDGEGEGEPGDD EIIPGLPGVGTNRQNLVLPYV NT seq 2946 nt NT seq  +upstreamnt  +downstreamnt atgaaccgaaataaagaaaagtgggctgaaagattaatatcgataaaagattttcttttc cacaaacgagctaaaaagacagctaacattacatatagtgtagtctggaatttatttttg ttatttatgatatttggacttataggcatgtcattcgcaggaggtgctggtgcaggctat ttcgcatctttagttaaagatgagccattgcgtccgtacgaagacatgaaaaagcacatt tacaattatgaagaaaccacagaagtgtattttgataacaatgtgtatttaggcaaactc cgttcagacctagatcgcgttgaagttacactggatgacatttccgatcacttgaaaaat gcggttattgcaaccgaagatgaatacttttacgagcataacggagttgttccaaaagca attctacgagccctgttccaagaagtgactaactcctcagttaggactggtggaagtaca cttacacaacaattaataaaaaatcaaatacttacaaatgaagtttcttttgaccgtaaa gccaaggaaattctactagctatgaggcttgaaaaattcttcgaaaaagatgagattcta gaggcctatcttaatatggcgacatttggtaggaattcatctggtagaaatattgcaggt gtacaaactgctgctaaagggattttcggggtagatgctaaggacttaacccttccacaa gctgcgtttattgctggattaccacaaagtccgttcagatatacaccttttacaaacaaa gcagaagtaaaaacagatttagagcctggattaaacagaatgcaaaccgttcttaaacga atgctagacggtaaatatatcacacaagaacagtatgatgaggctattaactatgatatt cgtgctaatttaacaccttataaagcctctccaacagatcaatatccgtggttaactagc gaaatagagctacgagctactgacattttattaaaaaagctagcaaaagaagatgggtat gaggaagcagacctaacttcggatgagaatttacaaaagtattataaaaatttagcaaat caaaatttacgtcaaaatggttatcgaatttatactaccattgacaaacagatttatgac aagatgcaagaagttgcaaagaattatgaatactacggacctgataagcctcagattaag aaaaatcctgatactggggtagatgaggaagtaatggaaccagtagaaacaggtgctgtg ttaattgaaaatagtactggtaaaataattagcttcgttggtgggcgtgaccatacaaga gaacaaacaaaccatgctacctttgcattacgcccaaatggttctactatgaaaccatta ttagtctatgctcctgctattgagcttggcttactacaaccgggttcagttattgcagat gtcccactaaagattggtgattatgaaccaaaaaactatggtggtagtttcgacggacta atgtcagcaagacatgcactaaaaatgtctagaaatataccagcagttaaaacatatgta gatatgtttgatcagcgtcctctctcctacctagaacaaatgggctttagctctctagta aaagaagatggtcaagcctactctctctcacttggtgggatgacgaaaggtgtaactgtt gaagagaatgtgaacgcatatgcaacttttgcaaactcagggcaatttatcgatgcttat atgattgaaagaattgaaactaatgaaggcgaggttatctatcagcacgaatcaaaggct gtagatgtattctcacctcagactgcatatctgacaattgatatcatgcgtgatgtaatt agaagcggaacagcaacgtccatcaaccgatatttaggatttaatgcagactgggcaggt aaaacaggaactggccaagaataccgtgatgcatggtttgtcgcaacaaatccaaatgtt acgtttggaacatggattgggtatgacacaccaaaatcaatgtatggccattataaagga ctatcctattcgcaacgaaacctattactttggtcaaaacttatgaatgtagcctatgaa attaatccagaccttgtagcaccaaaagagtcttttaaaatgccagggggtcttgttaaa aggcaatattgtgcaatgtcagggcttcttccatcggatatttgtaaagaagctggcctt gttgcagaggatattttcaatgcaaaatatgcacctacagaagttgatgataatctagaa agaggcaaatacatcattgttgatgaaaaagcctacagagttccagaaactgctcctgaa gagtttgtacaggaagggattatggttaagaaagaatttctagagaaaaatgatcttaag gatttgactgctcttaacgatttactcccgaaaaatgatcagtggacgaatattgttgtc actgaaactgaaccattacaggataacggagccgctccgactaaggtcgctggagttaac cttaagggaaatatactatcttgggcaaagcatgagcatactgatgtgattggctataga atttatcgtgcagctaatttctcaacagaattcgaacaattggctagtataccagcacaa acagaattaaaatatacactacctaaccaagaccctgcagcatactacgttgttgcggtt gatattagtggtaatgtctcccctaactctgaaactatattcactgaaggctatatggag cagccagtggaactccctcctgacgaagaagaaattcctggagatgatgagccaggtgat ggagagggaccaggtgagggtgaagatgatggtgaaggcgaaggtgagccaggtgatgat gaaattattcccggtttaccaggagttggaacaaatcgccaaaatttagtactaccatat gtataa

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