| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Apre_1315 |
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| Symbol | |
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| ID | 8398107 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Anaerococcus prevotii DSM 20548 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013171 |
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| Strand | - |
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| Start bp | 1406391 |
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| End bp | 1409843 |
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| Gene Length | 3453 bp |
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| Protein Length | 1150 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 644995662 |
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| Product | penicillin-binding protein transpeptidase |
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| Protein accession | YP_003153059 |
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| Protein GI | 257066803 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG0768] Cell division protein FtsI/penicillin-binding protein 2 |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 22 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | GTGAAAAAAA CAAAAGAAAA AAGACTGATT TTTGTACAAG TCCTAGTCCT AGTATTATTC
CTTGCCATAG TCGTAAGGCT AAGTAAGGTT ATGCTAGTTA AAGGAGACTA CTACAGAGAC
CTGTCTGACA ATAGAAAAGT TAAAGAAGTT GATGAGATTG CAAGCCGTGG AAATATCTAC
GACAGAAACG GAAAAATCCT AGCTACATCA ATCCCATCAT TTACGGTCCA ATTATATAAG
GACCAAATGT CAAGCATGGA TGAGGATAAG AAGATAGACA ATATCTCAAA ACTTGTCGAT
ATCCTAGAAG AAGACGGAGT AAACTACACC GAAGACTTCA ACCTAAGGCT AAATTCCTTT
GAGTACAAGG ATGAAGATAC ATACTTTGAC CACAAGAAGA TGCCTATGGA TAAGGTAGTA
AGTCTTCTTA TAGAAAATAA TCTCATAAGA GAATTTATAT CATCATCCTA CCAAAAGGAG
GGAATCGAAT ACGAAACTGC CAATACTGCC CTCCTTGCCC TAAAGAAAAG AGGGATCGAT
ATTCCTTGCC ATGTTGGGCA AAAAGACGGA GAGCTCGCTA TAAGCTTTAA GGAAAATGCT
GGTGAGAAAT TAAAATCAAT TGGCTTTGGC AAAAACGATC ATCCCTTGGA CGTGATTGTA
GAATCTGTTG GGGAAGATGA GTCGGTAATT CTTACAATTC TTCAAAACCC TAACGCAAGA
AAGCTCGCTT ATGACTTGCT TAAGGAAAAT GGCCTTGAAG GAGACCTAGT CCTTAAAGAC
TATGCAGTAA AAAGTGACGA AGACTTCCTA GAGAAAAAGG CCAAGCTTCA CAAGCTTTTC
CCAAACATAA ATTACGAGTC TACTGCTGCT GATGACTTCT ATGAAATTGT CAAAAACTCA
ACCATAGAAG AAGTCTTGAC AGAAGCGACT GTGGATGATT CAGGAGAATA TATCATCCCT
GCCAATATCT TAATAGAGCA ACTTGAAAAT ATGGGAATCT ATGCTAACTT CGAAACAGAG
GTTGTTACTG AAAAGGACGA TGATAAGAAC AATTACTCAG TTGATGTAAG CTTCAAAAAC
CCTCAAGCAG GATCTGCGGT AAGGGAACTT GTAAAACTCG CTGACGAGCA TAAGCTACTT
AAGAAACTTA TCCTTTCAGA AGATATCAAA TACATGGCCC AAAATGCCAA TACCAAAAAC
AATATCTATC CAAACATTGA TATCACAGAT GAGGACCCAG AAGAGTGGAC CTATACCTTC
ACCAAAGACA AGAAGGATTT CTATACCTAC TACGCCCAAA AGGATAAGAC AAACAGCACA
GACGACGTAG TAGACATACT CTCAGAAGAA AAAGATGCAG GAAAGATTCT TTCTTACATT
AAGAAAGTAG ACAAGCTAGA AGACTATAGC GACCAAGAAG CTATAGGAAT CCTAACTATA
GACAATAAGC TCAACCGCCA AGGCAACTTC GGCTATAGGC CAATAAATAT TGTCTATCAC
TTGGATGAAT CTACAGTCCT TAAGATCGAA GAAAAAATCG ATAAGGCAAG TGGAATCATA
GTCGACACTA TACCAATCAG AAACTATCCA AATAGATATC TAGCAAGCCA CGTCCTAGGC
TACATGGGAC CAATTGCAAC AGGCGATGAG GTAAACAAGT ACGTAAACGA TAGGGGTTAT
CTCAGGGATG AAATCATAGG AAAGACTGGA ATCGAAGAAT CCTACGAGGA CAATCTAAAG
GGTAAGAATG GTAGAAGTCT CGTAACAGTA GACTCCGCAG GTAACAGACG TCAGACTATA
TCTAAGTCTA CATCAGAGCC AGGTGATGAT GTCTACCTTA CTATAGACAG AGACCTCCAA
GAACAAGCTG AAGAGTCCCT CAAGGGAGTC CTTGCTGCAA TCAGAGAAGG TATAAGCTAT
AATTCAGAAT ACGGAACATT TTCACCAATC AAGTCGGCTC CAAATGCTGA AAGTGGGGCA
GTTGTCGTAA GTAATGTAAA GACAGGAGAA GTCCTAGCCC TTGCATCATA CCCAGATTAT
GATCCGAATA TCTTCGCCAC TGGAGTATCA GCATCAGATT GGGAAAGCCT CCAAGTAGAA
GAAGGTTCTG GCCCACTTGT ACCAAGACCA ATGCTTAATA TAGCAACCCA AACAGCGGTT
ATGCCAGGAT CAACCTTTAA GCTTGTAACA AGTCTTGCAG CCCTAGAAAA AGGACTCGAC
CCACTTTCTA TAAACTACTG CCACGGCTTT ATGGATATTG GAAATAGGAG ATTTTCTTGC
TTAATTTGGA CAGAGACAGG GTCAACTCAC GGAGAAGAAA ACCTCTATGG GGCAATCAGA
GACTCATGTA ACTATTACTT CTACACTCTA GCCTTGGGCA AGAACCCAGA AGATGGGAAC
ACCCTAGGGG TAAAACTTGA GCTTAACGAT ATAAGACTTG CAGCGGAGAA ACTTGGTCTA
GACCAAAAGA CTGGAATTGA GATAAATATA CCAAACGAAA CAGTTGGAAA CATTCCATCA
ATCGGCAAGA AAGTCGAAGT AACCAAGACC ATGCTCAAAA AATACCTGGA AAATAACCTA
ACAATATTCA TCAAGGACGG AATAAAGAAG ACTCGTGATG AGTACAAGAA GGACATTGAG
GACATAGTTT CATTCGCAGA CGATCCAGAA GGATGGACTA GGGATAAGAT AATAGAGTTC
TTGGACGAGA AGGGATATGA ACCAATAGGA ATTTACGATG GACAAATAGC AGGTCTTGCA
GATACTATCA AGTTTACCTT CCTTAACCAA GCCAATTGGG ACATTACTGA CATGCTAAAT
ATAGTAATAG GCCAAGGACA AAACGCCTAC ACACCTATCC AGATGAATAG GGTAATGGCG
ACTATATCAA ATGGTGGCTA CCTAAACAAG TACACCTTGA TTAATAAGAT AGCCAACCAC
GACTCTAAAG AAGTCCTCTT CAAAAATGTT CCAGATAGTA AAAGAATTGA CATCAAGGAT
ACCAAACATC TTGAAGATAT CAAATACGGA GCCTTGTTAG TAGCTCAAAA CAATCCGATT
CTTAACAAGC TTCCTATGGA TATAGGTGTC AAAACTGGTA CAGCAGAAGT AGAAGGACAA
AACGCCGACG GATCAGACTA CTCATCCTAC GCTTGGATGA TTGGTTTTGC TCCATATGAT
GATCCAGAAA TTGCAGTATC TGTTATCCTA ACCCAGGGAG ATACCAGTTA CAACGTAAGT
CCTATCGTAA GGGACATCGT GGCCAAATAC TTCGACCTTA AAGTAGATAT ATCAAACTCT
GGAGATTCTA GTGAAGATAT AGGACAAGTA GAATATGGCC AAGGCGCTGG AGGCGAAAAT
CCTGATGGAA ATGATGGTGA CCATCCAGCA GAAGAGACAA ATACCAGGCA AAATAACGAG
ACAGACAACA CAGAAAGCAC TGAAGGGAAT TAA
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| Protein sequence | MKKTKEKRLI FVQVLVLVLF LAIVVRLSKV MLVKGDYYRD LSDNRKVKEV DEIASRGNIY
DRNGKILATS IPSFTVQLYK DQMSSMDEDK KIDNISKLVD ILEEDGVNYT EDFNLRLNSF
EYKDEDTYFD HKKMPMDKVV SLLIENNLIR EFISSSYQKE GIEYETANTA LLALKKRGID
IPCHVGQKDG ELAISFKENA GEKLKSIGFG KNDHPLDVIV ESVGEDESVI LTILQNPNAR
KLAYDLLKEN GLEGDLVLKD YAVKSDEDFL EKKAKLHKLF PNINYESTAA DDFYEIVKNS
TIEEVLTEAT VDDSGEYIIP ANILIEQLEN MGIYANFETE VVTEKDDDKN NYSVDVSFKN
PQAGSAVREL VKLADEHKLL KKLILSEDIK YMAQNANTKN NIYPNIDITD EDPEEWTYTF
TKDKKDFYTY YAQKDKTNST DDVVDILSEE KDAGKILSYI KKVDKLEDYS DQEAIGILTI
DNKLNRQGNF GYRPINIVYH LDESTVLKIE EKIDKASGII VDTIPIRNYP NRYLASHVLG
YMGPIATGDE VNKYVNDRGY LRDEIIGKTG IEESYEDNLK GKNGRSLVTV DSAGNRRQTI
SKSTSEPGDD VYLTIDRDLQ EQAEESLKGV LAAIREGISY NSEYGTFSPI KSAPNAESGA
VVVSNVKTGE VLALASYPDY DPNIFATGVS ASDWESLQVE EGSGPLVPRP MLNIATQTAV
MPGSTFKLVT SLAALEKGLD PLSINYCHGF MDIGNRRFSC LIWTETGSTH GEENLYGAIR
DSCNYYFYTL ALGKNPEDGN TLGVKLELND IRLAAEKLGL DQKTGIEINI PNETVGNIPS
IGKKVEVTKT MLKKYLENNL TIFIKDGIKK TRDEYKKDIE DIVSFADDPE GWTRDKIIEF
LDEKGYEPIG IYDGQIAGLA DTIKFTFLNQ ANWDITDMLN IVIGQGQNAY TPIQMNRVMA
TISNGGYLNK YTLINKIANH DSKEVLFKNV PDSKRIDIKD TKHLEDIKYG ALLVAQNNPI
LNKLPMDIGV KTGTAEVEGQ NADGSDYSSY AWMIGFAPYD DPEIAVSVIL TQGDTSYNVS
PIVRDIVAKY FDLKVDISNS GDSSEDIGQV EYGQGAGGEN PDGNDGDHPA EETNTRQNNE
TDNTESTEGN
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