| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_00973 |
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| Symbol | |
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| ID | 6776210 |
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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 | Alteromonas macleodii 'Deep ecotype' |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011138 |
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| Strand | + |
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| Start bp | 1019056 |
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| End bp | 1021638 |
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| Gene Length | 2583 bp |
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| Protein Length | 860 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 642754405 |
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| Product | glycosyltransferase |
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| Protein accession | YP_002125281 |
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| Protein GI | 196155792 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1216] Predicted glycosyltransferases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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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 | ATGGCGAATG AGTTCCGAGA GGACTTAATT GTAAATAATA TCAATAAAGG GGCGCACGGT
TTTAGTCTAG TCCTGAACAA TGAACTTTTG AGAAAAGAAA GTGCGATCGT AATCAAGGAT
AAAGCCACGG ATAAAAAAGT CGCTACCTCT GCATTTAAAG TTTCAAATAC GCTTAGTCGA
GCTGCAGTTG CTTTAGAAAG CCTTGTCGGC AACAAGTTAT CTTTTATCAT TCGAAACAAG
CAAGTGACTC AAGGGGTCTT CACCCTAGCG TTCAGGGTAG CAAATGAGAT AATAGGTCAT
TACGAATGCG ATAGCTCCAA AGACACTAGC TTTGGTTATA TATACGTTCC TGCAAAGTTT
TTAGATAATG CAAAACACAC CGTTGTGGCC TTCATATATG GTGAGCCAGG GTTTTGTGGA
AAGCTAGAAA TTCAGGGCGA CCCTGTGCTC ACCCCATGGG AGTATTTGAA CCATAGTAGA
AGAATTCCCC ATTATATCAG TAAACCTCCG AGTGCAGACG CAAGATACGA ATCATTAACT
CTTCAGTTGC ATGATAAAGA GAGAAAAGTA GATATTGAGA GCTTAAGTAC GGCGCATAAT
GTGTTAGTAG AAGGTTATGA GGGGCGAAAA AACTTTCCTA ATCTAACCTT GCCTAGCTTT
GAAAACCCTA AAGTGTCAAT TATTGTACCC GCATATAATA AGTTTTCACT TACTTATCAC
TGCATCGCTT CAATATTATT AGCCTTCAAC AAAACACCTT ATGAAGTCAT TCTAGCCGAC
GACTGTTCTA CTGACGAAAC TAGCCGAGCG GAAGAAATCA TAACTAACCT CAAAGTTTCT
AGAAACACCG AGAATCTACG TTTTCTTAAA AGTTGTAACA AGGCTACAGA GATTGCATCA
GGCGATTATA TTGTATTCTT AAACAACGAT ACCGAGGTGA AAAGCTTGTG GTTAGACGAA
CTTGTAAGCC AGCATGAAGC TGACTCAAGT GTTGGGATGA CGGGGTCTAA ATTGTTGAAC
CTTGACGGTA CTCTTCAAGA AGCTGGAGGA ATAGTCTGGT CTAACGGTGA ACCTTGGAAT
GCTGGAAGAA ACGCTAATCC ATACGATTGC TCTTGGAATT ATGTCCGGCA AGTCGATTAC
GTTACCGGAG CTGCATTGTG CATTTCCCGT AATGTTTGGG AAAAGGTAGG TCGATTTAGC
GAAGAATATG CGCCTTGTTA CTATGAAGAT ACTGATCTGT CATTCAAAGT GAGAGAAGCA
GGGTACAAAG TACTTTACGT TCCGCACTCA GAAGTAATTC ATTTTGAAGG TCAGTCACAT
GGAACCGATG TGTCGAAGGG TTTAAAGCAA TACCAAAAAG TAAACGAAGC CACTTTTCGA
AGAGCTTGGT TCAACTCTTA CAAACACGGT ACAAAACCTT CGTTATCAAA CTTACATTTA
GAAAAAGACC GCAACATTGA GCAAAGAGTT CTAGTAATCG ATTATGCAAC ACCAATGGAA
GGGGTTGATG CAGGAAGCCA TGCCGCGCTG AAAGAAATAG AAATGATGAT AGCTCTTGGT
TTTAAGGTTA CTTTTGTGCC TCAAAATCTT GCCATTATGG GACTTCATAC CAAAAAGCTA
CAGAATATGG GAGTAGAGGT GCTCTACGTT CCTTTTTATT ACTCATTGGA CGATGTTTTA
GACCGTAGAC TAGAGGAAAT GGATGCGGTC TATATAACGC GTTATGAAGT AGCGAAAAAT
TACATAGAAC GTATAAAAGC AGAAAATAAG CCTGTTCTAT TTAATAATGC CGACCTCCAT
TTCCTAAGAG AAATGAGAGC GGCTCTTCTA AAAAACGATC AAGAAGCAAT GGATGAAGCA
TTATTAACTC GTGATGAAGA GTTGGCGGTG TGTGAAGCGG TTGATGCTAT TCTAACGTAC
AACACTACAG AACAAGCTGT AATATCGAGC CACTTAGCTA AAACATGCAA CATGCACACA
ACCCCATGGG TAGTCGACCC AAAGCCTTCG GGCAAAGGTT TCTCAGATAG AAGTGGAATT
GCATTTTTAG GTGGTTATGG TCACAAGCCA AATGTTGAAG CTGTAGAGTT TATGGTTGAA
CAGGTGATGC CTAAGTTAAA GGCGGTTAGA CCTGACATTA CGTTTACTGT ATATGGCAGC
AAAATGCCAA AGGAGTTTAA ACAGTTTGCT TGTGATAATG TCGATATAGT AGGTTTCGCT
GAATCGCTAG ATAAAGTTTA TAACGAGCAT CGTATTTTCA TTGCGCCACT TCTCTCTGGC
GCGGGAATAA AAGGGAAAGT ATTGGACGCA TTAGCCTATG CCACGCCAAC TGTTCTAACG
GATGTTGCAG CGGAGGGAAC TGGTTTAACG AACGGTATAA ATACGTTAAT CGCAAATACA
GCCGAAGAAT GGGTAAAAGC CGTAATAAAA CTTTACGATG ATGAAGCGCT TTGGAAGCGA
TTCAGCGAAA ATAGTGAATT ACTAGCAAGA GAAAACTTCT CTTATCATAA CGGTGTTAAG
AGGATGAGGA CAATTTTTGA ATCTGTCGGG GTTTTTACCT CTGTACGAAT GGACGAGTTA
TAA
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| Protein sequence | MANEFREDLI VNNINKGAHG FSLVLNNELL RKESAIVIKD KATDKKVATS AFKVSNTLSR
AAVALESLVG NKLSFIIRNK QVTQGVFTLA FRVANEIIGH YECDSSKDTS FGYIYVPAKF
LDNAKHTVVA FIYGEPGFCG KLEIQGDPVL TPWEYLNHSR RIPHYISKPP SADARYESLT
LQLHDKERKV DIESLSTAHN VLVEGYEGRK NFPNLTLPSF ENPKVSIIVP AYNKFSLTYH
CIASILLAFN KTPYEVILAD DCSTDETSRA EEIITNLKVS RNTENLRFLK SCNKATEIAS
GDYIVFLNND TEVKSLWLDE LVSQHEADSS VGMTGSKLLN LDGTLQEAGG IVWSNGEPWN
AGRNANPYDC SWNYVRQVDY VTGAALCISR NVWEKVGRFS EEYAPCYYED TDLSFKVREA
GYKVLYVPHS EVIHFEGQSH GTDVSKGLKQ YQKVNEATFR RAWFNSYKHG TKPSLSNLHL
EKDRNIEQRV LVIDYATPME GVDAGSHAAL KEIEMMIALG FKVTFVPQNL AIMGLHTKKL
QNMGVEVLYV PFYYSLDDVL DRRLEEMDAV YITRYEVAKN YIERIKAENK PVLFNNADLH
FLREMRAALL KNDQEAMDEA LLTRDEELAV CEAVDAILTY NTTEQAVISS HLAKTCNMHT
TPWVVDPKPS GKGFSDRSGI AFLGGYGHKP NVEAVEFMVE QVMPKLKAVR PDITFTVYGS
KMPKEFKQFA CDNVDIVGFA ESLDKVYNEH RIFIAPLLSG AGIKGKVLDA LAYATPTVLT
DVAAEGTGLT NGINTLIANT AEEWVKAVIK LYDDEALWKR FSENSELLAR ENFSYHNGVK
RMRTIFESVG VFTSVRMDEL
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