| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Patl_3274 |
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| Symbol | |
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| ID | 4175051 |
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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 | Pseudoalteromonas atlantica T6c |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008228 |
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| Strand | - |
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| Start bp | 3926007 |
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| End bp | 3928475 |
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| Gene Length | 2469 bp |
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| Protein Length | 822 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 638056305 |
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| Product | glycosyltransferase 36 |
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| Protein accession | YP_662834 |
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| Protein GI | 109899579 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3459] Cellobiose phosphorylase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | ATGATCGAGC CGTCCACTGA TGCCATGAAT ACCGAATTTG GCTATTTTGA TGATCAGCAA
AAAGAATATG TCATTTCCAC GCCGTTTACG CCATCCCCAT GGATAAACTA CCTAGGTAAC
GATGGGTTTT ACGGGTTAAT TTCGAATACT GCTGGTGGCT ATAGTTTTTA TCAAGATCCC
AAGTTTCGCC GTTTAACGCG TTATCGCTAT AACAGTGTGC CCGTCGATAC GTCAGGCCGT
TATTTCTACT TAAAATGTGA TGATGAGATT TGGTCTGCCT CGGGCCGACC TGTGGCTAAC
CAACCCGAAA AATACCAATG CCGACATGGT ATGGGTTACA GCCGTTTTCT CGTGAGTCAC
CAAGGGATCA ATTCTGAACT TACTTGCTTT GTACCTTTAG GTGAAAAGGC TGAAGTGCAT
CGATTGACCC TTAAAAATAC TGGCGCTAGG CACCGAAAAA TCAGTTTGTT TTCTTATATC
GAGTGGTGTT TGTGGAACGC CGAGGATGAC GGCACTAATT TTCAACGGAA TTTGTCCACT
GGTGAAGTGG AAGTAGAAGA CGGTGTTATT TATCACAAAA CCGAATACCG CGAGCGCCGA
GATCACTATG CATTTTACTC GGTTAATCAA CCCATCAACG GGTTTGATAC CGACAGAGAG
CATTTTTTAG GGCCTTATCG AGGTGTTGAA AACCCCTTAT GCGTTGAACA GGGCCAGTCT
GCGAATTCTC ATGCCCATGG CTGGTCGCCT ATCGCTTCAC ATCATGTAGA AGTCGAGTTA
GCGCCGGGTG AAGAGCGTAC CCTAGTGTTT GTTTTGGGTT ACTGTGAAGT GGAAAAAGCT
CAAAAATGGC TATCTCCAGG GGTCATCAAT AAAACGCCGG CGCAAGAACT GATCAAGCGC
TACGCCGATA ACCACAGTGT GCAACGGGCG TTAGATCATT TGGCGACACA CTGGGACACC
TTGTTGGGTA ACTTTCAAAT TAACAGCCCA GACAGAAAAT TTAATCGCTC ACTTAATATC
TGGAATCAAT ATCAGAACAT GGTGACTTTT AATTTGTCAC GCAGCGCTTC ATTTTATGAA
TCAGGGATCG GGCGCGGCAT GGGCTTTCGT GATTCAAATC AAGATACCAT TGGTTTTGCC
CATATGGTGC CGGATAAGGT CAAAGAGCGA ATTTTAGATC TCAGTGCGAC GCAAAAATCA
GACGGCTCGG CATATCATCA GTATCAGCCT CTGACTAAAA AAGGTAATGC CAATATAGGT
GGCAACTTTA ACGATGATCC CATGTGGATG GTGTTATCAA CGGTTAATTA TATTAAAGAG
ACGGGGGATT TTTCGATTCT CACTGAAAAG GTGGGGTTTG ACGGTGATGA AACTGGGGAG
CCAGACCATT TTGAACATTT GAAGCGTGCT TTCGAGCATG TGGTTAACAA CCTTGGGCCC
CATGGGTTAC CGTTAATTGG CCGAGCAGAC TGGAATGATT GCTTAAACCT TAATTGTTTT
TCTGACGATC CAAACGAATC CTATCAAACC ACCCAGCGCG GTAAGTCTGA CGTTGCAGAG
TCTTTGATGA TCGCGGGCCA GTTTGTGCTT TACGGTCAAG ATTTTGTGCA ACTCTGCTTG
CAACTAGGCA AGGCTGAACT GGCCCATTAT GCACAAAAGC AAGTCGATGC AATGCGCGAT
GCTGTGCTCA AGCATGGTTG GGATGGGGAG TGGTTTTTGC GGGCCTACAA TGCCAAGGGC
GAAAAAATAG GCAGTCACGA AAATAAAGAA GGCCAAATAT TCATAGAATC TCAAGGGTTC
TGCGTGATGG CAGGAATTGG CATGCAAGAT GGCAAGGCAC GCCAAGCACT CGATTCTGTT
GGAAAACGAT TAGCCACGCC TCACGGCATC ATGCTGAACC AACCAGCGTT TAGCGAGTAC
GATAAATATT TGGGGGAGAT ATCTTCATAC CCGCCCGGTT ATAAAGAGAA CGCGGGCATA
TTTTGTCATA ACAATCCGTG GATCATGGTG GCAGAGGCCA TGCTAGGGCG GGGCGATAAA
GCACTCGAAT ATTTTTCCAG TATTTCGCCT GCTTACTTGC AAGACGTTAA AAGCCTGCAT
AAAACAGAGC CCTATGTGTA CAGCCAGATG ATTGCTGGGA CTGATGCTGC AACGCCGGGC
CAAGCTAAAA ACTCATGGCT AACGGGTACA GCGGCTTGGT GCTATTACGC GGCCAGCCAA
TATATATTGG GCATTAAACC GGACTATGCG GGCTTAACGA TAGCGCCTTG CATTCCTGCT
GATTGGCCTA GCTTTGCTGT GTCGCGCCGC TTCAGAGGTG CGCATTATAG TATTGAGGTA
CGTAATCCCG ATGGCCTTGG GTCAGGCAAG GTGCAGCTAG AAATTGATGG TAAAAAAGTG
CAGGGCAATC TCGTTGATTA CAGTCAATTC AACGGTGAGC ATCACGTGAT CGCGACAATC
GTCGGTTAA
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| Protein sequence | MIEPSTDAMN TEFGYFDDQQ KEYVISTPFT PSPWINYLGN DGFYGLISNT AGGYSFYQDP
KFRRLTRYRY NSVPVDTSGR YFYLKCDDEI WSASGRPVAN QPEKYQCRHG MGYSRFLVSH
QGINSELTCF VPLGEKAEVH RLTLKNTGAR HRKISLFSYI EWCLWNAEDD GTNFQRNLST
GEVEVEDGVI YHKTEYRERR DHYAFYSVNQ PINGFDTDRE HFLGPYRGVE NPLCVEQGQS
ANSHAHGWSP IASHHVEVEL APGEERTLVF VLGYCEVEKA QKWLSPGVIN KTPAQELIKR
YADNHSVQRA LDHLATHWDT LLGNFQINSP DRKFNRSLNI WNQYQNMVTF NLSRSASFYE
SGIGRGMGFR DSNQDTIGFA HMVPDKVKER ILDLSATQKS DGSAYHQYQP LTKKGNANIG
GNFNDDPMWM VLSTVNYIKE TGDFSILTEK VGFDGDETGE PDHFEHLKRA FEHVVNNLGP
HGLPLIGRAD WNDCLNLNCF SDDPNESYQT TQRGKSDVAE SLMIAGQFVL YGQDFVQLCL
QLGKAELAHY AQKQVDAMRD AVLKHGWDGE WFLRAYNAKG EKIGSHENKE GQIFIESQGF
CVMAGIGMQD GKARQALDSV GKRLATPHGI MLNQPAFSEY DKYLGEISSY PPGYKENAGI
FCHNNPWIMV AEAMLGRGDK ALEYFSSISP AYLQDVKSLH KTEPYVYSQM IAGTDAATPG
QAKNSWLTGT AAWCYYAASQ YILGIKPDYA GLTIAPCIPA DWPSFAVSRR FRGAHYSIEV
RNPDGLGSGK VQLEIDGKKV QGNLVDYSQF NGEHHVIATI VG
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