| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_4771 |
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| Symbol | |
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| ID | 4246425 |
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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 | Trichodesmium erythraeum IMS101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008312 |
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| Strand | + |
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| Start bp | 7329873 |
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| End bp | 7332980 |
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| Gene Length | 3108 bp |
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| Protein Length | 1035 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 638109621 |
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| Product | glycosyl transferase family protein |
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| Protein accession | YP_724197 |
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| Protein GI | 113478136 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG0463] Glycosyltransferases involved in cell wall biogenesis |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | 6 |
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| Fosmid unclonability p-value | 0.201139 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATCCAA AAGTAAGCGT AATTATTCCT GTATATAACT GCGAACTCTA CATCGCTCAA
GCAATTGAAA GTGTCTTGAA TCAAACTTAT ACTGACTATG AAATTATTGT TATAAATGAC
GGTTCTACAG ATAATACCCA TCAGGTATTA CAGCCATACA TGAAAAAAAT TCGTTATTTT
TATCAAGAGA ATAAAGGATT ATCTGCTACT CGTAACCAAG GGATAAAAAT GGCAAAAGGA
GAATTAATTG CTCTCCTGGA TGCTGATGAT TTATTTCTCT GTTATAAACT TCAAGAACAA
GTAGCTATTT TTGATGCTCA ACCAAACATA GGTTTAGTGC AAAGTGGGTG GCGAGTTGTG
AATGAAAAAG GAGAAAAAAT TGAAGATATT GAACCTTGGT ATAAGTCTCC AAAATTAGAC
TTAGTAAGTT GGTTAAAATG GAAAGCTACT AATCCTAGTG CTATGATGTT TCGGAAAGAA
TGGTTGGAAA AAGTAAATGG GTTTAATGAA AATTTACGCA GACTAGAAGA TTTTGATATT
GTAATTCGAT TAGCTTTAGC AAGTTGTCAA GCTACTTGGT TTCCCAAAGT TGCTGTCTGT
TATCGTCAAC ATAGCGGTAA TATGACTCGG AATTTACTTG CTCAAACAGA AGTAGAAGAA
AAAATTTTAG ATGAACTTTT TTCTAATCCT AATCTCCCTG AAAAAATTCA ACATTTAGAA
AGAGAATTAC GCTACGGTTC TCTAATTTGG AATTGTTGGT GTTTATATAA ATCTGGCTAC
TTCGCTGAAA TGGCTGATTA TTTGCATAAA TCTTTAAAAT TTTCTCCTGT TTCTGTACTT
AAAACTATAT GTGAGTGGCT ATATTATTTT CACTATTATG CTTCCTTAGA AAACTATTCA
TTTAATTCAG TTTCTTTGAA TAAAATACCT GAGTGGCAAC TTTTAATAAA TCAAATCATG
CCAAATGGTT TACCAGTAGT TAGCGTAGTT ATTCCGACTT TCAATAATGC TGATTATATT
CTTAAAGCTA TCGAAAGTGT TTGTAATCAA ACCTATACTT TGTGGGAAAT TATTATTATT
GATGATGGTT CTACCGATAA TACTTATCAA GTTTTAGAAT CTTATCTAAA TACAACAGAC
TTCTTGCAGA ACTCCGCCGC AAGAAATAGA CAACAGAAAA CAAAAATAAA TACTCAGGAA
AAAGAGAATA ATCAAGATTT AATTTTAGAT TTATTCCAGA ATTCTGCCAA AGGAAATAGA
CAACAAAAAA TCGAAAAAAA TACTCAGGAA AAAGGCAGTA GTCAAGATTT AACTTTGACT
TTTGCAAGAT GTCTAATTAA ATATCTATAT CAAGAAAATC AAGGACCATC AATTGCTCGG
AATTATGGTA TAGAAATAGC TCAGGGAGAA TATATTGCTT TTCTCGATGC TGATGACTTT
TTTCTACCCG AAAAATTAGC TGAACAAGTG GGATGTTTTG CAGAAGATTC AACTTTAACA
ATGGTACAAA CTGGGTGGAG ATTTGTTGAT GAGAAAGGTA ATACTATTAA AGATGTAGAA
CCCTGGGAGA ATAGTACGGA ATTAAACTTA GAAAATTGGT TGATTTGGCA AGCAACTTTG
CCTAGTGCCA TGATGTTTAA AAGTAAATGG TTAAAAGTTA ATGGTGGGTT TGACAAACGA
TATTTTGGGA TTGAGGATTT AGAAATAGTT TTGCGGTTAG CTTTAACCGG AGGAAAAGCT
ACTTGGTTAC GGAAAGTTTG TGTCTGTTAT CGACAGCGGA ATAGTAGTGT CTCGGGTTTA
AAAAACCGAG AAAAAATTAC TCAGGAATTA GAAAAATTAT TAGATGACTT TTTCCATAAA
CCCAATTTAC CTACTGCCAT ACGTCAAATA GAAAATCAGG TAAAATATCG CTCTCTACTT
TGGAATTGTT GGCGTTTATA TAAAGCTGGT AATTTATCAG AAATGACTAC TTATTTGCAG
AAGTCTTTGA GTTATACTTC TGATTCTCCC ACAGTAGCAA TTTGTACTTG GATAGAATTA
TTTACGAAGC TAGATAGTCA AGAAGGAAAT CAATTTAATG CTTATAGTTT TAGTCAGTTA
CCAGAATGGA AAAAATTAAT TAGTAATATT TTTAATCCCG TTGTGCCAAG AGTTAGTGTA
ATTATTGCAA CCTACAATAA TGCTCACTAT ATTTTGGAGG CGATCGCCAG TATTTTTAAT
CAAACTTATA CCTCTTACGA AATAATAGTT ATTGATGATG GTTCTACTGA TAATACTCGT
CAAGTTTTAG AACCTTATCT AGATAAAATT TGCTATGTTT ATCAAGAAAA TAAAGGAGTT
TCCCACGCCA GAAATTTAGG CTTAGAAATA GCCCAAGGAG AATTTATTTC TTTTCTAGAT
GCTGATGACT TTTTCTTACC AGATAAATTA GCAAAACAAG TAGCTGTTTT TGATGCTCAC
CCCTCTCTGG GAATTGTCCA TAGTGGATGG CGTTTAGTTA ATAAAAAAGG AGAGAAAATT
TCTGATATAG AGTTATGGCA TAGTTCCCCA GAATTAGACT TAGAAACCTG GGTAGTTTGG
AAACCTGTAA CTATTTCTAT GATGTTTAGT AAAAGTTGGA TAAAAAGTGT CGGAGGTTTT
GATACTCGTT GGCATCATGG AGAAGATATT GATTTAGTTT TGCGTTTATC TGTGGATGGT
TGTGAAGCAA TGTGGTTGCC AAAAGTTACT TATTGTTATC GTCAACATCA TTGTAATGCA
ACGAGAAAAT CTACTCAACA AGCTGCTAGC ATGATGTCTG TTTTAGATAG CTTTTTTAGT
AGACTAAATT TACCAATATC TATTCGTAAA TTAGAGAGCC AATCTTATTA TTATACTTTG
AGTTGGCTAG GATGGCAAGC CCATCGAAAT GGGAGTTTAA TTGAGATGGA TAAATATTTA
CGACAAGCTT GGAAATATAC TCCTTTCTCT ATGACAGAAA CTATCGATTA TTGGGTCAAT
AGTTTTAATA ATCTTTATCA ACAATATGGT TATGATTTTA ATGCTTATGC TTTGACTAAT
TCAGATGTTT GGCAACAATT AATGTTAGAC ATGGTTATTA CTCTTTGA
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| Protein sequence | MNPKVSVIIP VYNCELYIAQ AIESVLNQTY TDYEIIVIND GSTDNTHQVL QPYMKKIRYF
YQENKGLSAT RNQGIKMAKG ELIALLDADD LFLCYKLQEQ VAIFDAQPNI GLVQSGWRVV
NEKGEKIEDI EPWYKSPKLD LVSWLKWKAT NPSAMMFRKE WLEKVNGFNE NLRRLEDFDI
VIRLALASCQ ATWFPKVAVC YRQHSGNMTR NLLAQTEVEE KILDELFSNP NLPEKIQHLE
RELRYGSLIW NCWCLYKSGY FAEMADYLHK SLKFSPVSVL KTICEWLYYF HYYASLENYS
FNSVSLNKIP EWQLLINQIM PNGLPVVSVV IPTFNNADYI LKAIESVCNQ TYTLWEIIII
DDGSTDNTYQ VLESYLNTTD FLQNSAARNR QQKTKINTQE KENNQDLILD LFQNSAKGNR
QQKIEKNTQE KGSSQDLTLT FARCLIKYLY QENQGPSIAR NYGIEIAQGE YIAFLDADDF
FLPEKLAEQV GCFAEDSTLT MVQTGWRFVD EKGNTIKDVE PWENSTELNL ENWLIWQATL
PSAMMFKSKW LKVNGGFDKR YFGIEDLEIV LRLALTGGKA TWLRKVCVCY RQRNSSVSGL
KNREKITQEL EKLLDDFFHK PNLPTAIRQI ENQVKYRSLL WNCWRLYKAG NLSEMTTYLQ
KSLSYTSDSP TVAICTWIEL FTKLDSQEGN QFNAYSFSQL PEWKKLISNI FNPVVPRVSV
IIATYNNAHY ILEAIASIFN QTYTSYEIIV IDDGSTDNTR QVLEPYLDKI CYVYQENKGV
SHARNLGLEI AQGEFISFLD ADDFFLPDKL AKQVAVFDAH PSLGIVHSGW RLVNKKGEKI
SDIELWHSSP ELDLETWVVW KPVTISMMFS KSWIKSVGGF DTRWHHGEDI DLVLRLSVDG
CEAMWLPKVT YCYRQHHCNA TRKSTQQAAS MMSVLDSFFS RLNLPISIRK LESQSYYYTL
SWLGWQAHRN GSLIEMDKYL RQAWKYTPFS MTETIDYWVN SFNNLYQQYG YDFNAYALTN
SDVWQQLMLD MVITL
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