| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_1492 |
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| Symbol | |
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| ID | 4243067 |
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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 | 2264832 |
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| End bp | 2270045 |
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| Gene Length | 5214 bp |
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| Protein Length | 1737 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 638106642 |
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| Product | glycosyl transferase family protein |
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| Protein accession | YP_721252 |
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| Protein GI | 113475191 |
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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 | 0 |
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| Plasmid unclonability p-value | 0.315595 |
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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 | 7 |
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| Fosmid unclonability p-value | 0.552274 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATTCTT TATCATCACT TAATTCAGAA ACTCCAACCC AATACTTCCA ACAAGGCCAA
CAAGCTGTAG CAGCAGGCCA ACTAGAAAAA GCTGTTACTC TCTACAAAAA GACTATCGAA
CTGAATCCTA ACTTGGCCTT GTATCAGCAA AATTTAGGAG ATGTTCTAGC TAAAATAGGT
AAATGGGAAG AAGCAGCTAC AGTCTATCAA AAAGCGATAG AACTAAAACC TACTTCTGCA
TTATCTCATT ACAACTTGGG AAATGTCCAA GAAAAACAAG GTCAGTTGGA ACAAGCGATC
GCTTCTTATT CCCAGGCCAT TAAGATTAAT CCTAATTTCT CAGAATTATA CATTAGTTTG
GGATCAGCCT TAGTCCAGAA AGGGTTACTT TATGAAGCGA TCGCCAATTT CCAAAAGGCT
ATATCCCTAG AACCTGAATC TAGTATTGCC CATCAAAACT TAGGAGTGGC TTTAGAAAAA
CAAGGTCAGA TTGAAGAAGG GATAATCTGT TATCGCAAAG CTATTGAAAT TGACCCTGGC
TTCTGGGAAG GATACCAAAA GTTAGGAATA GCCTTGACAA AACAGGGAGA ATTCCATCAA
GCTGCCAAAA TTTATTTAAA GGCTTGTCAA ATAATTCCTA ATTCTGCTAC GGTTTATCAT
CATTATGGGG AAACTCTGGC CAAATTGCGT CGGTGGGATG AGGCTATTGC TGCTTATCGT
CAAGCAATAA AACTTGAAGC AAATTCCCCC GTTATTTATC ATCAATTTGG ATATGTTCTA
ACCCAAAAAC AACAATGGGA AGAAGCTATA TCTGCTTATC GCCAGGCAAT CAAAATTAAA
CCAAACTCCC CAGATGTTTA TCACCATCTT GGTGACGCTC TGACTCAACA GCAAAATTGG
GAAGAAGCTG TAGGAGCTTA CCGCAAAGTA ACGGAACTCC AGCCCAATTC CCCAGAAGTT
TATCATTATT TCGGATATGC CCTCTCTCAA CTCCAACAAT GGGAGGAAGC TATAGTTGCT
TACCGCAAAG CTTCTGAACT TCAACCTAAC TCTCCAGATG TGCATCATCA GTTAGGCCAT
GCTTTGATTG AATTGAAACA AAATGATTGG GCCGTCGTAG AACTCCGCCA GGCCGTGGAA
CTTAATCCTA ACTTAGCTGA AGCTTACAGG GACTTGGGCA GAGCTTTGAG TAATATTAAG
CAGTGGGATG AGGCGATCGC TTCTTTCCAA GGTGCCATTG AACTTAATCC TAACTTAGCT
GAAGTATATG GTTATTTAGG GAAAGCTTAT GCCTCACAAA AACAGTGGGA TGAAGCTATT
GTTAATTATG GCCATGCTCT AAAACTTAAC CCCAAGTTGC CGGAAGTTCA TCATAATCTA
GCTTTAACTT TGGTGCAGCA ACAAAAATTT GATGATGCTA TTGTCAGTTA TGGTCAAGCT
ATTGAACTAG GTATTAATAC AGCAGAAATT CACCATCAGT TAGGTCATAC CTTGAGTAAA
CTGAAACGGT GGGATGAGGC AGTTATCAGT TATCGCCAGG CAGCAGAAAT TAATCCTAAT
TCGGCCGCAG TTTATCATGT CCTGGGGGAA AGTCTGGCTC AACTAGAAAA GTGGGATGAA
GCTGTGGCTG CTTATACTAA AGCTAGTCAA CTTCACCCTA AATCTGCTGA TGTGAGGTAC
CATATTGGGG AAGTTATGTC AAGATTAGGT AGATGGGATG AAGCAGTGGA AGCTTATGGG
AAAGCTGTAG AATTAAGACC ATCATCGGCA AAGTTTCATT TTCAGTTAGG GGAAGCTAAG
ACTAAAAAAA ATCCATTAAC TGAAGCAATA AGTTGTTATC GTCGTGCTTT AGAAATAGAC
CCTCATTTTT CTAAGGCTAA GAAAAAATTA GAAGAAGTTT CATCATTTCA AAATGTCCTG
AGAACAGGGG AACTTGGTAG CCTAAGTTTG TTAGGAGAAA CAGAATTTGA AGGTTGTCTT
GATTATGCCA CTATCGACTA TGTTTCTGGT TGGGCAAGAC ATAAAAAAGA TCCTGAAAAA
GTTGTATTTC TTGATATTTT TGTCGGCAAT AATTTAGTTG GTACATTAGT CGCAAATAAA
TATCGTCAAG ATTTAGCAGA AGCTTTTGAT ACTCACGGAT ATCATGCTTT TGCTCATAAA
ATTCCTCCAT CTTTACATAG TAATGGTTTA GTTGAAGTTA GTGTCAAAAT AACAGAAACA
GGTCAACAAC TAAAAAATTC TCCTAAACCA TTAGTAGTCG GACCAAAAGG TCAAAAACAT
GAAATTAATC TCAGTTTTAA TCAGGGAGAA ATTAATAAAC TTATCTATCG CCTTCAAAAG
GTAAAAACTC AGAAGTTAAA ATTCACAAGT CAGATACCAC CAGCAAAAAT TCAGACAGAA
AAACCAGCAG TAGCAGTAAT TATTTTGAGT TTGAATGGAG CAAAACTATT AAAAGAGTTA
TTTGCTTCCT TTGAAATTTA CAACAGCTAT GAAAATTTTG AATTAATAGT AGTAGACCAC
GGGTCAATAG ATAATACTAT TGATGTTTGT AACCAGTGGT CAGAAAAATT ACCAATTACA
ATTATTGCCA GGGGAGATAA TTATTCTTTT TCCAACTCAA ATAATGTGGG AGTGAACCAA
ACAAAAGCTC CTTTATTGCT ATTTATGAAT AATGATATTA CTTTTTGCCA AGACATTATT
CCCCAGATGG TTGATTTAAT TCAAGCAGAT GAAAATCTAG GAATGGTAGG AGTAAAATTA
TTAGATATAG TCAGCGATCG CTCCTTAGCT TTTCCTCCTA CTCAACATTT AGGAGTACAG
TTATATTTCC ACAGTCAAAA TGAGCCTTTT TATCCTTATG AAGTTCGATA TGCTCCTCAA
TTATTAAAAG TACAATCTGC TCCTTGGAAA GTGCCTGTTG TTACTGGAGC ATTAATGATG
TGTCGGCGTG AAGATTTTCA GAAAGTTGGA GGTTTTAATG AAGACTATTT TTATGGTTAT
GAAGATGTAG ATTTATGTTT AACTATCCAA CAAAAACTAG GCAAAGAAAT TATCAGCGCT
AATCATTTAA CAGCTTTTCA TAATCGAGGT TTTTCTCGGT TTAATAAAGG GAAAGAATTT
GTCAATAAAA TCTTGAAAAA TCGCCCAATA ATTGAAGAAA GGTTTGCTTA TTATTTGCGT
CGAAAACATC TACAAGATTT CTTTGAAAAA GGAATGTATT GGACTGGGCA TCCTTTAACT
ATTGGATTTG CTGTAACCGA AGCAGATATG GCAGCTTCCG CAGGAGATTA TTTCACAGCG
GTGGAATTAG GAGAACAATT AGTTAAAGAA TTCGGATGGG ATGTTTATTA TATTTCTGAA
GGAGAAGATT GGTATGATAT GACACGATTA GATGTAATTG TAGTTATGCG CCATGATTAT
GATTTAGAAA GAATAGAAAA TGCTAAACCA AGTTTAGTAA AAGTGGCTTG GGCAAGAAAT
TGGTTTGAGA TTTGGGCTTC TCAAAAATCA GCAGGAGATT ATGATTGTTT CTGGTGTTCT
TCTCAAAAAT CAGCTGATTA TATTCAGCAG AAATTATTTA AGCCAGTAAC AGTAGTTAGA
ATAGCAACTA ATGATGAACG TTTTTATCAG GAGGGCAGAA GTCAAGAAGG AGTTAATTCT
GAAGTTAAAA GTCAAAATTC AAAAGTTACA AGTTTAGACA ATAATTCTGA AGTAGCAATT
TTTGAACAAA CGGAAAAAGT TAATTCAGAA TTAGAGAATA AGTATAAATC TGACTATTGT
TTCACAGGAA GTTTCTGGAA ATATCCACGG GATATTATGA GTTTTTTGAA ACCAGATAAT
TTACCTTTTG AGTTTGCTTT GTATGGATAT AATTGGGAAA AATTTGATAA GTTTAAAAAG
TATAATCGGG GACCTTTTCC TTATACAGAT ATGCCTCAAA TTTATGCTTC GACAAAAATA
GTAATTGATG ATGCAAATTC AGTTACAAAA CAATGGGGTT CCACAAATTC TAGGGTATTT
GATGCTATTA TTTCTGGTGC ATTAGTTATT ACTAATAGCG AGCTGGGAAA TCAAGAATCT
TTCGACGGAC TATTACCTAC TTATAATTCC CGCGAATCTC TGGAAAATTT ATTACGAGAG
TATCTAACAA ATGAGGAGTT AAGATTAGCC AAAGTGGCAG AGTTACAGAA AATAGTCAAA
GAAAAACATA CTTATAAACA TCGCGCTTAT ACAGTATTTT CTACCTTGCG CGAAAAAATG
AGTAATAGTT TCCGCATCAG TATAAAAATT GGAGTTCCTG ACTGGAAACA GGCGCAAGAA
TGGGGAGACT ATCATTTTGC TTTAGCTATG AAACGGCAAT TTGAAATTAA TGGTCATTCC
GTCAGAATTG ATATTTTGCC AGAGTGGGAA ACTCCCGAAG CATTTGGAGA TGATGTGGCA
ATTACTATCC GTGGTTTAAG TCGTTATCAA CCTAAGTCTT ATCATATTAA TTTGATGTGG
AATATTAGTC ATCCAGATAA AGTATCTCTG GAAGAATATG AGGAATATGA CCAAGTATTT
GTGGCATCTA ATTCTTATGC TAAAGAGTTA CAAAAACAAG TGAAAGTTCC GGTAAAAACT
TTGCTCCAAT GTACAGATCC AAGTTTGTTT TACCCTGATA AAGAAGGTTA TGAAGAAGTA
GGAGAAATTT TGTTTGTGGG AAATTCTCGA AAAGTTTACC GTCAGATAGT AAAAGATGCA
GTTGAGAGTG GTTTAAAGAT AGATGTTTAT GGTACAAACT GGGGTAATTT ATTGCCTGAT
GGTTATTTAA AAGGAGAATA TATTCCCAAT GAAATTTTAC GACGTTATTA CAGTAAGTCT
GGCGTGTTAT TAAATGACCA TTGGAATACT ATGAGAGAAA AAGGGTTTAT TTCAAATCGT
TTATTTGATG CTGCTGCTTG TGGGGCAACA ATTGTATCTG ACAAAATTTC AGGTTTAGAA
GAGGTATTTG GAGATCAAAT TTCTACTTAT AATTCTGGGG AAGATTTGCC AAAAGTAGTA
GAATATTGTT TGCAGCAAAA AAGTCATAAT TCAGGAGAAG AATTAGAGTT AGCAAAGTAT
GTTCAAGAAA ATCATAGTTT TGAGAAAAGG GTCTGGGAAA TCTTAGGAAC TATTGAGAGG
TTGAATGAAG AAAAAATGTT GGGTAAGTTC ATAAAATCAG AAGCAGCAAT CTAG
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| Protein sequence | MNSLSSLNSE TPTQYFQQGQ QAVAAGQLEK AVTLYKKTIE LNPNLALYQQ NLGDVLAKIG
KWEEAATVYQ KAIELKPTSA LSHYNLGNVQ EKQGQLEQAI ASYSQAIKIN PNFSELYISL
GSALVQKGLL YEAIANFQKA ISLEPESSIA HQNLGVALEK QGQIEEGIIC YRKAIEIDPG
FWEGYQKLGI ALTKQGEFHQ AAKIYLKACQ IIPNSATVYH HYGETLAKLR RWDEAIAAYR
QAIKLEANSP VIYHQFGYVL TQKQQWEEAI SAYRQAIKIK PNSPDVYHHL GDALTQQQNW
EEAVGAYRKV TELQPNSPEV YHYFGYALSQ LQQWEEAIVA YRKASELQPN SPDVHHQLGH
ALIELKQNDW AVVELRQAVE LNPNLAEAYR DLGRALSNIK QWDEAIASFQ GAIELNPNLA
EVYGYLGKAY ASQKQWDEAI VNYGHALKLN PKLPEVHHNL ALTLVQQQKF DDAIVSYGQA
IELGINTAEI HHQLGHTLSK LKRWDEAVIS YRQAAEINPN SAAVYHVLGE SLAQLEKWDE
AVAAYTKASQ LHPKSADVRY HIGEVMSRLG RWDEAVEAYG KAVELRPSSA KFHFQLGEAK
TKKNPLTEAI SCYRRALEID PHFSKAKKKL EEVSSFQNVL RTGELGSLSL LGETEFEGCL
DYATIDYVSG WARHKKDPEK VVFLDIFVGN NLVGTLVANK YRQDLAEAFD THGYHAFAHK
IPPSLHSNGL VEVSVKITET GQQLKNSPKP LVVGPKGQKH EINLSFNQGE INKLIYRLQK
VKTQKLKFTS QIPPAKIQTE KPAVAVIILS LNGAKLLKEL FASFEIYNSY ENFELIVVDH
GSIDNTIDVC NQWSEKLPIT IIARGDNYSF SNSNNVGVNQ TKAPLLLFMN NDITFCQDII
PQMVDLIQAD ENLGMVGVKL LDIVSDRSLA FPPTQHLGVQ LYFHSQNEPF YPYEVRYAPQ
LLKVQSAPWK VPVVTGALMM CRREDFQKVG GFNEDYFYGY EDVDLCLTIQ QKLGKEIISA
NHLTAFHNRG FSRFNKGKEF VNKILKNRPI IEERFAYYLR RKHLQDFFEK GMYWTGHPLT
IGFAVTEADM AASAGDYFTA VELGEQLVKE FGWDVYYISE GEDWYDMTRL DVIVVMRHDY
DLERIENAKP SLVKVAWARN WFEIWASQKS AGDYDCFWCS SQKSADYIQQ KLFKPVTVVR
IATNDERFYQ EGRSQEGVNS EVKSQNSKVT SLDNNSEVAI FEQTEKVNSE LENKYKSDYC
FTGSFWKYPR DIMSFLKPDN LPFEFALYGY NWEKFDKFKK YNRGPFPYTD MPQIYASTKI
VIDDANSVTK QWGSTNSRVF DAIISGALVI TNSELGNQES FDGLLPTYNS RESLENLLRE
YLTNEELRLA KVAELQKIVK EKHTYKHRAY TVFSTLREKM SNSFRISIKI GVPDWKQAQE
WGDYHFALAM KRQFEINGHS VRIDILPEWE TPEAFGDDVA ITIRGLSRYQ PKSYHINLMW
NISHPDKVSL EEYEEYDQVF VASNSYAKEL QKQVKVPVKT LLQCTDPSLF YPDKEGYEEV
GEILFVGNSR KVYRQIVKDA VESGLKIDVY GTNWGNLLPD GYLKGEYIPN EILRRYYSKS
GVLLNDHWNT MREKGFISNR LFDAAACGAT IVSDKISGLE EVFGDQISTY NSGEDLPKVV
EYCLQQKSHN SGEELELAKY VQENHSFEKR VWEILGTIER LNEEKMLGKF IKSEAAI
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