| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_2168 |
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| Symbol | |
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| ID | 4242620 |
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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 | 3385930 |
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| End bp | 3391242 |
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| Gene Length | 5313 bp |
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| Protein Length | 1770 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 638107274 |
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| Product | glycosyl transferase, group 1 |
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| Protein accession | YP_721874 |
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| Protein GI | 113475813 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG0438] Glycosyltransferase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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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 | 0.377633 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCAGAGG ATAAAGTATT GGAGGAATTA GAAAAAGCTT ATAAATTATT TAGGCAAGGT
AAATTTAAGG AAGCAGTGCA GTTATATAAA GAATTAATCA CTAATAACCC TGACCTAGCC
AGGAGTGGAA TCAATATTAA CCTAGCACAT AGTATTATTT TATCTACAGA TTGGTCTGAT
GTTTCACAAA ACTTACCACC TGGTATAAAT TATCCAGAAT CATCAGGCTG GATAAATTCC
TTAATGACTG GTTTACCTAT CAATTATGAT TCAAAACCTA TCCCCTGGTA CACCTATCCA
GCTATAGAGT TTATAGAAAA TAAGATAGCA TCAGATTTTC AGGTTTTTGA ATATGGAAGC
GGGCAATCAA CATTGTGGTG GGCTGAAAGA ACATTAAAGG TAATTTCGAT TGAAAGTAAT
CGAAACTGGT TTTCTGATCT TCAGGAAAAA ATCCCCAATA ATGTAGAACT AAGCCTTAGT
GAGAATGAAG AAGAATATGC AGCCAACATC AATAGATATC AAAATAACTA CTTTGATGTA
ATTGTTATAG ATGGTATTAA TAGAAATAGG TGTGTAGAAT TAAGTTTAAG CAAGCTCAAA
GAAACAGGAT TTATTATTTT TGACAATACA GATGATTATC AGTACGACTT GGGTGTAAGA
CTTTTAGAAT TGAAAGGATA TAAAAGAATA GATTTCTATG GAATGATTCC AGGGTACACT
TACAAAAATT GTACGTCAGT TTTTTTTAAA GATAGTAAAG TTTTAGATAG GGGAGGATTA
CCTAGCGAGA AAGAGTCTTG CTTAGGACTT TCTTGTTTTC AAGTAACTAG CCCTAGATCT
AAAAATAATT GTATGTTAAA AGAATCTAAT ATTGCTGAAT GTCAAGCTAA GTTTAATCTT
AGTTATCACG TTCCTTTTGC CCGTATATGT CAAGATTTAG TAGGTTTTGA AGGTAAAGAT
GTTTTAGAAG TAGGTGGGAG TTTACCACCA GAATTTGTTT TTGATTATCT TCATGTTAAG
TCTTGGTCAG CAATAGAAAC TCCAGATTAT GAAGAATCCC TCAAGGAAGC AGGAGGACTA
TCTCATACAG GAACAATTAT TCCTAATATT AAAGATACTT CTAATTTAGG TTTTGATAAT
AGAAAACTAG AAAAATATAA TTTCTTCTTA GAAAATATAG AAAATCTTCC CGAGGAATAT
TACGGAAAGT ACGATCTAAT TTTTTCTATT GCAACTTTCG AGCATATTCA TAAATTACCA
GCTGCTTTAG ATAAAATGTT TCTGGCTTTA AAACCAGGAG GCAAATTATT CTCTATGTTT
TCGCCTATTT GGTCAGCCTA CGATGGGCAT TATTTGCCAA AAATAACTGA CCAAGCAGGC
AAAGTTTTTA ACTTTGGCAA TTCGCCTATC CCACCTTGGG GACATTTGTT AATGAAGCCT
GATGAACTAT GTCATTATTT ATATCAATAT ACTGATCAAG AAACAGCAGA ATTGATGGTT
GATTATGTTT ATAATTCACC TCATATTAAT AGGTATTTTA CAGAAGATTA TCTAGAAATT
GTTAAAAGGA GTAAATTTCA AAGTAAGCAT ATAGAATTAA TATTTGAAAA TCCTATTGAT
GAGAAAACTC AAGAGAGTTT AGAACAGTTA TATCCAAATA AAAGAGAATT TTCCAACAAT
GGAATATTAG TTGTACTTGA AAAAAATAGT TCGGAAGATA ATATGATGAC TGAGCAAATA
ACTATGATAC CAGCTTACCA AAGTACCAAA CAAGAACTCG CATCTAAAGT GTTCGACTCA
ATAACCAGTC CGAAAGTTAA AGAAAGAGTT TACTCTGTTA TTAGCCTTTT AACTCAGGAT
CGTTGGTTAT CCAATGATTT GAGAAATTAT TCAAGTTCAT CTGCTCAAAC ACAATCAAAA
TGGTTTGATT TAATTTCGTT TTTAAACTGG TGTGGGCATA ATTTTAAACC TAAGAATTAT
CTAGAAGTAG GTGTGCGTCG GGGGCGTTCT ATGGCCCAGG TTTTAGTAGA ATCCCCCGAT
ACTAATGCTT ATGGTTTTGA TATGTGGATA CCTGGGTATG CTGCTGAAGA TAATCCCGGT
CCTGAGTTTG TACGTTCAGA GTTAGAAAAG TTGGGAATCA AAAAACAGCC AACTTTAATT
AGGGGTGACT CTCACGAAAT GCTCCCATCT TTTTTTGCTA ATTCAGATAA TCCCCAAGAA
TTTGACCTAA TTAATATAGA TGGAGACCAT ACTTACTCCG GTGCCAAAAT GGATTTGGAT
ATCGCCTTTA CTCATTTGGC ATCTGGTGGA GTATTGGTTT TCGATGACAT TGCTCACCAT
GCTCATCCTG AGTTGGGTGT TTTGTGGAAC GAGTACAAGA GCAAATATCA AGATTATTTA
TTTATTGATG ATCACTATGC CACAGGAACA GGAGTAGCTT TTAAGCCTCC TTTTTCTAAG
TTATCACAAA TACTTGCAAC GTTACCCATT CATTTCTTTA CCATTGTCCT TAACGGCCAA
CCATTTATTC GCTACCACAT CGACATTTTC AAGCAACTTC CCTTTAAGTG GCATTGGCAT
ATTATTGAAG GTGTAGCTGA CTTAAAACAC GACACTGGTT GGAGCTTGCA GTTAGGGGGA
AAAATAACCG ATGAAATTCA TAAACAAGGT CGCAGCAAAG ATGGTACATC GGAATATCTA
GACGAACTTG CAGCCAAATA CCCAGAAAAT ATAACTCTTT ACCGCAAACC AGAAGGAGAA
TTTTGGGATG GCAAACGGGA AATGGTTAAC GCGCCTTTGA GAAACATAAA AGAAGAATGT
TTGCTGTGGC AGGTAGATGT TGATGAAATC TGGACTTTAG AACAGATTTG TAATAGTCGG
AAATTGTTTA TTAAAAATCC AGAGAAAACG GCGGCGTTTT ATTGGTGTTG GTATTTTGTG
GGAGAAAATC TGGTTATTAG TAGCCGCAAC TGCTACACAC AAAATCCCAA ACAAGATTGG
TTACGCACTT GGAGGTTTAA ACCAGGATAC CTTTGGGCAG CCCACGAACC CCCAGTATTA
GTAGAAAATT TGCCAGATGA TCAACAAAAA AATATTGCTG CTATTAATCC TTTTATGCAC
GCAGAAACAG AAAAAGAAGG TTTAATTTTC CAACACTTTG CTTATGTCAC CCCAGAACAA
CTAAGCTTTA AAGAACAATA CTATGGTTAT AAGAATGCCG TCAGTCAATG GCAAACCTTA
CAGTCACAAA CTAAGTTTCC AGTATATCTG CGGGATTATT TTGCCTGGGT AGGAGATAAC
ACGATGGTCG ATAGCACTGA GTCATTAGGC ATAGTTCCAC TGGTGCAAAA AGATGTAACT
GGAGATAATT GGAAATTTTT GCAACCAGAA TATTTACAAC AACCAGTGAA GAGGGAAAGG
CGATCGCCCA CTATTCTTAT TGATGGTGTA TTTTTCCAAC TTTATAGTAC GGGTATTGCT
CGTGTGTGGC GCTCTGTCTT AGCAGAATGG GCTAAAACTG AATTTGCTAA TCACATAATA
TTACTTGATA GAGCAAATAC AGCAAAAGTA CCAGGCATCA GATATAGAGC TTTACCAGCA
TATAGCTACA ACAACACCGA TGCCGACAAG CAAATACTCC AACAAGTCTG CGACGAAGAG
GGAGCAGATT TATTCATCTC CACTTACTAC ACAACTCCCA TATCAACACC CTCAGTATTT
ATGGCTTATG ATATGATTCC GGAAGTATTG GGGGCAAATT TCAACGAACC AATGTGGCGA
GAAAAACATC ACGCTATTGG TCATGCTTCC TCCTACATTT CCATATCAGA AAGTACTGCT
CGGGATTTGG TTAAGTTTTT CCCAGATATT ACACCAGATG ATGTGACTGT AGCTCATTGC
GGTGTTGCTC CCACTTTTAC TCCAGCTACA ACAGCAGAAA TAAGTGTGTT TAAATATAAA
TACGGCATCA GCAAACCTTA TTTTCTTTTG GTAGGTGCTG GAAGTAACTA TAAAAACGCG
ATTTTATTTT TCCGAGCCTT TGCCCAACTC CACAGCAAAC AAGGTTTTGA AATAGTCTGC
ACAGGTAGCG GTGTCACCCT AGCTAACGAA TACAGACAAT ATGCCTCTGG CAGTGTCGTA
CATTCACTCA TACTCAGCGA TGAAGAATTG AAAGTTGCTT ATTCTGGTGC AATAGCTTTA
GTTTATCCTT CTTTATACGA AGGTTTTGGA ATGCCTGTTG CCGAAGCATT AGCTTGTGCT
TGCCCGGTGA TTACTTGTGC CAATGCTTCT ATTCCTGAAG TTGTCGGGGA AGCTGCTATA
TATGTTGATG GCAATGACGT AGATGGTTTG ACGGATGCCC TGTGTGAAGT GCAAAAGCCA
AAAGTGCGTA ATTCTTTAAT TGCTACTGGT TTAGAACAAG CGAAGAAATT CTCTTGGGGT
AAAATGGCTG ATATTATGAG TATTGCTTTA ATGAAAGCAA CTTTAGGGCA TTTAAATCTC
AGGGATATTA ATTTAATTAT TTTCCCAGAC TGGACGCAAC CAGAAGAAAC AGTGGGATGG
GAATTCCAAG AGGTAATCAA AAATCTGGTG ACTCATCCAG ATAGAGCTAA GATGACTTTA
TTAATAGATA ACAGCAATAT TATTGCTGAA GATGCAGATT TAATTTTATC TAGCGTGGCA
ATGAACTTGT TAATGGAGGA AGAATTAGAG GTAGATGAGG GACCAGAAAT TGTTTTAGTT
GGGGAGTTGA GTCAAGTGCA GTGGTCTGCT TTAATACCTC AGTTACAAGG TAGGATTAAA
TTGGAACATG AGAATGGGGA AGCGATCGCT GTTGTTGATA AAGATCTCCC TGTTTATGAG
ATTCAAGGTA TAGAGCGATC GCGATCTCTT AGGCTAGAAA CTGGTAGATG GGAACTTTTT
AAACTAAGCG AAATTAATTT TGTTATATTC CCAGACTGGT CCCAACCAGA AGAAACAGTG
GGATTGGAAT TAAAAGAGGT AATCAAAAAT CTGGTGACTC ATCCAGATAG AGGTAAGATG
ACTTTATTAG TAGATAACAG CAATATTACT GCTGAAGATG CAGATTTAAT TTTATCTAGC
GTGGCAATGA ACTTGTTAAT GGAGGAAGAA TTAGAGGTAG ATGAGGGACC AGAAATTGTT
TTAGTTGGGG AGTTGAGTCA AGTGCAGTGG TCTGCTTTAA TACCTCAGTT GCAAGGTAGG
ATTAAATTGG AACATGAGAA TGGGGAAGCG ATCGCTTCTG CAAAAGCAAG TCATATTACT
GCTCTAAGTC TGAATGATTT AGCTAATAGT TAA
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| Protein sequence | MSEDKVLEEL EKAYKLFRQG KFKEAVQLYK ELITNNPDLA RSGININLAH SIILSTDWSD
VSQNLPPGIN YPESSGWINS LMTGLPINYD SKPIPWYTYP AIEFIENKIA SDFQVFEYGS
GQSTLWWAER TLKVISIESN RNWFSDLQEK IPNNVELSLS ENEEEYAANI NRYQNNYFDV
IVIDGINRNR CVELSLSKLK ETGFIIFDNT DDYQYDLGVR LLELKGYKRI DFYGMIPGYT
YKNCTSVFFK DSKVLDRGGL PSEKESCLGL SCFQVTSPRS KNNCMLKESN IAECQAKFNL
SYHVPFARIC QDLVGFEGKD VLEVGGSLPP EFVFDYLHVK SWSAIETPDY EESLKEAGGL
SHTGTIIPNI KDTSNLGFDN RKLEKYNFFL ENIENLPEEY YGKYDLIFSI ATFEHIHKLP
AALDKMFLAL KPGGKLFSMF SPIWSAYDGH YLPKITDQAG KVFNFGNSPI PPWGHLLMKP
DELCHYLYQY TDQETAELMV DYVYNSPHIN RYFTEDYLEI VKRSKFQSKH IELIFENPID
EKTQESLEQL YPNKREFSNN GILVVLEKNS SEDNMMTEQI TMIPAYQSTK QELASKVFDS
ITSPKVKERV YSVISLLTQD RWLSNDLRNY SSSSAQTQSK WFDLISFLNW CGHNFKPKNY
LEVGVRRGRS MAQVLVESPD TNAYGFDMWI PGYAAEDNPG PEFVRSELEK LGIKKQPTLI
RGDSHEMLPS FFANSDNPQE FDLINIDGDH TYSGAKMDLD IAFTHLASGG VLVFDDIAHH
AHPELGVLWN EYKSKYQDYL FIDDHYATGT GVAFKPPFSK LSQILATLPI HFFTIVLNGQ
PFIRYHIDIF KQLPFKWHWH IIEGVADLKH DTGWSLQLGG KITDEIHKQG RSKDGTSEYL
DELAAKYPEN ITLYRKPEGE FWDGKREMVN APLRNIKEEC LLWQVDVDEI WTLEQICNSR
KLFIKNPEKT AAFYWCWYFV GENLVISSRN CYTQNPKQDW LRTWRFKPGY LWAAHEPPVL
VENLPDDQQK NIAAINPFMH AETEKEGLIF QHFAYVTPEQ LSFKEQYYGY KNAVSQWQTL
QSQTKFPVYL RDYFAWVGDN TMVDSTESLG IVPLVQKDVT GDNWKFLQPE YLQQPVKRER
RSPTILIDGV FFQLYSTGIA RVWRSVLAEW AKTEFANHII LLDRANTAKV PGIRYRALPA
YSYNNTDADK QILQQVCDEE GADLFISTYY TTPISTPSVF MAYDMIPEVL GANFNEPMWR
EKHHAIGHAS SYISISESTA RDLVKFFPDI TPDDVTVAHC GVAPTFTPAT TAEISVFKYK
YGISKPYFLL VGAGSNYKNA ILFFRAFAQL HSKQGFEIVC TGSGVTLANE YRQYASGSVV
HSLILSDEEL KVAYSGAIAL VYPSLYEGFG MPVAEALACA CPVITCANAS IPEVVGEAAI
YVDGNDVDGL TDALCEVQKP KVRNSLIATG LEQAKKFSWG KMADIMSIAL MKATLGHLNL
RDINLIIFPD WTQPEETVGW EFQEVIKNLV THPDRAKMTL LIDNSNIIAE DADLILSSVA
MNLLMEEELE VDEGPEIVLV GELSQVQWSA LIPQLQGRIK LEHENGEAIA VVDKDLPVYE
IQGIERSRSL RLETGRWELF KLSEINFVIF PDWSQPEETV GLELKEVIKN LVTHPDRGKM
TLLVDNSNIT AEDADLILSS VAMNLLMEEE LEVDEGPEIV LVGELSQVQW SALIPQLQGR
IKLEHENGEA IASAKASHIT ALSLNDLANS
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