| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_3498 |
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| Symbol | |
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| ID | 4244498 |
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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 | 5395593 |
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| End bp | 5400188 |
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| Gene Length | 4596 bp |
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| Protein Length | 1531 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 638108472 |
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| Product | Cna B-type |
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| Protein accession | YP_723061 |
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| Protein GI | 113477000 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.149942 |
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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 | 8 |
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| Fosmid unclonability p-value | 0.725774 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTGAGTATAG ACAACAACAT AGGTGGACAG ACAGTTCCTT TAAATTCTGT CCTGGGTAAT
ATTTCTGGTA TCAAGTACAA TGACTTTAAT CGTGATGGCC TTCGGGACGC CTTAGAACCA
GGCTTACCAG GAATTACTAT ATATTTAGAT CAAAATAATA ATGGTCAATT AGATCCTGAT
GAACTATCAT CAATTAGTGG GGATGATGGT AGCTTTAGTT TTACTAATTT ACCCTTAAAT
CAGATTTACA CTCTTCGGGG ATTTGATCAA CCTGGTTTTG TTCAAACTAT CCCAGACCCT
ACATTTATTA GTCTGAGCCC AGAAGAACCT AATGTTTCCG GTTTTCTATT TGGTAGCGCT
GCAACTGGCC CAGGCGGTAA TATTAGTGGT GTATTATTTA AAGACCTAAA CATTAACGGT
ACCCAAGATT CTAATGAACC AATCATTTCT GGGTACGAAG TATTTCTTGA TAGTAATAGA
AATGGAGTTT TAGATGAAGG GGAGATTACT AGTGTAACTG ATCAATTTGG TTTTTACTCA
TTTACAGGGG TTACATCTAG TCTATTAAAC GTGGATGTAG TCCGTGGACC AAATGAAGCA
AGAACAACTC TTAACCCAGT TATCATCTTT ACTGGAACAG AAGAAGAAAT ACCAAACGTA
GCTATAGATA TCGGTCTCAT TACTCCTGTT GGTACAGGTA ATGTTCAAGG TGTTAAATAC
CTAGACAGTA ATACTAATGG TATGTTTGAT TTGGGGGAAG AAGGTTTACC AAACTTTACT
ATCTATGCAG ATATCAATAG TAATAATATT CTAGATCCAA AAGAACCATT TGATGTCACT
AACCAGGAGG GTAACTACTT CTTAGCTAAT TTGCCAGCCA CCCGCCTCAA TATTCGCGAA
GCAGAGCAAC AACTAAAATT TAATGTAGTA ACCCAACCTC AGACTATGAC TGTTGATGTA
CCTATGGGAG GAACCTTACC AGGGGTTAAC TTTGCTAATG CTCAAATCAA TGGTATCTCA
GGTATTAATT TCTTAGATAA TAATTCTAAT GGTGCCATTG ATCCAGGAGA TGTAGGTTTA
TCTAACTCCA CTGTCTATCT AGACCTAAAT CAAAATGGTA TCTTTGAGCA AAATGAACCT
TTTAGAATTA CTGGTCATCA AGGTGAATAT AGTTTTAATA CCTTACCTCC AGGTACTTAC
GTTGTCGAAG TAGTGCCCCA ACCTGGTTTT ACTCAAACAG TTCCAGATCC AGTTGTTGCT
GTAACAAGTG GCGAAGATAT TAATATTGTT AATATAGGTC AAGTTCCTGA CACTCCTTTA
CTTCAAGGTC AATTAAGAGG TAAGAAATTT AACGACTTTA ATTCCAATGG ACTTTTAGAT
CCAAGAGAAC CAGGTTTAGC GAATTTTACT TTATATTTAG ACCTGAATGG TAACAATGTA
CTAGACGCTA ATGAACCAGC TTCAATATCA AATCCTGCTG GTGACTATAG CTTTGATTCT
CTTCCGGTAG GAACTTACTC TTTGAGGGAA ATACCTCAAC CTGGTTTTGT TAAAACTACT
CCAGATCAGA GCATTAATAT AGTTGAACCA ATTAACCTTC TACAAGGTGA TCGACCTATT
ATATTGAATG TAGGTAATTC TGTGCCAACT ACTCCAGAAC CACTTCCAGC ACCTGCTCCA
GAAGCACTTC CAGCACCTGC TCCAGAAGCA GTAGAAGACG GTAACCTAAC TGCTAGCCAA
CTAACAGGAA CAGGCAGAAT TGCTGGTACT AAGTTTAATG ATATCAATGG TAACAATGTA
ATGGATCCTG AAGAGCCTGG TCTTCCTGGG TTCACTGTTT ATCTAGACCT TAATGATGAC
AAAAAGTTAA GTGCGGGTGA ACCTCAGTCT ATGACTGATG TAGAGGGTCG TTATAGCTTT
GAGAATATCC CAGCTAATAC TTATCCGATC AAGGTAATTC AGGAACAAGG TTTCAGACAA
ATTACTCCCG ATCCAGTAAT TAACTTGACT GAAGGTAACA ATATTAGTTT CGTCAATATT
GGTAGCCAAG TTGATGCATC AGTAACACTT CCTCTAAATG CCCCTATGAA TACCTTTGCT
TCTGGTACAA TTACTGGGGT TAAATTTGAC GATCGCAATG CTGACGGTTT AGCAGGTCCT
GACGAACCAA GACTCATAGA TGTTCAAGTT TTTGTAGACC AAAATGGTAA TGGTTTCCCA
GAAGCTAATG AACCAATTAC CCGAACAGAT CCTAACGGGG AATATCGCTT TACATTGCAG
CCAGGAAACT TTAGAGTTTT AGAAACACCA CCTGCAGGTT TTGTTAACAC TACTCCTACT
CCCCTAGTTC CAGTTGTTCC CGGTCAGACT GTTGTATACA ATTTTGGTGA TACCAGTATC
TTTGACCCGA ATACCAGTAT TAGTGGTATC ATCTTTACTG ATAGTAATAA CAATGGAGTC
CAAGATTCAG GAGAAGCAGG TATTCCAACT GCTGAAGTTT TCTTAGATAT AGATGGTGAT
GGACGACTAG ATAGCCGTGA AGATCTTAAC GGTGACGGGA TAATAAATGA AGGCGAACAA
GACATAGATG GCGATGGTGT AGTTGATGTT GACGAAGTTG CAACTTTTAC AGCTCCTGAT
GGTCGTTATA CATTTAATGG TGTAACTCCT GCTAATTATA CAATTGGTGT TGTTCAGCAA
GAAAACTTAT TCTTAACTGC CACTCGCCCA GTTATTAATG TTACTGTCGG TGAGGTGGTA
CCAAACCCTA ATGTATCACC AACTTCGATT AATCTTCCCT TTGGTCAAAG TGTAACTAAT
ATTGATGTGG GTGTTAACGT CACATCACCA GAGAAAGATA CTGTTAGTGG TATTGTATTT
GCTGACAATA ATGGTAACGG ACTATTTGAA CCTCTAAAAG GGGAAGTAGG TTTACCTGGT
GTTGAGGTTT TCTTAGACAC TCACACAGAC GGACAAATAC AAGGCTTTGA ACCAAATCAA
CTTAGTGGTC CTGATGGTAC TTATGGTCTA GATGCATCTG GTAAAAAAGG ATCATTTCCC
CTACTACAAA TTCTTGATCG TACAGGGTTT GTGCAAACTA CTCCACCAGC AGTAGTAACA
GTTGGCGGTG GTCGTAGTGT TGTTTACAAC TTTGGAAACC AACCACAAAC CCTAATTACA
GGAAATGTCT TTGAAGACTT TAATAGTAAT GGTATTCAAG ACTTTAATGA TACTAATGTC
AATGGCATCC TTGATCCTGA TGAGCGTGTA GAAATGGGTG TACCTCGTTT CCAGGTATAT
GTAGATCTAA ATGAGAATGG TATTCTTGAC AACCGAGATA TTGAACCTAA TGCGTTCACA
GATACTAACG GAGACTATGC AATTGTTGGT TTGTTGCCTG GTACTTACAC ATTACGACTA
ATTCCACCAG ACCCTATTAC AGACCCGAAT GATCCCAACG TGGTTTCACA AAGTTATACT
GCTACAACTC CAACAGATCT TCCAATTACG GTTGATGCGT TTGAGAACTC TAACATAGTA
ATTAACTTTG GGCAGTCTCC GGTTCTTCCT CCTCCTGATT TTGCTAATAT TTCTGGTATT
GCATTTATAG ACGATAACGC TGATGGTCAG GCAGAGGCTG GTGAACTTCA ACTGCCTGAT
GTTACTATCT ACATAGATGC TAATGAGAAC GGGGAACGAG ATAGTAATGA GCGGTTTGCT
TTAACGGACC AATTTGGTCG CTACGATATC CCGTTTGTAG CTCCAGGAAC TTATGTTGTT
CGTCAGGAAG CACAACCAGG TTTCACTGAC TCTAGTACTC CATCTCCTGT TGTAATTACT
TTGGCAGCAG GGGACAATGC TGAGTTTGTT AACCTTGCGA ATGCTCCTAC AAATCTCCCG
CCTGCTGTGC CTACTACTGC AAATCTTGGT GGTGTTGTTT TCAATGATAT CAATGGTGAT
GGCTTGATAG GTCCAGGAGA GAATGGTATT CCTAGTGCTA CTGTATTCCT TGACCGCAAT
GATAACTTAA TCCTTGATAA TGAGGAACGT AAGGCGGTTA CAGATTCGTT GGGAGTATAT
GATTTTGAGA TACCACCTGG TACTTACAAA GTTCAACAGT TACCATTACC AGGTCTATTC
CAAACTGGTC AAAACCCTGT TGTGACACTG TTTGCAGGGG ATGATGCTAA TTTTGTCAAC
TTTGGTAATA GCACTACGCC ACAACCAATA TTACCTGTGG CACCGCCACC ACCACCTACA
GGTACAGGTA GTATTAGTGG GATAACTTTT GAGGATCTCA ATGCTAATAG TTTGCTAGAT
CCTGGTGAAC CTGGTATTGG TGGTGTTGTT CTTTACTTGG ATCAGAATAA CAACTCTATT
CAAGATGCTA ATGAAGTACT TGTTGCTAGT GATATCAATG GTAACTATAG CTTCCCTGGT
TTGGCAGATG CTGGTTATAC AATTCGTCAG GACTTAAACC CAGAGCAGAG CGCTATCTTT
AATCAAACTG CTCCCCCTTC TGGTCAAGCA AGTTTGATCA ACGTATCTGG TGGTCAAAAT
GTTTCTGATG TGAATTTTGG TAATGCCCGT GTATAA
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| Protein sequence | MSIDNNIGGQ TVPLNSVLGN ISGIKYNDFN RDGLRDALEP GLPGITIYLD QNNNGQLDPD
ELSSISGDDG SFSFTNLPLN QIYTLRGFDQ PGFVQTIPDP TFISLSPEEP NVSGFLFGSA
ATGPGGNISG VLFKDLNING TQDSNEPIIS GYEVFLDSNR NGVLDEGEIT SVTDQFGFYS
FTGVTSSLLN VDVVRGPNEA RTTLNPVIIF TGTEEEIPNV AIDIGLITPV GTGNVQGVKY
LDSNTNGMFD LGEEGLPNFT IYADINSNNI LDPKEPFDVT NQEGNYFLAN LPATRLNIRE
AEQQLKFNVV TQPQTMTVDV PMGGTLPGVN FANAQINGIS GINFLDNNSN GAIDPGDVGL
SNSTVYLDLN QNGIFEQNEP FRITGHQGEY SFNTLPPGTY VVEVVPQPGF TQTVPDPVVA
VTSGEDINIV NIGQVPDTPL LQGQLRGKKF NDFNSNGLLD PREPGLANFT LYLDLNGNNV
LDANEPASIS NPAGDYSFDS LPVGTYSLRE IPQPGFVKTT PDQSINIVEP INLLQGDRPI
ILNVGNSVPT TPEPLPAPAP EALPAPAPEA VEDGNLTASQ LTGTGRIAGT KFNDINGNNV
MDPEEPGLPG FTVYLDLNDD KKLSAGEPQS MTDVEGRYSF ENIPANTYPI KVIQEQGFRQ
ITPDPVINLT EGNNISFVNI GSQVDASVTL PLNAPMNTFA SGTITGVKFD DRNADGLAGP
DEPRLIDVQV FVDQNGNGFP EANEPITRTD PNGEYRFTLQ PGNFRVLETP PAGFVNTTPT
PLVPVVPGQT VVYNFGDTSI FDPNTSISGI IFTDSNNNGV QDSGEAGIPT AEVFLDIDGD
GRLDSREDLN GDGIINEGEQ DIDGDGVVDV DEVATFTAPD GRYTFNGVTP ANYTIGVVQQ
ENLFLTATRP VINVTVGEVV PNPNVSPTSI NLPFGQSVTN IDVGVNVTSP EKDTVSGIVF
ADNNGNGLFE PLKGEVGLPG VEVFLDTHTD GQIQGFEPNQ LSGPDGTYGL DASGKKGSFP
LLQILDRTGF VQTTPPAVVT VGGGRSVVYN FGNQPQTLIT GNVFEDFNSN GIQDFNDTNV
NGILDPDERV EMGVPRFQVY VDLNENGILD NRDIEPNAFT DTNGDYAIVG LLPGTYTLRL
IPPDPITDPN DPNVVSQSYT ATTPTDLPIT VDAFENSNIV INFGQSPVLP PPDFANISGI
AFIDDNADGQ AEAGELQLPD VTIYIDANEN GERDSNERFA LTDQFGRYDI PFVAPGTYVV
RQEAQPGFTD SSTPSPVVIT LAAGDNAEFV NLANAPTNLP PAVPTTANLG GVVFNDINGD
GLIGPGENGI PSATVFLDRN DNLILDNEER KAVTDSLGVY DFEIPPGTYK VQQLPLPGLF
QTGQNPVVTL FAGDDANFVN FGNSTTPQPI LPVAPPPPPT GTGSISGITF EDLNANSLLD
PGEPGIGGVV LYLDQNNNSI QDANEVLVAS DINGNYSFPG LADAGYTIRQ DLNPEQSAIF
NQTAPPSGQA SLINVSGGQN VSDVNFGNAR V
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