| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_2106 |
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| Symbol | |
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| ID | 4243942 |
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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 | 3281950 |
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| End bp | 3285126 |
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| Gene Length | 3177 bp |
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| Protein Length | 1058 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 638107214 |
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| Product | hypothetical protein |
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| Protein accession | YP_721815 |
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| Protein GI | 113475754 |
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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 | 4 |
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| Plasmid unclonability p-value | 0.866139 |
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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 | 0.660296 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGAGTAGTT CTCAAAAGGA GAATTCTGAT GATACAGATA TTCTAATTGG CAGTAATATT
GATTTAATTT CTGTAGTACA AAATGCTCTG CCAATAGTTC AACATTTGCT TGACAATTTC
TCTAGTAAAG TAGATTTTGA AGAGCAAATG AATCTGGCTT TTGGAGAGAG TTATGATGTT
AGTAAAGCTG ATGCTTTAAT TGGTACTTGG CAAAATGAAC ATGCCGGCTT TTTGCCACAG
ATAAAAATTG TTTCTGAGAG TAAAATTAAT GGAGCGAATG GTGCTTTTGC TGGAGAGACA
CAGACCATTT ATTTAGCACA AGAGTTTGTT GAAGATAATG CTGGGAATGT AGGGGCGATC
GCTCCTATAA TTCTTGAAGA GTACGCTCAT TATTTTGATG GGGAAGTTAA TAGTTTTGAT
ACCCCTGGGG ATGAAGGGGA AATTTTTGTC AGTTTTGTTT TGGGAGAGGA GTTGAGCGAG
TCTGAGTTTT TGCGGATGAA GGTCGAGGAT GATTGGGCCA CAGTCTTCTT AAATGGTAAT
ACTATTACCA TCGAACAAGC AAACCTTTCC TGGCTCGGAG GTAGCGGTGA TTGGTATAAC
CCTAGTAAAT GGAGCGGTGG TAAAGTCCCC AAGTCTAGCG ATAATGTAAC TCTGGAAGTT
TTTGGTCAAA ACATCAAAAT TAACTTTTCC AAGGGAAACC CTAATATTAA AGATTTGTTT
TTAGGGGCTA AGGATGGTGG AACTCTAACT TTAAATGGAC TAACCACTGT AGGGAACGAC
ACAGATATTT TAGCCGAAGG AAAAAACAGT GTAGTTAAGT TGCCCGATCT AAAGACTTTC
TCAGGCAAAG ACCTATATCA GCCTTCATCT ATTACGGTGA AAGATGGTGG CACACTTAAA
GCAAATAAAC TGCTCACTAT GAAAGAGGTA GATTTATTTG CGAATAACGC CAGTCTTACT
TTACCTGGAG TAAAAAATTT TAGCGGTAAA AGCGATACTG TCATTGAAGC AACGAATGAA
GGCAAACTGA CTTTAGGTGC GAGAACTATT AGTGGTGATG TGGATATTAC CGCCACCGGA
GAAGGAAGTG TAGTGAATTT GCCCCTGTTA AACAATTTTA GCGGCACAGA CGTTTATCAA
CCCTCATTTA TTAAGGCTGA AAATAACGGC TCGGTGACAG CTAAGAAGCT GAAAACCCTC
AAAGAGGTAG ATTTGTATGC CGATAACAGC ACATTGAGTT TGTCAGGAGT CAACAACTTT
AGCGGTAAAA GCGATACTGT CATTGAAGCA ACGAATGAAG GCAAACTGAC TTTAGGTGCG
AGAACTATTA GCGGTGATGT GGATATTACC GCCACCGGAG AAGGAAGTGT AGTGAATTTG
CCCCTGTTAA ACAATTTTAG CGGCACAGAC GTTTATCAAC CCTCATTTAT TAAGGCTGAA
AATAACGGCT CGGTGACAGC TAAGAAGCTG AAAACCCTCA AAGAGGTAGA TTTGTATGCC
GATAACAGCA CATTGAGTTT TTCAGCAGTC AACAACTTTA GCGGTAAAAG TGATACTGTC
ATTCAAGCCA GGAATGAAGG CAAACTGACT TTAGGTGCCA AAACTATTAG TGGTGATGTG
GATATTACCG CCACCGGAGA AGGAAGTGTA GTGAATTTGC CCCTGTTAAA CAATTTTAGC
GGCACGGACG TTTATAAACC CTCATTTATT AAGGCTGAAA ATAACGGCTC GGTGACAGCT
AAGAAGCTGA AAACCCTCAA AGAGGTAGAT TTGTATGCCG ATAACAGCAC ATTGAGTTTG
TCAGGAGTCA ACAACTTTAG CGGTAAAAGC GATACTGTCA TTCAAGCCAG GAATGAAGGC
AAACTGACTT TAGGTGCCAA AACTATTAGT GGTGATGTGG ATATTACCGC CACCGGAGAA
GGAAGTGTAG TGAATTTGCC CCTGTTAAAC AATTTTAGCG GCACGGACGT TTATAAACCC
TCATTTATTA AGGCTGAAAA TAACGGCTCG GTGACAGCTA AGAAGCTGAA AACCCTCAAG
GTAGTAGATT TGTCTGCCGA TAACGGTACC TTGAATTTAT CGGCAAATAG CTTTAGTGGT
AAAAGTGATA CTGTCATTCA AGCCAGGAAT GAAGGCAAAC TAACTTTGGG TGCCAAAACT
ATTAGTGGTG ATGTGGATAT TACCGCCACC GGAGAAGGGA GTGTAGTGAA TTTGCCCCTG
TTAAACAATT TTTACGGCAC AGACGTTTAT AAACCCTCAT TTATTAAGGC TGAAAATAAC
GGCTCGGTGA CAGCTAAGAA GCTGAAAACC CTCAATGTAG TAGATTTGTA TGCCGATAAC
AGCACATTGA GTTTTTCAGC AGTCAACAAC TTTAGCGGTA AAAGTGATAC TGTCATTCAA
GCCAGGAATG AAGGCAAACT GACTTTAGGT GCCAAAACTA TTAGTGGTGA TGTGGATATT
ACCGCCACCG GAGAAGGGAG TGTAGTGAAT TTGCCCCTGT TAAACAATTT TAGCGGCACG
GACGTTTATC AACCCTCATT TATTAAGGCT GAAAATAACG GCTCGGTGAC AGCTAAGAAG
CTGAAAACCC TCAAGGTAGT AGATTTGTAT GCCGATAACG GTACATTGAA TTTATCAGCA
AACAGCTTTA GTGGTAAAAG CGATACTGTC ATTAAAGCCA GGAATGAAGG TAAACTGACT
TTAGGTGCGA GAACTATTAG TGGTGATGTG GATATTACCG CCACCGGAGA AGGGAGTGTA
GTGAATTTGC CGCGCTTAAC CAATTTTTAC GGCACAGACG TTTATCAACC CTCATTTATT
AAGACTGAAA ATAACGGCTC GGTGACAGCT AAGAAGCTGA AAACCCTCAA GGAAGTAGAT
TTGTCTGCCG ATAACAGCAC ATTGAGTTTT TCAGCAGTCA ACAGCTTTAG CGGTAAAAGC
GATACTGTCA TTAAAGCCAG GAATGAAGGT AAACTGACTT TAGGTGCGAG AACTATTAGT
GGTGATGTGG ATATTACCGC CACCGGAGAA GGAAGTGTAG TGAATTTGCC GCGCTTAACC
AATTTTTACG GCACAGACGT TTATCAACCC TCATTCATTC TGGCTGAAGA TGGCGGTAAA
GTCAAGGTTA AGAAATTGAC AGGAATTACC AACGTAGATC CATTCGTAAC TGGTTAG
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| Protein sequence | MSSSQKENSD DTDILIGSNI DLISVVQNAL PIVQHLLDNF SSKVDFEEQM NLAFGESYDV
SKADALIGTW QNEHAGFLPQ IKIVSESKIN GANGAFAGET QTIYLAQEFV EDNAGNVGAI
APIILEEYAH YFDGEVNSFD TPGDEGEIFV SFVLGEELSE SEFLRMKVED DWATVFLNGN
TITIEQANLS WLGGSGDWYN PSKWSGGKVP KSSDNVTLEV FGQNIKINFS KGNPNIKDLF
LGAKDGGTLT LNGLTTVGND TDILAEGKNS VVKLPDLKTF SGKDLYQPSS ITVKDGGTLK
ANKLLTMKEV DLFANNASLT LPGVKNFSGK SDTVIEATNE GKLTLGARTI SGDVDITATG
EGSVVNLPLL NNFSGTDVYQ PSFIKAENNG SVTAKKLKTL KEVDLYADNS TLSLSGVNNF
SGKSDTVIEA TNEGKLTLGA RTISGDVDIT ATGEGSVVNL PLLNNFSGTD VYQPSFIKAE
NNGSVTAKKL KTLKEVDLYA DNSTLSFSAV NNFSGKSDTV IQARNEGKLT LGAKTISGDV
DITATGEGSV VNLPLLNNFS GTDVYKPSFI KAENNGSVTA KKLKTLKEVD LYADNSTLSL
SGVNNFSGKS DTVIQARNEG KLTLGAKTIS GDVDITATGE GSVVNLPLLN NFSGTDVYKP
SFIKAENNGS VTAKKLKTLK VVDLSADNGT LNLSANSFSG KSDTVIQARN EGKLTLGAKT
ISGDVDITAT GEGSVVNLPL LNNFYGTDVY KPSFIKAENN GSVTAKKLKT LNVVDLYADN
STLSFSAVNN FSGKSDTVIQ ARNEGKLTLG AKTISGDVDI TATGEGSVVN LPLLNNFSGT
DVYQPSFIKA ENNGSVTAKK LKTLKVVDLY ADNGTLNLSA NSFSGKSDTV IKARNEGKLT
LGARTISGDV DITATGEGSV VNLPRLTNFY GTDVYQPSFI KTENNGSVTA KKLKTLKEVD
LSADNSTLSF SAVNSFSGKS DTVIKARNEG KLTLGARTIS GDVDITATGE GSVVNLPRLT
NFYGTDVYQP SFILAEDGGK VKVKKLTGIT NVDPFVTG
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