| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_2765 |
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| Symbol | |
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| ID | 4244798 |
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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 | 4284496 |
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| End bp | 4287747 |
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| Gene Length | 3252 bp |
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| Protein Length | 1083 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 638107824 |
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| Product | TPR repeat-containing protein |
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| Protein accession | YP_722421 |
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| Protein GI | 113476360 |
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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 | 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 | 10 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATTCAA CTAAAGCAAT AGATTCGGAA ATAGCTGTTG AGAGGGTGGT AGGATTTGCC
CAACAATTCG ACGGTACACA TCTTGATTTA GCTTGTCATG CAGCGTTTCC ACAGACACTT
ACTCCTGATT TGCTCTACCA AATTTGGCTT CGCTTTGTCC CCCAAGCTCC TTGGACGGCA
GTTGCTCGCA TACTTTTATC TCGCTTGTGC CGTGAGGTAG GCTATGAGCT TTATGAAATG
GATGTAAATG TCCGAAATTT GTTGTTGCAA GAGTTGAAGG AAGATAAGCG TTTTGATAAG
CCTCGGTTAA AAGAACTAGC AGATTTCTAC AGTAACTATG TGAAACAGCA ACTTGATGGT
GATGATTTGA GGAGGAGAGA CTTAGGAACG GCTGAGTATT GGATGTCCCT TGCTTGTAGT
CAGCCTAATC AGCTTAATCA TAAACTGGCA CTGGCTATTG AAGAGAGATT GAAGCAGAAA
AACTGGAAGG AGTTGTTTAG ATTTGGGTTA TTTATAGAAA GTTTTCCAAC TGCTTTAGCG
GAATTTGAAC CACCACTGAT TACCTACGCC CGTGGAATGG TGTCTTTTAC GAGTGGAGAT
TTGGAGGGTG CAACAAAACA ATTCTCTCAG CTTTCTAGGT GGGAACGTCA AGTTAAAATT
GCTGGAGTTA GTTTGTCAAT TCCTGATGAA ATTCCTCTAA TTTCTGTTGA GTTGTCTTTC
CTCGAAGAGT TACTAAATAT TGTTTCTGAT AATGATGATA ATCCTCAATG GAAAATTTAT
CCATTTTTGG AAGCAAATCT AGAGAGGTTA AATGAAGATT TAATTGGGTT ATTACAAGAA
TGGTCAACTA ATATACTGTT AAATACGGAA CCAGTTGAAT TACATAGAAT TGGTTCATCT
CTTACTAGAT TTAGCAATTT ATTAGGCAAT TTTACATTGG GAAATATAGC GATAAACTTA
GAAATTGCTA TTACTGGATA TCAGATTGCT TGTCAAATTT TTCGACGAGA AGAGTTTCCT
AAAGAGTGGG GAATTATTCA AAATCATCTC GGCATTGCCT ACAGTAACAG AATAAGAGGA
GACAAAGCCC AGAATATTGA ATCGGCTATT GCTGCATGCC AACAAGCTTT GATGGTGCTT
ACCCAAACTG ACTTCCCCTT TGAATGGGCA GCAACTCAAA ATAGCCTCGG CAATGGGTAC
AGTGAGAGAA TAAGGGGAGA CAAAGCCGAA AATATTGAAG TTGCCATTGC TGCATACGAA
CAAGCTTTGC TGGTGTACAC CCAAACTGAC TTCCCCATGG ACTGGGCAAT GACTCAAAAT
AATCTCGGCA ATGCCCACAG AGACAGAATA AGGGGAGACA AAGCCCAAAA TATTGAAGCT
GCCATTGCTG CATACCAACA AGCTTTGCTG GTGTACACCC AAACTGACTT CCCCATGGAC
TGGGCAATGA CTCAAAATAA TCTCGGCGCT GCCTACAGTG ACAGAATAAG GGGAGACAAA
GCCGAAAATA TTGAAGCTGC CATTGCTGCA TACCAACAAG CTTTGCTGGT GTACACCCAA
ACTGACTTCC CCATGGACTG GGCAAATACT CAAAATAATC TCGGCATTGC CTACAGAAAC
AGAATAAGGG GAGACAAAGC CGAAAATATT GAAGCCGCCA TTGCTGCATA CCAACAAGCT
TTGCTGGTGT ACACCCAAAC TGACTTCCCC ATCAACTGGG CAATGACTCA AAATAATCTC
GGCAATGCCT ACAGTAACAG AATAAGGGGA GACAAAGCCG AAAATATTGA AGCTGCCATT
GCTGCATACC AACAAGCTTT GCTGGTGCGC ACCCAAACTG ACTTCCCCAT CAACTGGGCA
ATGACTCAAA ATAATCTCGG CAATGCCTAC AGAGACAGAA TAAGGGGAGA CAAAGCCGAA
AATATTGAAG CCGCCATTGC TGCATACAAA CGAGCTTTGC AGGTAAGCAC CCAAACTGAC
TTCCCCATCG ACTGGGCCGG AACTCAAAAT AATCTCGGCA ATGCCTATAG TGACAGAATA
AGGGGAGACA AAGCCGAAAA TATTGAAGCT GCCATTGCTG CATTCCAACA AGCTTTGCTG
GTGTACACCC AAACTGACTT CCCCATGGAC TGGGCAACAA CTCAAAATAA TCTCGGCAAT
GCCTACAGTG ACAGAATAAG GGGAGACAAA GCCGAAAATA TTGAAGCTGC CATTGCTGCA
TACCAACAAG CTTTGCTGGT GCGCACCCAA ACAGACTTCC CCATGGACTG GGCAGGAACT
CAATATAATC TCGGCATTGC CTACAGTGAC AGAATAAGGG GAGACAAAGC CGAAAATATT
GAAGCTGCCA TTGCTGCATA CCAACAAGCT TTGCTGGTGC GCACCCAAAC AGACTTCCCC
ATGGACTGGG CAACAACTCA AAATAATCTC GGCAATGCCT ACAGTGACAG AATAAGGGGA
GACAAAGCCG AAAATATTGA AGCTGCCATT GCTGCATACC AACAAGCTTT GCTGGTGTAC
ACCCAAACTG ACTTCCCCAT GGAATGGGCA ACAATTCAAA ATAATCTCGG CAATGCCTAC
AGTAACAGAA TAAGGGGAGA CAAAGCCGAA AATATTGAAG CTGCCATTGC TGCATACCAA
CAAGCTTTGC TGGTGCGCAC CCAAACAGAC TTCCCCATGG ACTGGGCAAC AACTCAAAAT
AATCTCGGCG CTGCCTACAT TTACAGAATA AGGGGAGACA AAGCCGAAAA TATTGAAGCT
GCCATTGCTG CATACGAACA AGCTTTGCTG GTGTACACCC AAACTGACTT CCCCATGGAA
TGGGCAACAA TTCAAAATAA TCTCGGCAAT GCCTACAGAA ACAGAATAAG GGGAGACAAA
GCGGAAAATA TTGAAGCCGC CATTGCTGCA TACGAACAAG CTTTGCTGGT GTACACCCAA
ACTGACTTCC CCATGGAATG GGCAACAATT CAAAATAATC TCGGCAATGC CTACAGAAAA
ATTAATCAAG ACCTAGCACA AGCAGCTAAA GATATTAAAA ATCTACTCAA TCAACTTTCA
GAAGATTATC CTAACGATAG TTATAGAGTT TTAAGTGCTA AAGCTATGGA TGAAGTTGAT
AAAAATCCTC AGTTAAAATA TCGAATTATC CGAGGATTAA AAGCAGGAGG TTTAGCAGCT
TTAGAAAAAA TGATTGATCA TCCTGTTGCT CAGTTCCTTA TTGAAGGTGT AAAAGAAGTA
TTAAATCCTT GA
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| Protein sequence | MNSTKAIDSE IAVERVVGFA QQFDGTHLDL ACHAAFPQTL TPDLLYQIWL RFVPQAPWTA
VARILLSRLC REVGYELYEM DVNVRNLLLQ ELKEDKRFDK PRLKELADFY SNYVKQQLDG
DDLRRRDLGT AEYWMSLACS QPNQLNHKLA LAIEERLKQK NWKELFRFGL FIESFPTALA
EFEPPLITYA RGMVSFTSGD LEGATKQFSQ LSRWERQVKI AGVSLSIPDE IPLISVELSF
LEELLNIVSD NDDNPQWKIY PFLEANLERL NEDLIGLLQE WSTNILLNTE PVELHRIGSS
LTRFSNLLGN FTLGNIAINL EIAITGYQIA CQIFRREEFP KEWGIIQNHL GIAYSNRIRG
DKAQNIESAI AACQQALMVL TQTDFPFEWA ATQNSLGNGY SERIRGDKAE NIEVAIAAYE
QALLVYTQTD FPMDWAMTQN NLGNAHRDRI RGDKAQNIEA AIAAYQQALL VYTQTDFPMD
WAMTQNNLGA AYSDRIRGDK AENIEAAIAA YQQALLVYTQ TDFPMDWANT QNNLGIAYRN
RIRGDKAENI EAAIAAYQQA LLVYTQTDFP INWAMTQNNL GNAYSNRIRG DKAENIEAAI
AAYQQALLVR TQTDFPINWA MTQNNLGNAY RDRIRGDKAE NIEAAIAAYK RALQVSTQTD
FPIDWAGTQN NLGNAYSDRI RGDKAENIEA AIAAFQQALL VYTQTDFPMD WATTQNNLGN
AYSDRIRGDK AENIEAAIAA YQQALLVRTQ TDFPMDWAGT QYNLGIAYSD RIRGDKAENI
EAAIAAYQQA LLVRTQTDFP MDWATTQNNL GNAYSDRIRG DKAENIEAAI AAYQQALLVY
TQTDFPMEWA TIQNNLGNAY SNRIRGDKAE NIEAAIAAYQ QALLVRTQTD FPMDWATTQN
NLGAAYIYRI RGDKAENIEA AIAAYEQALL VYTQTDFPME WATIQNNLGN AYRNRIRGDK
AENIEAAIAA YEQALLVYTQ TDFPMEWATI QNNLGNAYRK INQDLAQAAK DIKNLLNQLS
EDYPNDSYRV LSAKAMDEVD KNPQLKYRII RGLKAGGLAA LEKMIDHPVA QFLIEGVKEV
LNP
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