| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_2708 |
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| Symbol | |
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| ID | 4244971 |
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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 | 4192357 |
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| End bp | 4195296 |
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| Gene Length | 2940 bp |
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| Protein Length | 979 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 638107771 |
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| Product | tetratricopeptide TPR_2 |
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| Protein accession | YP_722370 |
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| Protein GI | 113476309 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG4421] Capsular polysaccharide biosynthesis protein |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | 0.169437 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAAATAG AAAAATATCT CAGATTAGCA AAATCATATT TGACTAAAGG CAATTTAAGT
CAGGCAATAG AAATATGTGA ACAAATATTA GAAATACAAC CAAACTCCGC TCATGCTTAC
AGAATATTAG GGGAAATTTA CCAAGCAGAA GAGAATTTTG AAAAAGCTAT GTATGCTTAT
ACAAAAGCTG TGGAGATTCA ACCAAAATAT GCAGAAGTTC ATGCTTTTCT CGCTTGGTTA
TACAGTCAGA AAAAATGGCT GAGTGAAGCA GCTAATCAAT ATCAAAAAGC GATTAATTTA
GGACTAAAAT GGCCAGAATT ATATTATAAT TTAGGTAATA TATTCTATCA AGTTCGATAT
TTTGAATCAG CAATTCAATG CTATGAAAAT GCAATTGTTA TCAAACCGAA TTACATTAAT
GCTTATTTGG GTTTAGGCAT TATTTTTGAA AGGGAAAGAA ATTATCAAGC GGCAGTTGAT
ATTTATAGAA AAGTCATAGA ATTAAACCCA GATTTTGTAG AAGGATATAA TAATTTAGGT
CGTATTTTAG CTAATTGGAA TCGAAGGTCA GAAGCTATTG AGGTTTATCA ACAAGCTTTA
GTTTTAAAGC CTGATTCAGC AAGTTTATAT AATAATCTTG GTTTTACTTT ATTAAATGAA
AATCCTATAG AGGCGATCGC TGCTTATTAT CGTGCTATAG AATTAGACCC ATTATTGATC
AAAGCCCATT ATAATTTGGG TAAAGCATTA CAAATAATTG GGGAGCATGA ATTGGCAGTA
AAATCTTTTC AAGAAGTTAT TAGATTGAAG GGAAAAAAAG ATAATTTATT GGTTTATAGT
GATTGTGCTT TTTCTCTAAT GACTATAGGA AAGTTTCAAA CTGCTTTTGT TTACTTAAAA
AATGTAATTA CTAATAATAA GTTTGTTGAT GGTTGTTGGC AGGTATTAGA GTCGAAGTTA
GGTAATTTGG AGCATATAGA ATATGATAAA ATGTATTTAA CAAAAGTAGC TGTGTTGAAT
TTTATTAAAG AGCTAAAAAA GTTAGATATT AATTCAGAAA ATTATCAGCA ATCTTCTCAA
AAAATATCTC GGTATTTGCT GAGTTATTAT ATTAATTTTG GCAATGTATT GATGGAAAAT
GAGTTTTATA AAAGTGCTGA AAATATTTAT CATAAGGCGT TAAAAATTAA ACCAAATTCG
GCAGATATTT ATTGGTTATT AGGGAATAAT TTGGCTAAAC AAAAACGGTT AAATTCAGCA
ATTATTAGTT ACCAAATAGC TCTGCAAATT TTACTTAATG AAAATAGAAT TAATCAGACG
ACAAAGATTT ATTTTGAGTT GGGTAAGATT ATGGAAAAAC AGCAAAGATG GCAGGCAGCA
AGAGATTATT ATAGTAAAGT ATTATCCGGA AAAGTAGAAG ATATATTAAA TAATGATTTT
AATAATGATT TTTTGCCTTA TCCAAAGTTA GAGGGATTAT ATTTATCTAC AAAAGATTGG
TTGCAGAAAT TAGATGGTAA TAATTATCAG AAACGATATA AAGAAGTAAG ATTAGAAAAA
TTAGCAACAG AATATAGAGA AGAATCTATA AAATCTCCTA TTAAAGTAAG TGTTGAAAAT
AAGAAGAAAG ATTTAGAATG TCTTGGGTTA AATTGTAGTG CATGTTTAAA GCAAATTTAT
CAGTGGTTTG ACCCAAAGTC TCCTGCTCAA GGGATATATA GTCTTAGGGA TCAGGGTGAG
TTTAGTCAAG ATATTGATTT GCTGAGTCAG GAAATATCAC TTTTAAACCC CCTTGAAAAA
GAGGGGAAAA AATCTCTAAC TCCTGGGAAA AATGAGAGGA TGAGTCCTTC TTCCCTAACA
TCTGTAAGTA AGGAGGAAAG TATACTTAGT TTGACAAAAG ATACAAAAAA TGATAAAGAA
GGGCTTTCTT ACTTTCAGAA ACTTTCCCGG AGTCCTACCT TCGTGACTAC AGTACCGGAG
GGAAGAGCTT GGATAATGCC CAAGAAAAAT TACTGGAGAC TATGTTACGG CATTGCTATT
ATGACTCCAG ATAACTATTT ATTGTCAGAC TTGTCCAGAG AATATCCATC TCCATTGCCA
GGATGTACAA AGCATGACCC AAGTCAACAT CGGATTTTTG GTTTTGAAGA ACTGCCCCCC
CTAGAGAAAA TTAATGGTAA GGTAGCAGTA TTATCGGTGT TATCAGGAAA TGTCTATTTT
CATTGGATGG TAGACCTACT GCCAAGAATA GAGATATTGC GTCAGGGTAT TAATTTAGAA
GAAATAGATT GGTTTATAGT TAATGACTAT CAACAACCTT TTCAACGAGA GACATTAAAA
ACTCTTGGTG TCAAACAAGA GAAAATTTTG GCAAGCGATC GCCATCCTCA TGTTCAAGCA
ACAGAATTAG TCGTCCCTTC ATATCCTAGT TATCTGGGAT GGTTACAACC CTGGGGATTA
AAATTTTTAA GAGAAGTATT TCTTAGAGGT ATAACTAATA ATAAGTCATA CTTTCCGGAA
AAAATATATA TAGGTAGAGG TAATGCTAAG TATCGTCGAG TAATGAATGA AGCAGAAGTA
GTAGATATAT TACGCCAGTT TGGTTTTACT TATGTTACTC CAGAGTCAAT ATCCCTAGAA
AATCAGATTA GCACTTTTGC CCATGCCAAA ATCATAGTGG CCCCTCATGG AAGTGGTTTA
ACAAATATAG TATTCTGTAA CCCAGGGACA AAAGTTATCG AACTTTTCTC ACCCCACTAT
CTCAGATACT ATTATTGGCA TATTAGCCAA TTATTAGGAC TTGAGCATTA CTACTTAATT
GGTGAAACAT TTAGTTGTTA TCCAATGAGA AATATAATGT ATGAAAGTTC TTTAGTGGAA
GATATTTTAG TGAATTTAGA TTCATTAAAT CAGATGCTAA AAGTTGTAGA TATTTTTTAA
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| Protein sequence | MKIEKYLRLA KSYLTKGNLS QAIEICEQIL EIQPNSAHAY RILGEIYQAE ENFEKAMYAY
TKAVEIQPKY AEVHAFLAWL YSQKKWLSEA ANQYQKAINL GLKWPELYYN LGNIFYQVRY
FESAIQCYEN AIVIKPNYIN AYLGLGIIFE RERNYQAAVD IYRKVIELNP DFVEGYNNLG
RILANWNRRS EAIEVYQQAL VLKPDSASLY NNLGFTLLNE NPIEAIAAYY RAIELDPLLI
KAHYNLGKAL QIIGEHELAV KSFQEVIRLK GKKDNLLVYS DCAFSLMTIG KFQTAFVYLK
NVITNNKFVD GCWQVLESKL GNLEHIEYDK MYLTKVAVLN FIKELKKLDI NSENYQQSSQ
KISRYLLSYY INFGNVLMEN EFYKSAENIY HKALKIKPNS ADIYWLLGNN LAKQKRLNSA
IISYQIALQI LLNENRINQT TKIYFELGKI MEKQQRWQAA RDYYSKVLSG KVEDILNNDF
NNDFLPYPKL EGLYLSTKDW LQKLDGNNYQ KRYKEVRLEK LATEYREESI KSPIKVSVEN
KKKDLECLGL NCSACLKQIY QWFDPKSPAQ GIYSLRDQGE FSQDIDLLSQ EISLLNPLEK
EGKKSLTPGK NERMSPSSLT SVSKEESILS LTKDTKNDKE GLSYFQKLSR SPTFVTTVPE
GRAWIMPKKN YWRLCYGIAI MTPDNYLLSD LSREYPSPLP GCTKHDPSQH RIFGFEELPP
LEKINGKVAV LSVLSGNVYF HWMVDLLPRI EILRQGINLE EIDWFIVNDY QQPFQRETLK
TLGVKQEKIL ASDRHPHVQA TELVVPSYPS YLGWLQPWGL KFLREVFLRG ITNNKSYFPE
KIYIGRGNAK YRRVMNEAEV VDILRQFGFT YVTPESISLE NQISTFAHAK IIVAPHGSGL
TNIVFCNPGT KVIELFSPHY LRYYYWHISQ LLGLEHYYLI GETFSCYPMR NIMYESSLVE
DILVNLDSLN QMLKVVDIF
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