| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_3771 |
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| Symbol | |
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| ID | 4243719 |
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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 | 5793963 |
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| End bp | 5799539 |
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| Gene Length | 5577 bp |
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| Protein Length | 1858 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 638108708 |
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| Product | WD-40 repeat-containing protein |
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| Protein accession | YP_723292 |
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| Protein GI | 113477231 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2319] FOG: WD40 repeat |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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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 | 3 |
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| Fosmid unclonability p-value | 0.0182471 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGAACCTT TAAAATATCC GGAAGAAAGT ATTATTTATA ATAAGCGATC GCTCACAAGA
TTGATGAGAT CTGTCACCAT TTCTCAGGGA CAGTTTTCGT TGATTTTAGC CTGCTGTAAC
TACCAACACT TCCAGCAAAG AATGATGATG GAAGTGAAAA AAATGTTATC AGTAGAACTG
CAAGAAATAG TATTATCAAA AACTGTCACT ACTCTTTATA CAACTATCGA TCAACAATTA
GAAAAGTTCC CCGAAGCTCC TGCAGTAATG ATCTTAAACT TAGATAAAGT AGAAGCAATA
GATGAACTAC TAATATCGAC TAATCAGGTA AGAGACGAAT TTAGGAAAAA ATTTAGCTTT
CCTCTAATTT TGTGGATTAC AGATAAATTA TTGGCTAAAC TAATTAGATT AGCACCTGAT
TTTAAAAGTT GGGCAGCAGC TACAATTAAA TTTGAGTTTG CGACTTCCGA TTTAATACAT
TTACTAAAAA TGGCAATAGA TAGTTATTGG ATAAATGAAT CGGCAAATGA ACAACAACAA
TTAATAAAAT CATCATCAAA TTCTACAAAA TATAATTTTT TAGTCCCTAG TTTTCTCGAT
CAATCTAATT GTTATTATGG TAAGAAGTTA TCTCAAAATA AACATCAAGA AATTCAATTA
GCTTTCAAAG ATTTAAAAGA ACGTGAACAG CATTTAGAAA CAACTCTTAA AGCAAAGATA
GAATTTATTA TTGGTCGAGA TTACTTCTAT AACAACAATA TAGATTCTGC TCTCGAACAT
TATCAAGAAA GTCTAAATTT ATGGGAGTAT AAAATTGGGT CATTAGAGTA TCCTAAATCA
TCAATAATTA GCGAGAGGTT TATCCTAGAA CAAAAAGGAA TAGTTTTATA TAATATTGCC
TTGTGTTATT ATCTGCAATC TACCCAAAAC CCCTTAGATA ATTATCAAGA ATTAGAAAAG
GCAAAACTGA AGCTTGAAGA ATCAAAACAA CTTTTTGAAG AAGTGAATAA TTTTGTCTTG
GTAGCTGAGG TAATTACAAC ATTAGGACAA GCTATAAAGC AGATGAAAGC TTGGGGAGAA
TTAGAAGCTA TTGCCTTAGA AGGACTACAA TTACATCACA AATATGGAAA TGATTTACAA
ATAGCACAAG ATTATGGTTT TTTGGCAGAA GTTGCCCTAC AAAAATCCAA TTGGGTTGAG
GCTCAGAAGC TATCTGAAAG AGCCCTTAAT ATTTTGTTTT ATGCTAAAGA TATAACATTA
CCAACGGAAA AAAATAAATA CCTGTTATTA TTAGCAAAAA GTCTCAAAAA TTTATATCGT
CAAGCAGAAG CTATTGAGTA TTTAGAAATT GCCGAGTTAA CAGAGCAAGA GGCAATTAAA
AATAGTTTGA AAACTCAGGA AAATAGAGAC CCAAAACTTT ACATTGAGCT GTTAACGGAG
TTGGGATCAC TTTATTATAA TCAAGGAAAA TATTTACAAG CATTTCGCTT AAAAAAAGCT
CAAAGAAAAA TTGCGCATCA GTACGGACTT TTAGCTTTTA TTGGCGCATC TCAGTTACAA
CCACAAAAAC AAAGTTATAT CAAAGAATCA TTAGATTACC AAAATACTTT ACCCTCAGAA
ATAACTGCTT CTGGTCGTCA AAAAGATATT AATAATCTCC TGGAAAGAAT AAGTCGAAAT
GACTGTAAAT TAACAATTAT TCATGGTCGT TCTGGTGTAG GAAAAAGTTC TTTAGTTAAT
GCTGGATTAA TACCAGCTTT AAAAAATATT AGTATTTCAG CACGAGATAC AGTACTAGTA
GCAGTACAAA GATATAATGA TTGGCTAGAA GTATTAGCAT ATTCTCTCAA TAAATCATTA
CAAAAAAAAT GTAAGTTGCG AAATAATAAT AATCTCTTCA AACTCAAAAA AGATTATATA
AAAAATCAAG AATCAATTTT TTCTATAAGA GGAAAAAATT TGAATTCAGA AGTAGAAAAA
ACTTATGATT CTGAACTTAA AGATGAATTT CAGTGTATAG AATCATGTGT TATAGCTCAA
TTAAAAAACA ATTCAGAGAA TAATTTATTA ACAGTAATAG TATTTGATCA ATTTGAAGAA
TTTTTCTTTT TTAACAATAG TAGTGAAGAT AGAGAAGTTT TCTACAGATT TATATGTAAT
TGTCTAAACC TACCCTTTGT GAAAGTAATC TTATCTATGA GAGAAGATTA TTTACATTAT
TTATTAGAAT GGGACTTTAT CAGCGATCTA GATGTTATTA ATAATAATAT CTTAGATAAA
GATATCCGTT ACCATTTAAG AGATTTTTCT AGAGAAGATG CTTATACTGT TATAGAATGT
TTAACAAAGA GAGCTAAATT TAATTTAGAA CCTCAATTGA TTGATGTAAT TGTTGATGGT
TTAGCAGATG AAAAACAGCA AATTCGCCCA ATAGAATTAC AAGTAGTAGG AAGTCAACTG
CAAGAAGAAA AACCTCAGAT TCAAACTTTA GATCAATTTC AAAAAAAGTT TGACATTAAT
CCAAAAAAAG CGAAAGCAAA ACTAATAAAA AATTTTTTAG AGCAAGTAAT TATAGATTGT
GGTCAGGAAA ATGAAGAAGC TACTATGCAA GTTTTATTTG CACTAACTAA TGATAATTTA
ACTAGAGCTA CTCGTACAAA AAAAGAGTTA TTAGAAATAG TAAAAACATG TATAGAAACA
AGTTTTTTAG TAAATGTTGA TTCTAGTAAA TTTGTCGAAA ATCAAATTAA TTATAATGAA
AAGATAGAAG GATTGCTAAA TTTAATTTTA GAAATATTAG TAGATTCAGG ATTATTATTT
ATTCGGCAAG AATGCAATGA AAAAAACTAC CAGCTAGTTC ACGATTATCT AGTAAAACCA
ATCCGTAAAA GGTTTGACTT AGAAAATAGA TTACAGCAGG CTGAGGTAGA GATAAAAAAT
GCTGAAATTG CTAAAAACAA GGCAGAAACA GATAAAATAA CTAGCCAAGC AAAACTAAAT
ATACTTTTAA AACGACAACT AGCAGTAGCA ATCCTGGGAA TTATATTAAT GTCAATGTCA
ACTATTGCTA CACTGGGTTT TTGGCAGAAA ACAAGATTTC AAAAACAAGT AGCAACTGCT
CAAAAAGAGC GTGCAGATAT TAATAGCATG ACTGCTTTTT CAGAAGCATT ATTTTTTTCA
GGTTATAAAT TTGATGCTTT GATAGAAAGT ATTAAAGCAG GTAAAAAATG GCAAAAGATA
AAACAATTAT TAGGAGAACA AAATCTCTCA AATGATACAG AATATCGAAT TGCAGCTTCT
CTTCAGCAAG CAGTTTATGG AGTGAACAAA TATAACCATT TGGAAGGACA TAATAATATA
GTTTGGAGTG TCATCTTTCA TCCTGAAGGA AACTTAATTG CTTCTGCTAG TGCAGATAAA
ACTATTAAAT TATGGAGTCG AGATGGCAAA TTACAAAAAA CTCTAACAAA TCATAAAAAT
AGGGTGAGCA AAATTAGCTT TAGTTCGGAT GGGAAATACT TGGCTTCAGC TTCCCATGAT
TCCACAGTTA AAATTTGGGA TCTTCAGCAA CTAGAAATGA AACCTCTATC TCTCAAGAGT
CATAGTGATT CGGTGGTAAC AATCAACTTT AGTCCGAATA ATAAAATGTT AGCATCAGGT
TCACTTGACA AAACTATCAA AATTTGGAAC TATACGGGCG TATTACTTAG AACAATTAGG
ACTAAATCAG TAGTTAAATG GGTTAGCTTT AGTCCAAATG GAAAAATGAT TGCTGCTGCT
AATGCAAATG GAACTGTACA GCTGTGGAAT CTTAATGGGA AGCTTTTGAA AACCTTAAAA
CATGGAGCTG GAAATCATAA TTACCCAGTT TACAGTGCCA ATTTTTCTCC TGACGGTAAG
AGAATGGTGA CAGCAAGCGG AGATCAAACA GTCAAAATTT GGCGTTTTTT CAGAAATATA
CCGATTTTAG AAAAAACAAT AACAGGACAC AAAAAACAAG TTATCAATGC CAGTTTTTCT
CCTGATGGAA AAATAATAGC TTCCTCTAGT ACAGACAAAA CTATCAAAGT TTGGCAGCTA
GACGGAACCC TCTTGAAAAC TTTTTCGGGT CATGGAGACA CAGTTACTCA GGTTACTTTC
AGTCCTGATG GCGAAACTCT GGCTTCAGCT AGCTATGATA AAACTATTAA GTTCTGGAGT
CTCAAAAACG ATTCTCTAAA TGTTCTACAA GGTCATAAAC ATAGAGTTCT TGGTGTGAGT
TTCAGTCCAG ATGGTCAAAT CTTGGCTTCT GCATCTCAAG ACAATACTAT TAAATTGTGG
AGTCCCACAG GTAAGTTATT AAATAATCTT GAGGGGCATA CTGATAGAGT AGCAAGTGTT
AGTTTTAGCT CAGATGCTCA GATTCTTGCT TCTGGTAGTT ATGATAATAC AGTAAAGTTA
TGGTACCTCA ATTCTCCAAA TCAAATCTGG AACTGGAAAT TCCTTGAAGA TCCTAAAAGT
TGGCAATTGT TAGGCAAAAA TCATCAGCTT TTTACTCTCA AGAATGAAAA AAACAAGTTA
TATTTAGTAG AACAGGTAAA GTTTTTAGAG AATTTTTTGT CAACTAATTT AAATTGTTTT
CTAAATGCGA GGAGTTTTTG TCTTGTTCCC TGGGGAAAAA TTACTTCCTT CTTTCCTAGA
AATTTTTCTT TACTGCCACG TCAGTTTCTT GAAGAACTAA AATACCAAAG TTGGTTTGAG
ATCGCTGCCG ATAATCAAGT AAAAGTTCAA TGTAGACTTC TACAGTGCTT GCAAAATGAG
ATCATAACTG TTGGTGTTGA TTGGAATTGG AACACAGATG ATTACTTGAT TGATTTTACC
TCTAAAAGTA TTAATCTTAT AGGACATACT GATAGTTTGC TGAGTGTTAG CTTTAGTCCA
AATAATCAAG TTATTGCTTC TAGTGGCAAA GACAAAACGA TAAGGTTGTG GAACCGGGAA
GGTAAGCTGC TGAAAACTTT AGTTGGACAT AATGAATGGG TTAGTAGTGT CAGTTTTAGT
CCTGATGGCA AAATACTCGC TTCTGCTAGC GATGATGGCA CCGTCAAACT ATGGACTCAA
AAAGGTGTGC TTTTAAAAAC TATTAATGCT CATAGTGGTT GGGTTTTGGG GGTAAGTTTT
AGTCCAAATG GTCAGGCGAT CGCTACAGCA AGTTATGATA ATACGGTTAA GCTTTGGAGT
CTTGACGGTG AGTTGCTCAG AACTTTTTTG AAGGGTGCTA GCGATAGTGT TACCAGTGTG
AGTTTTAGTC CGGATGGTCA GGCCATTGCT TCATCTAGTT ATGATGGTAA GGTTAAGCTC
TGGAGTCTTT ATGATGGTAG TTTATTAAAA ACTTTGAACG GTCATCAGGA TAGTGTGATG
AGTGTAAGTT TTAGTCCTGA TGGTAAGTTG TTAGCTTCTG GTAGTAGAGA TAAAACTGTA
ATTTTGTGGG ATTTGGCTTT GGATAGTTTG TTAGATCAAG GTTGTAGTTG GGTTCGTGAT
TATTTACGGA CTAACCCTCA TGTTTCTCAG AGTGATCGGC AACTTTGTGA AAAATAA
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| Protein sequence | MEPLKYPEES IIYNKRSLTR LMRSVTISQG QFSLILACCN YQHFQQRMMM EVKKMLSVEL
QEIVLSKTVT TLYTTIDQQL EKFPEAPAVM ILNLDKVEAI DELLISTNQV RDEFRKKFSF
PLILWITDKL LAKLIRLAPD FKSWAAATIK FEFATSDLIH LLKMAIDSYW INESANEQQQ
LIKSSSNSTK YNFLVPSFLD QSNCYYGKKL SQNKHQEIQL AFKDLKEREQ HLETTLKAKI
EFIIGRDYFY NNNIDSALEH YQESLNLWEY KIGSLEYPKS SIISERFILE QKGIVLYNIA
LCYYLQSTQN PLDNYQELEK AKLKLEESKQ LFEEVNNFVL VAEVITTLGQ AIKQMKAWGE
LEAIALEGLQ LHHKYGNDLQ IAQDYGFLAE VALQKSNWVE AQKLSERALN ILFYAKDITL
PTEKNKYLLL LAKSLKNLYR QAEAIEYLEI AELTEQEAIK NSLKTQENRD PKLYIELLTE
LGSLYYNQGK YLQAFRLKKA QRKIAHQYGL LAFIGASQLQ PQKQSYIKES LDYQNTLPSE
ITASGRQKDI NNLLERISRN DCKLTIIHGR SGVGKSSLVN AGLIPALKNI SISARDTVLV
AVQRYNDWLE VLAYSLNKSL QKKCKLRNNN NLFKLKKDYI KNQESIFSIR GKNLNSEVEK
TYDSELKDEF QCIESCVIAQ LKNNSENNLL TVIVFDQFEE FFFFNNSSED REVFYRFICN
CLNLPFVKVI LSMREDYLHY LLEWDFISDL DVINNNILDK DIRYHLRDFS REDAYTVIEC
LTKRAKFNLE PQLIDVIVDG LADEKQQIRP IELQVVGSQL QEEKPQIQTL DQFQKKFDIN
PKKAKAKLIK NFLEQVIIDC GQENEEATMQ VLFALTNDNL TRATRTKKEL LEIVKTCIET
SFLVNVDSSK FVENQINYNE KIEGLLNLIL EILVDSGLLF IRQECNEKNY QLVHDYLVKP
IRKRFDLENR LQQAEVEIKN AEIAKNKAET DKITSQAKLN ILLKRQLAVA ILGIILMSMS
TIATLGFWQK TRFQKQVATA QKERADINSM TAFSEALFFS GYKFDALIES IKAGKKWQKI
KQLLGEQNLS NDTEYRIAAS LQQAVYGVNK YNHLEGHNNI VWSVIFHPEG NLIASASADK
TIKLWSRDGK LQKTLTNHKN RVSKISFSSD GKYLASASHD STVKIWDLQQ LEMKPLSLKS
HSDSVVTINF SPNNKMLASG SLDKTIKIWN YTGVLLRTIR TKSVVKWVSF SPNGKMIAAA
NANGTVQLWN LNGKLLKTLK HGAGNHNYPV YSANFSPDGK RMVTASGDQT VKIWRFFRNI
PILEKTITGH KKQVINASFS PDGKIIASSS TDKTIKVWQL DGTLLKTFSG HGDTVTQVTF
SPDGETLASA SYDKTIKFWS LKNDSLNVLQ GHKHRVLGVS FSPDGQILAS ASQDNTIKLW
SPTGKLLNNL EGHTDRVASV SFSSDAQILA SGSYDNTVKL WYLNSPNQIW NWKFLEDPKS
WQLLGKNHQL FTLKNEKNKL YLVEQVKFLE NFLSTNLNCF LNARSFCLVP WGKITSFFPR
NFSLLPRQFL EELKYQSWFE IAADNQVKVQ CRLLQCLQNE IITVGVDWNW NTDDYLIDFT
SKSINLIGHT DSLLSVSFSP NNQVIASSGK DKTIRLWNRE GKLLKTLVGH NEWVSSVSFS
PDGKILASAS DDGTVKLWTQ KGVLLKTINA HSGWVLGVSF SPNGQAIATA SYDNTVKLWS
LDGELLRTFL KGASDSVTSV SFSPDGQAIA SSSYDGKVKL WSLYDGSLLK TLNGHQDSVM
SVSFSPDGKL LASGSRDKTV ILWDLALDSL LDQGCSWVRD YLRTNPHVSQ SDRQLCEK
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