| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_0904 |
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| Symbol | |
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| ID | 4245567 |
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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 | 1424443 |
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| End bp | 1429596 |
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| Gene Length | 5154 bp |
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| Protein Length | 1717 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 638106165 |
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| Product | ABC transporter related |
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| Protein accession | YP_720777 |
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| Protein GI | 113474716 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG2274] ABC-type bacteriocin/lantibiotic exporters, contain an N-terminal double-glycine peptidase domain |
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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 | 0.971104 |
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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 | 11 |
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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 | ATGAGAGTAA AAACAAAACC TTTTTTACAA AGAGAAGCTA CTGAATGTGG CGCCGCATCC
TTGGGTATTA TTCTGAAATA TTATGGGCGT CAAGTTCCTT TAATGGAGTT GCGCAGTAAA
TGCGGTGTGA GTCGAGATGG TACTAATGCC GGACAAATTG TCAGAACGGC AAGGGAATAT
GGTTTGACAG CTAAGGGTGG AAAAAGTAAC GTTGAATTTT TAGAAGAAAT TGATTTACCT
GTGATTATTT TTTGGAAATT TAATCATTTT TTGGTAGTGG AAGGTTTTGA TAAAAAGTTT
GCTTATCTGA ATGATCCGGC ATTGGGTAGG CGCAAGGTTA GTAAGGAAGA ATTTGCTCAA
TCTTACAGTG GTATTGTTTT GCAGATGGAA CCGGGGGAAG AGTTTGTTAA AGGAGGAAAA
AAAAGAAATT TTATTGCTTA TTTAGCAGTT CGTTTACAAA ACTCGAAAAA TGCTCTGGTT
TTTACTTTTA TTACTGGTTT TTTTCTCAGT TTAATTCGTT TAATTATTCC GGCTTTTAGT
TTGGTTTTTG TTGACCAAGT TTTAGTGGAG GGTTTGCAAG GTTGGCTCCG TCCTTTACTT
GTAGGAATGG CGGTAACTAC GATTCTACAA TTTACTATTG CTAGGATGCA ATATATTTTC
TTGCGGAAGT TAATTATTAA ACTTTCAATT ACTATGAATA GTAAGTTTAT GTGGCATCTG
TTACGATTAC CTATGAATTT TTATGCCCAA AGATTTACTG GAGATATTAG TTCTCGGGCT
GCTTTAAATG ACACAACTGT ACAATTATTG AGTCAGGTTG CAAATACTTT TATTGATACG
ATAATGTTGG TATTTTATGC TGTTTTAATG AGTTTTTATA ATGGAGTTTT AGCTGGAATT
ACTATAGTTT TTGGTTTGAT TAATGTGGCA GCATTATATT GGCTTCGACA ATTTCGGATT
GAGGCAACTT TGAATTTGAG CGAAAAAAAA GGTAAATTGT CTGGTTATCT TTTGGGTAGT
TTAGGAGCAA TTGAAAGTCT CAAGGCGGGG GGTTTAGAAT CTTATATGTT TTCCCGGATT
TTGGGGATAT ATTCTCAGGT GATGAATGAG GAACAAAAAT TAAATATTCA AACTCAAATT
TTAACTCTTT TACCAACATT TTTAAGTACT CTTTCTTCTG CAATAATTTT GGTTTTGGGA
GGTTTAACGG TTATGGCAGG AGACATGAGT ATTGGGATGT TAGTGGCATT TCAAACTGTA
GCTTCTGGTT TTTTGAATCC TCTGGGCAAA TTAATCAATT TTGCCAGTAG TTTACAAGAG
TTGGAGGCAA GTTTGGAACG TCTTGATGAT GTTTTGGATA ATCCTCTTGA TGAAGATATT
GAAATTACTG AAGCAGTAGA AAATGATGTA GAAAATTCTG TTGTTGAAGC CGGAAATAAT
TTGGAACAAC TGACATTTTA TGATAAAAAA AATGCTCCGA ACGGGTTATT AATTCCATAT
TCTCCATTAA AAGGTAAAGT TGAACTTAGA GATATTACTT TTGGTTATAA TCCTTTAAAG
CCTCCATTAA TTGTCAATTT TAATTTGTTG ATTAATCCTG GTTCAAGAGT TGCTTTGGTG
GGAAAAAGTG GTTCTGGAAA ATCTACTATT GCTAATTTAG TTTGCGGTTT ATATCAACCA
TTATTAGGAG AAGTTTTATT TGATGATATT CCCCGTCAAG AAATTCCTCG TTCTGTTTTA
ACAAAGTCGG TGGCTATGGT GGCACAAGAT ATATCTTTAT TTGAAGGTAC AATTCGAGAA
AATTTAACTT TATGGAATCC AACTATTAGT AATTCGGCTT TGACTCAGGC TTGTAAGGAT
GCAAATATTC ACGAATTTAT TATCAGTTTA TCTGGTGGTT ATGATGCTAA TTTGTTGGAA
GGTGGGGTGA ATTTATCGGG TGGTCAAAGA CAACGTTTGG AAATTGCTAG AGCTTTAGTA
AATAATCCTC GGATTTTAAT TTTAGATGAA GCAACGAGTA GTTTGGATGC GGAAACTGAA
AGAGTTATTG ATCAGAATTT ACGTCGTCGG GGTTGTGCTT GTATTGTGGT TGCCCACCGT
TTAAGTACAA TTCGAGATTG TGATGAAATT ATTGTTTTAA GAGAAGGAAA GGTATTAGAA
AGAGGTACTC ATCAACAACT TTGGCATCAG GGTGTTTATT ATCGTCAATT ATTGGAGATG
GAAGAAGGGA GTCAAGATTT TAGGCAGGAT ATTTTGCCTG AACTAAGGTA TCAAGAGTTG
GGAATAAATA GAGAAATAAA AGGGGAAAAT ATTGTTGAAA AGTCTCTGGT TTCTACTCGG
TTATTGGCTA ATTTAGACAG TAAAACAAAA TATTATTTTT TGGAGGGTAA TCAACCTCTA
ATTTTTGAAT TCCCCCAAAT TATCTGGTTC GTAAAATCTG GAGCTGTGGA AATATTTTAT
TCTCTGGAAT TAGATGGAGA ATTAATCGGA AATCGTCATT ATTTATTTAC GGTTAAACAG
GGAGAGTTAA TTTTTAATTC CGATGCTCAG ACTCAAGGCA AATTATTGGG AATTGCTTTG
GAAAAAGCTG AATTAATTCA GATTAATCTT GCTAATACAG ATTTAAATGA AGATTTCCAG
AGTTTGTCTG GTTCTCTAGT AGAAAAATGG TTAAACTACC TTTGGGAAAG TCAAAATTCA
AAAGCCAAAA TTCAAAATTT GGAATTGATA GATGAATCTG TTGACTCAAT ACCAAAAGAT
TTTTCTTTGC CATCTTTTGG AAAATCTGAG CTTCCTAATT TTTCGGAAAT TGTTTCAATT
AATAATAATT TTTGCAATTA TCTCCACCAA GTTATTTTGG CTGAGGAACA AACAGAAATT
TTCAATTCTC AACGACTCAA AACCTATAAT CAACGCAGTC AAGCAGAAAC TATGCAAAAT
TTTGTTTCTG TTTTATATAA TCGAAAAACA ACTAACTCTT TGGTCTCTGA TTTTAATGAC
TTATTATTAG CCGCAGTAGG AGCAATAGGT CGTGCTAGTC AGATAGAAAT TAAACCACCA
CTTACACAAA GAAAAAATTT CCAAAATACT ATCCCAGAAA AACAATCTCC TGCTGATTAT
CAAATATATT TACAAGAAAT TGCTAGAGCT TCACGTTGTC GAATTCGGGA AGTAAAACTC
AGAGATAAAT GGTGGCAAAA AAATTCTGGT GCTTTGTTGG GTTGGCTGAA ATTAGAAAAT
TTACCCGTGG CTTTATTACC TAAGAATAAT CAATATTTTC TCTACAACCC AAAGACTCAA
ACTTCTATTC CTATAAATCA AAATGTAGCT GCTACTTTAT CATCAACAGC ATTTACTTTT
TATCGCCCTT TTCCCATCCA AGTTAAAAAG GTTTGGGATA TATTTTTATT TGCCATCAAA
GGTTATGAAT GGGATGCAAT AAAAGTAATG ATTTTAGGCA CAATAATCAG TCTGATGGGT
ATGGTTACTC CTCAGGCAAG TGCCATTCTT ATTAATAATG CTATTCCTGA TAGTGACAAA
TTATTATTAT GGCAAATAGC ACTGGGTTTA CTTGCTGTTA CTGTAGGAAA ATCTTTGTTT
AGTTTGCTCC AAGGCATAAT GTCTATTAAG GTTTCTCAGG GAATGCAAAT TAATTTACAA
TCTGGAATTT ATGACCGTCT TTTTCGGCTC AACCCAACTT TTTTCCGGGA ATTTAGTTTG
GGAGATTTAT TAACTCGTAT TGCTGCGATA AGTCAGATTA GTGGTTTGGT TAATAGTGCT
GTAATTACGA CTATTTTTAC TGGGTTATTT TCTCTGTTAA ATTTGGGTTT AATGTTTGTC
TATAGCAAAA AATTAGCTTT AATAGTTTTA ATTGTTGGTG TAATTTCTTT CCTCATTACT
TTGATTTCTG GAATAATTTT AATTCGTTTT GAACGGGAAC AAGAAAAGTT GAGCGGGAAA
ATTCAAGGTT TAACTGTAGA GCTCATCAAT GGGATTCAAA AATTACGAGT TGCGGCTGCA
GAAGTTAGAG CTTTTGCAGT TTGGGGTAAA AAGTTTCAAC CTCAAATTCA ACTTAATAAT
CGGATTTTTC AGATAAACGA TATTATTTCT GTCATTAATG AAGTGGTTTC TCTGGTGACT
TCTATTGTGA TTTATTGGTT TGCTATTCAG ATTATTATTT CTGCGGCTCA GACCGGAACT
CCTGGTTTAA ATATTGGTAC ATTTATTGCT TTTAATTCTG CCATGGGTGT GTTTCTTGGT
GGAGTAACTT CTTTGAGTGA TACTATTACT GATGTTATTG GTATTGTGCC TTTGTGGGAA
AGAGCTAAAA GTATTTTAGA TTCTCCTATT GAATATAATC CTAATTTGGC TCACCCCGGA
AAATTACAAG GTCATATTTC TATTGATAAT CTGACTTTTA GTTATCATCA AAAGTCTAAA
TTAATAGTTG GCAAAACTGA AGAAAATCTC CCACAATTTA ATGGGGTGAC TGTACTCCAT
AATATTAGTT TGGAAGTTAA ACCAGGAGAA TTTGTTGCTA TTGTGGGCCC CTCTGGCAGT
GGCAAGTCTA CTTTGTTTCG TTTGTTGTTG GGGTTTGAGC AACCACAAAC CGGAAGTATT
TTTTATGATG GTAAAAATTT GGCTGAATTA GACTTGGAGG CAGTTAGACA ACAATTAGGG
GTGGTGCTGC AAAATGGTCA GGTGATCACG GGTAGTATTT ATCAAAATAT TAGTAGTGGT
GAGTTGGTAA GTCCACAGGT AGCATGGGAG GCCGCTCAGA AGGTGGGTTT TGCTGATGAT
ATAGAGAAAA TGCCTATGGG GATGCATACA ATAGTGAGTG AGGGAGGTGG TAATATTTCC
GTGGGGCAAC GACAACGGTT GTTAATTGCT CGGGCGTTGA TATTGCAGCC GAAAATTATT
TTGTTGGATG AGGCGACTAG TGCTTTGGAT AATAAAACTC AGGCGATCGT TACTGAGAGT
TTGGAGCGGT TGAATGTGAC CAGGGTTGTT ATTGCTCATC GTTTGAGTAC TATTAGGAAC
GCGGATGTTA TTTATGTGAT GTCTCAGGGG CGGGTTGTGC AGAAGGGAAG GTTTGATGAG
TTGATGGCAC AGGAGGGGTT GTTTAGGCGG TTGGTAAATC GTCAGTTGGC ATAG
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| Protein sequence | MRVKTKPFLQ REATECGAAS LGIILKYYGR QVPLMELRSK CGVSRDGTNA GQIVRTAREY
GLTAKGGKSN VEFLEEIDLP VIIFWKFNHF LVVEGFDKKF AYLNDPALGR RKVSKEEFAQ
SYSGIVLQME PGEEFVKGGK KRNFIAYLAV RLQNSKNALV FTFITGFFLS LIRLIIPAFS
LVFVDQVLVE GLQGWLRPLL VGMAVTTILQ FTIARMQYIF LRKLIIKLSI TMNSKFMWHL
LRLPMNFYAQ RFTGDISSRA ALNDTTVQLL SQVANTFIDT IMLVFYAVLM SFYNGVLAGI
TIVFGLINVA ALYWLRQFRI EATLNLSEKK GKLSGYLLGS LGAIESLKAG GLESYMFSRI
LGIYSQVMNE EQKLNIQTQI LTLLPTFLST LSSAIILVLG GLTVMAGDMS IGMLVAFQTV
ASGFLNPLGK LINFASSLQE LEASLERLDD VLDNPLDEDI EITEAVENDV ENSVVEAGNN
LEQLTFYDKK NAPNGLLIPY SPLKGKVELR DITFGYNPLK PPLIVNFNLL INPGSRVALV
GKSGSGKSTI ANLVCGLYQP LLGEVLFDDI PRQEIPRSVL TKSVAMVAQD ISLFEGTIRE
NLTLWNPTIS NSALTQACKD ANIHEFIISL SGGYDANLLE GGVNLSGGQR QRLEIARALV
NNPRILILDE ATSSLDAETE RVIDQNLRRR GCACIVVAHR LSTIRDCDEI IVLREGKVLE
RGTHQQLWHQ GVYYRQLLEM EEGSQDFRQD ILPELRYQEL GINREIKGEN IVEKSLVSTR
LLANLDSKTK YYFLEGNQPL IFEFPQIIWF VKSGAVEIFY SLELDGELIG NRHYLFTVKQ
GELIFNSDAQ TQGKLLGIAL EKAELIQINL ANTDLNEDFQ SLSGSLVEKW LNYLWESQNS
KAKIQNLELI DESVDSIPKD FSLPSFGKSE LPNFSEIVSI NNNFCNYLHQ VILAEEQTEI
FNSQRLKTYN QRSQAETMQN FVSVLYNRKT TNSLVSDFND LLLAAVGAIG RASQIEIKPP
LTQRKNFQNT IPEKQSPADY QIYLQEIARA SRCRIREVKL RDKWWQKNSG ALLGWLKLEN
LPVALLPKNN QYFLYNPKTQ TSIPINQNVA ATLSSTAFTF YRPFPIQVKK VWDIFLFAIK
GYEWDAIKVM ILGTIISLMG MVTPQASAIL INNAIPDSDK LLLWQIALGL LAVTVGKSLF
SLLQGIMSIK VSQGMQINLQ SGIYDRLFRL NPTFFREFSL GDLLTRIAAI SQISGLVNSA
VITTIFTGLF SLLNLGLMFV YSKKLALIVL IVGVISFLIT LISGIILIRF EREQEKLSGK
IQGLTVELIN GIQKLRVAAA EVRAFAVWGK KFQPQIQLNN RIFQINDIIS VINEVVSLVT
SIVIYWFAIQ IIISAAQTGT PGLNIGTFIA FNSAMGVFLG GVTSLSDTIT DVIGIVPLWE
RAKSILDSPI EYNPNLAHPG KLQGHISIDN LTFSYHQKSK LIVGKTEENL PQFNGVTVLH
NISLEVKPGE FVAIVGPSGS GKSTLFRLLL GFEQPQTGSI FYDGKNLAEL DLEAVRQQLG
VVLQNGQVIT GSIYQNISSG ELVSPQVAWE AAQKVGFADD IEKMPMGMHT IVSEGGGNIS
VGQRQRLLIA RALILQPKII LLDEATSALD NKTQAIVTES LERLNVTRVV IAHRLSTIRN
ADVIYVMSQG RVVQKGRFDE LMAQEGLFRR LVNRQLA
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