| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tery_0132 |
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| Symbol | cobN |
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| ID | 4242417 |
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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 | 189570 |
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| End bp | 193661 |
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| Gene Length | 4092 bp |
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| Protein Length | 1363 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 638105481 |
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| Product | cobaltochelatase subunit CobN |
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| Protein accession | YP_720100 |
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| Protein GI | 113474039 |
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| COG category | [H] Coenzyme transport and metabolism |
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| COG ID | [COG1429] Cobalamin biosynthesis protein CobN and related Mg-chelatases |
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| TIGRFAM ID | [TIGR02257] cobaltochelatase, CobN subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.305949 |
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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 | 0.0126467 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCACCGAA TAGCAGCTAT CCCTGGTGGT TGGAACCCTC AAGCAGAAGG AGTAATTTTT
ATCAAACAAA CTCCCGCACC AATAATATTT TTAACTGCTG CAGATACAGA TATTCAAACA
TTAGCAGCAG CAGTTAATAA ATTACCTTTT GATTTTCCGC AACTGCGAGT TGCTAATTTA
CTTCACTTAC AACAACAGTT AACTATTGAT ACTTATGCTG ATGAAATTTT ATCCAAGGCA
AAAGTAATTA TTGTTCGACT TTTAGGGGGG CGTTCCTATT GGTCTTATGG CTTAGAAGTA
TTGCTAGAAG TGATAGAAAA AGAACGGGCA AAACTAATAG TTGTTCCTGG AGATGACCGC
CAAGATCCAG ATTTAATTAG TCATTCTAAT GTTTCAATTT CTCTAGTTAA TCAATTCTGG
CAATATTTAA TAGAAGGTGG GGTAGATAAT TTTGTTAATG GTCTCAAACT TGTCGCTAAT
ATTTGTCTGG AAAAGAATTA TGATTTTGTC TCACCTATAT CAGTACCACG AGTCGGAATT
TATCCTAGGA AAAAAGAAGA AAAAAGCACA AAAGCAAAAG TCGGAATATT ATTTTATCGG
GCTCATTATT TATCTGGAAA TATTGCTCCT ATAGATGCTC TTTGTAAAGC TTTAATAGAA
AAAAATTTAG ATCCTGTTCC GGTATTTATT TCTTCTCCTA GAGATGTAGA AGTACAAAGA
GAAATATTGG AATATTTTCA ACCTAAAAAT ACTGAAGCAA TTCAATTATT GTTAAACACA
ACCAGTTTTG CTGTCTCTGT TGTAAATGAT CGAGGTTTAG AGAGAGAAAT ATATACTAAT
CATCATTTAT TAAGGCAGGG AAAAAATTTA GATATACCAG TTTTACAAGT AATTTTTAGT
GGTGGTAACT TTGAGCAGTG GGATAGTCAA TTTCAAGGTC TTTCACCACG GGATGTGGCA
ATGAATATTG CACTACCAGA AGTAGATGGA AATATTATTA GTCGTGCAGT TTCTTTTAAA
GCAATTCAAA CTTGGAATTC CGCTTTAGAA ACAGATGTAA TTAGTTATTT TCCGCTTGAA
GATAGGATTG AGTTTGTGTC AGAATTAGCT GCTAATTGGA TTAAGTTACG ACAAACTCCA
GCGTCTCAAC GTCGCATCGC ATTAATATTA GCAAATTATC CTAACCGTGA TGGTCGTCTT
GCTAATGGAG TGGGGTTAGA TACTCCTGCC AGTTGTGTAG AAATTCTTCA AGCTTTACAA
GAAACTGGTT ATTATTTGGA AAGTATTCCG ACAACAGGGG ATGAGTTAAT TAAACGTCTG
ACTTCTGGAG TAACAAATGA TTGGGAAAGT CGTGATTTAC GTCCGGTTTT CCAGTCTTTA
TCGTTGGCAG AATTTGAAAC ATATTTTGCT AGTTTGCCGG AAGTGATACG AGAAAAAATT
ATTCATAGAT GGGGAAATAA GAATGACACG AACTTGAGCA CAGATGTACA GATTAATTCT
AGAGTTATTC CTCTATCTTT TATCAAATCT ATATCTAGTT GTTTTTCAGA ATTTCAGAAA
GATAGGGAAG TAAAAGAAAT AAATAATTTT CCCATTCCAG GACTTCAACT AGGAAATATT
TTTGTCGGTA TTCAACCTTC CCGTGGTTAT GATATTGACC CTAGTTTAAA TTATCATGCT
CCAGATTTAG AACCAACTCC TAATTATTTA GCTTTTTATT ATTGGTTAAG AGAAAAATTT
AAAATAGATG CAATTATTCA TGTGGGAAAA CATGGAAATT TAGAATGGTT GCCAGGTAAA
AGTGTCGGTT TATCTCAAGA ATGTTTTCCA GAAATAGCAC TCGGTGCTTT GCCACATTTT
TATCCATTTA TTGTTAATGA CCCTGGAGAA GGTTCTCAAG CTAAACGTAG GTCTCAAGCT
GTAATTATTG ACCATCTAAC TCCACCTATG ACTCGTGCTG AAATTTATGG ATCTTTACAA
CAGTTAGAAA CTTTAATTGA TGAATATTAT GAGGCGCAAA ATTTAGACCC ATCTCGGTTA
TCTGTGATTG GAGAAAGGAT AATTAATCTC ATAGAAAAAG AAGGTTTAGA TAAAGATTTA
TCCTTTTTAC AAAAAGACTC AGACTTCCTT TCAAATTCTC AGGCAAATAG GGATAAATTT
TCCACAGAAG TAGAAAACGT AAATTATAAT TCTATTCCTC CTTTCGAGCA AAATAAGGAT
AAATTTGTTA GAGGAAAAGA AAGTGTAATT TCCGACTTAT CTAGTTCAAA AGAAGATTTA
TTGACATCTT CATTATCTCT AAAAATAGGA GATAAATTTG GAAATGATGA AAATGCTATA
TTTGCAAAAT TACTGACTAA TATAGATGGT TATCTTTGTG AATTAAAAGA AGCACAAATT
CGTGATGGTT TACATATATT TGGTCAATCT CCTCAAGGTC AACAACTGCG AGATTTAATC
ATAGCCATTG CTCGTCATCC TAGTACCACA CGTTTAGGTT TAACTCGTGC TTTAGCTGAA
GATTTAAATT TAGACTTTGA CCCTCTCACT GACGATTTTG CTACAATTAT TAATCAGAGC
TTAGTTATAG ATGAAAAATC TTGTCGTACT GTGGGTGATG CTGTTGAGTT ATTGGAAGAA
AAAGCAGCTA ATTTAGTGGG AAATTTAATT GAAAAAAATC TGATTAATTC TCCCTTACAA
CAGACAAATA AAGAATTAGA ATGGATTCGC CAAAAACTCC TACCTTCTCT GCAAAAAACT
AATCAAGAAA TAGTCAACTT ATTAATAGGA TTAGATGGTA AATATATCCC TAGTGGTTCC
TCCGGCGCTC CCACAAGAGG TAGACCAGAT GTTTTGCCGA CAGGTCGGAA TTTCTACTCT
GTAGATATTC GTGCTATTCC TACAGAAACT GCTTGGAGAA TAGGGCAATT AGCAGCAGAA
AATTTAGTTG AAAGATACAC TCAAGAAAAT GGGGAATATC CTCAAAGTTT AGGGTTATCA
ATATGGGGAA CTTCGACGAT GCGAACTGGT GGAGATGATA TTGCTGAAGC ACTTTCTTTA
TTAGGAGTAA AACCAGTCTG GGATAGACCT TCTCGCAGAG TTATTGACTT TGAAATTTTG
CCAATTTCAA TATTAGGAAG ACCCCGTGTA GATGTAACTT TAAGAATTTC TGGTTTCTTT
AGAGATGCTT TTCCTAATAT TATCGATTTA TTCGACCAAG CTGTTATTGC TGTAGCTAAT
TTAGATGAAC CTGAAACCGA AAATCCTTTA GCTAGTCAAG TCAAAAAAGA AGTTAAATAT
TGGCAAGATT TAGGGTTAAC TGAAGTTCAG GCAAAAGCAC GTTCTCAATA TAGAATATTC
GGCTCTAAAC CAGGAGCTTA TGGTGCTGGT TTACAAGGTT TAATTGAATC TCAAAATTGG
CAAGATGACC AAGATTTAGC TAGAGCTTAT ATTAATTGGA GCAGCTATGC TTATACGGGA
ATTAATAATA GTTATAATCC CGAAAAAAGA GTTATAAATT CTCCCGAAGT ATTTTCCCAA
CGTCTCCAGC AAATGCAGAT AGTTTTGCAT AATCAAGACA ATAGGGAACA TGATTTATTA
GACTCGGATG ATTATTATCA ATTCCAAGGG GGAATGACTG TTGCAGTTCG TGCTTTAACT
GGTAAAAATC CTCATACTTA TTTTGGAGAT AATTCTCTGC CAGAAAATCC TAAAGTTAGG
CAATTAAAAG AAGAAATTGC TAGGGTTTAT CGTTCGCGAG TTGTTAATCC TAAATGGATA
GCTGGAGTTA TGCGTCATGG TTATAAAGGA GCTTTTGAAA TGGCAGCTAC AATAGATTAT
TTATTTGCTT ATGATGCGAC GGCAAAATGT GTAGAAGATT TTATGTATCA AGGAGTAGCT
GAAGCTTATA TTTTTGATGA AAATGTACAA TCATTTATTC AGGCAAAAAA TCCTTGGGCA
TTGCGTGATA TGGCAGAAAG ATTATTAGAG GCAAATCAAC GAGGTTTATG GCAGTTAGCT
AATCAAAAAA CTTTGGATAA ATTGAGGGCT ATTGCTTTAG AAGCAGAAGG CATAATTGAG
GCTAATATTT GA
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| Protein sequence | MHRIAAIPGG WNPQAEGVIF IKQTPAPIIF LTAADTDIQT LAAAVNKLPF DFPQLRVANL
LHLQQQLTID TYADEILSKA KVIIVRLLGG RSYWSYGLEV LLEVIEKERA KLIVVPGDDR
QDPDLISHSN VSISLVNQFW QYLIEGGVDN FVNGLKLVAN ICLEKNYDFV SPISVPRVGI
YPRKKEEKST KAKVGILFYR AHYLSGNIAP IDALCKALIE KNLDPVPVFI SSPRDVEVQR
EILEYFQPKN TEAIQLLLNT TSFAVSVVND RGLEREIYTN HHLLRQGKNL DIPVLQVIFS
GGNFEQWDSQ FQGLSPRDVA MNIALPEVDG NIISRAVSFK AIQTWNSALE TDVISYFPLE
DRIEFVSELA ANWIKLRQTP ASQRRIALIL ANYPNRDGRL ANGVGLDTPA SCVEILQALQ
ETGYYLESIP TTGDELIKRL TSGVTNDWES RDLRPVFQSL SLAEFETYFA SLPEVIREKI
IHRWGNKNDT NLSTDVQINS RVIPLSFIKS ISSCFSEFQK DREVKEINNF PIPGLQLGNI
FVGIQPSRGY DIDPSLNYHA PDLEPTPNYL AFYYWLREKF KIDAIIHVGK HGNLEWLPGK
SVGLSQECFP EIALGALPHF YPFIVNDPGE GSQAKRRSQA VIIDHLTPPM TRAEIYGSLQ
QLETLIDEYY EAQNLDPSRL SVIGERIINL IEKEGLDKDL SFLQKDSDFL SNSQANRDKF
STEVENVNYN SIPPFEQNKD KFVRGKESVI SDLSSSKEDL LTSSLSLKIG DKFGNDENAI
FAKLLTNIDG YLCELKEAQI RDGLHIFGQS PQGQQLRDLI IAIARHPSTT RLGLTRALAE
DLNLDFDPLT DDFATIINQS LVIDEKSCRT VGDAVELLEE KAANLVGNLI EKNLINSPLQ
QTNKELEWIR QKLLPSLQKT NQEIVNLLIG LDGKYIPSGS SGAPTRGRPD VLPTGRNFYS
VDIRAIPTET AWRIGQLAAE NLVERYTQEN GEYPQSLGLS IWGTSTMRTG GDDIAEALSL
LGVKPVWDRP SRRVIDFEIL PISILGRPRV DVTLRISGFF RDAFPNIIDL FDQAVIAVAN
LDEPETENPL ASQVKKEVKY WQDLGLTEVQ AKARSQYRIF GSKPGAYGAG LQGLIESQNW
QDDQDLARAY INWSSYAYTG INNSYNPEKR VINSPEVFSQ RLQQMQIVLH NQDNREHDLL
DSDDYYQFQG GMTVAVRALT GKNPHTYFGD NSLPENPKVR QLKEEIARVY RSRVVNPKWI
AGVMRHGYKG AFEMAATIDY LFAYDATAKC VEDFMYQGVA EAYIFDENVQ SFIQAKNPWA
LRDMAERLLE ANQRGLWQLA NQKTLDKLRA IALEAEGIIE ANI
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