| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | P9211_09361 |
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| Symbol | chlH |
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| ID | 5730427 |
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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 | Prochlorococcus marinus str. MIT 9211 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009976 |
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| Strand | + |
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| Start bp | 830354 |
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| End bp | 834373 |
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| Gene Length | 4020 bp |
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| Protein Length | 1339 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 641285302 |
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| Product | magnesium chelatase subunit H |
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| Protein accession | YP_001550821 |
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| Protein GI | 159903477 |
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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 | [TIGR02025] magnesium chelatase, H subunit |
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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 | 6 |
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| Fosmid unclonability p-value | 0.000360332 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGTTTACTC AGGTTCGTTC AGCAAATAGA AGAGTAGTGC CAAATGATGG TAATAATCAC
AGTTATATCG TTAAAACTGT CTATGTAGTT CTAGAACCGC AGTACCAAAA TGCTCTTACA
GAAGCAGCTA AATCAATAAA CTCTATGAAT GGTGTAGTAG GTATTGAGTT AAGTGGGTAT
TTAATTGAAG AATTAAGAAA TGATCAAAAT TATAAAGATT TTAAATCTGA CATTTCAAAT
GCAGACATAT TTATTGGATC TTTAATATTT ATCGAGGATT TAGCAGGAAA GGTCGTAGAG
GCAGTAGCTC CTTATAAGGA AAACCTTAAA GCGTCAGTCG TCTTCCCTTC TATGCCTGAA
GTGATGAGAT TAAATAAGCT AGGGTCTTTT TCTATGGCAC AACTAGGTCA AAGCAAAAGT
ATAATTGGGG ATTTTATGAA GAAGAAGAAA GAGTCTGGAG GAGCTGGATT TCAAGACTCA
ATGTTAAAAC TATTGAACAC TTTGCCATCT ATTCTTAAGT ACCTACCAAT TGATAAGGCA
CAAGATGCTA GAAATTTCAT TTTAAGCTTT CAATATTGGC TAGGAGGTAC TCCTGACAAT
CTAAAGAACT TTATGTTAAT GCTTGCTAAT AAATATGTAA TTAATATAGA TGAGTCCACC
GACAATGTAC AACTAGAAGT AGATGAACCA GAAGTATTTC CCGATTTAGG TATTTGGCAT
CCGATGGCTC CTAGGATGTT TGAAGACATT AAGGAATATC AGAATTGGAC AACAAGTAGA
AAGGATCTTT CTATTAAATC AAGAGAAGGT CCTGTTATAG GTTTAGTGCT ACAAAGAAGC
CACATAGTTA CTGGTGATGA AGCCCACTAT GTAGCAATTA TTCAAGAGCT TGAATTTAGA
GGAGCAACGG TAATACCAAT TTTTTGTGGT GGACTTGATT TCTCAAGGCC TGTTGAAACA
TTCTTTTTTG ATCCACTCAA TAAAAATAAG CCTTTAGTAG ATGGTGTTGT TTCTTTGACT
GGATTTGCAT TAGTAGGAGG TCCAGCACGA CAGGATCATC CCAAGGCCAT TGAAGCACTT
AAGAAATTAA ATCGCCCTTA TATGGTCGCA TTACCTCTCG TTTTCCAAAC TACTCAAGAA
TGGGAAGGAA GTGATTTAGG CCTTCATCCA GTACAAGTTG CACTACAAAT AGCAATTCCG
GAACTTGACG GTGCAATTGA ACCAATCGTT TTATCGGGAA GAGATGACGC TACAGGCAAA
GCTCATACAC TTCAAGACCG AGTTGATGCT ATTGCAGAGA GGGCTATTCG TTGGTCATCC
CTCAGAATCA AAGAAAGGAA AGATAAAAAA CTTGCAATCA CTGTATTTAG TTTTCCACCA
GATAAAGGAA ATGTCGGTAC CGCAGCATAT TTAGATGTTT TTGGGTCAAT TTATAGAGTT
TTAGAAGAGA TGAAGTTAAA AGGCTATCAA GTTAATGATT TACCAAGAAG TCCTAAGGCT
TTAATGGAAA GGCTAATAAA TGATCCTGAA GCAATAGAAG GTTCTCCAGA ATTATCTATA
GCGCACAAAA TGACTGTAGA TGAATATGAA AGGTTAACTC CATATGCTGA TCGCTTAGAA
GAAAATTGGG GTAAACCCCC GGGAAATTTG AATAGTGATG GGCAAAATCT TTTAATTTAT
GGTCACCATT TTGGCAATGT ATTTGTTGGA GTTCAACCAA CTTTTGGTTA CGAAGGTGAT
CCTATGAGGC TTTTATATTC TAAAAGTGCT AGTCCTCATC ATGGATTTGC AGCTTATTAT
ACATATCTAG AAAAAGTCTG GAAAGCTGAT GCCGTACTTC ATTTTGGCAC TCATGGATCC
CTAGAATTTA TGCCAGGTAA GCAGATGGGA ATGAGTGAAT CCTGCTATCC AGATTCTTTA
ATAGGAGGAT TGCCTAATCT TTATTACTAT GCAGCTAATA ATCCATCAGA GGCGACAATA
GCAAAGAGAA GAGGATATGC ATCAACTATC AGTTATTTAA CACCTCCAGC TGAAAATGCT
GGCTTATATA AAGGTCTTAA GGAATTAAGT GAATTAGTTG GTTCATACCA ACAACTTAGA
GAAAGTTCTC GAGGTATACA AATAGTGAAT GCAATTGTAG AAACTTCTAG ACAATGCAAC
CTTGATAAAG ATGTAGATCT TCCTCAAGTA GATGCATCAG AGTTAGATCA AGAAAAAAGA
GATTTAATTG TCGGATCTAT ATATCGGCAA TTAATGGAAA TAGAAAGTCG ATTACTACCA
TGTGGTTTAC ATACAATTGG CAAGCCACCT ACAGCTGAGG AAGCTATAGC TAGTTTAGTT
AGTATTGCAG CTCTTGAAAG AGAACAAGAG CAAATAAGAT CATTGCCTGG TTTATTGGCA
GAATCTGTTA ATAGAAATAT TGAAGAAATC TACAAAGGTA ATAATGACGG AGTTTTAGCT
GATGTTGAAT TAAATAATAA AATAACTGAA ACAAGTAGAA TTGCTGTTAG ATCCTTAGTC
CTTTCTTTAA CTGGTAAAGG AGGAAGAGTA ACTTTAGAAA AAAGTCTTAT AACAAGACTC
TTAGAGTTCT TGAGTAATCT AGGATTTAGT ATATCGAATC CATGGACAAG AAAATGCCGG
CAGAATGGTT TTAGAAAAAT CGATTCTAAA GAACTTGATA ACCTTTTTGA ATATCTTCGT
TTTTGCTTAG AACAAATTTG TGCAGACAAG GAAATGGAAA GTCTCTTAAA GGCTCTAGAT
GGAGACTATG TCCTACCAGG TCCAGGAGGA GATCCAATTA GGAATCCTTC AGTATTACCT
AGCGGCAAGA ATATTCATGC ATTGGATCCG CAATCTATCC CAACTACAGC AGCGGTTGCT
GCCGCTAAAG GTGTAGTAGA CAAGCTTATT GAGAAACAGA AATCCGATGA GGGATCATGG
CCAGAAACTA TAGCTTGTGT TTTATGGGGA ACAGATAATA TTAAAACCTA TGGTGAGTCA
CTTGCTCAGA TACTTTGGTT TGTAGGGGTA AAACCTAAGC CAGATTCTGT AGGTAGAGTT
AATAAACTTG AATTAATACC CTTAGAGGAA TTAGGTAGGC CAAGAATAGA TGTAGTTGTT
AATTGTTCTG GTGTATTTAG AGACTTATTT ATAAACCAAA TGGCATTAAT TGACCAAGCT
GTGAAAATGG CCGCAGAGGC TGACGAACCA TTAGATAATA ATTTTGTCAG GAAACATTCT
CTTGAGCAAG CAGAAAGGGA GGGAATCGAG TTAAGAGATG CTGCCTGTAG AGTTTTTTCC
AATGCTAGTG GAAGTTATAG CTCAAATGTA AATTTAGCGG TTGAGAATTC TACCTGGGAA
GAAGAGAATG AATTGCAAGA GATGTACCTA TCTAGGAAAA CATACGCTTT TAATGCAGAT
AATCCAGGAG AAATGAATCA GAATAGAAAT GTATTTGAAT CAGTCATGAA AACAGCAGAC
GTAACCTTTC AGAACCTTGA TTCATCAGAG ATTTCATTAA CAGATGTTAG TCACTATTTT
GACTCAGACC CTACAAACCT AATAAAAAGT CTAAGAGATG ATGGTAAAAC GCCCAATAGT
TTTATAGCCG ACACTACTAC AGCTAATGCA CAAGTAAGAT CTTTAAGTGA AACTATTAGG
CTCGACTCAA GAACGAAACT ATTGAATCCA AAATGGTACG AAGGAATGCT AAATTCTGGA
TATGAAGGAG TTAGAGAAGT ATCAAATAGA CTTAATTACA CACTTGGATG GAGTGCAACA
AGCGGTCAAG TCGATAACTT TGTATACGAG GAGTCCAATG AGACCTTTAT AAATGATCCC
GAAATGAGGA AAAGGTTAAT GGATCTTAAT CCGCATAGTT TTAGAAGAAT AGTTGGCACA
CTTCTAGAGG TAAATGGAAG GGGATATTGG GATACATCCG AAGAAAACAT AGAACAACTT
AAGGAGTTAT ATCAAGAGGT TGAAGATAAA ATAGAAGGTG TTAATACTGA AAATACCTAA
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| Protein sequence | MFTQVRSANR RVVPNDGNNH SYIVKTVYVV LEPQYQNALT EAAKSINSMN GVVGIELSGY
LIEELRNDQN YKDFKSDISN ADIFIGSLIF IEDLAGKVVE AVAPYKENLK ASVVFPSMPE
VMRLNKLGSF SMAQLGQSKS IIGDFMKKKK ESGGAGFQDS MLKLLNTLPS ILKYLPIDKA
QDARNFILSF QYWLGGTPDN LKNFMLMLAN KYVINIDEST DNVQLEVDEP EVFPDLGIWH
PMAPRMFEDI KEYQNWTTSR KDLSIKSREG PVIGLVLQRS HIVTGDEAHY VAIIQELEFR
GATVIPIFCG GLDFSRPVET FFFDPLNKNK PLVDGVVSLT GFALVGGPAR QDHPKAIEAL
KKLNRPYMVA LPLVFQTTQE WEGSDLGLHP VQVALQIAIP ELDGAIEPIV LSGRDDATGK
AHTLQDRVDA IAERAIRWSS LRIKERKDKK LAITVFSFPP DKGNVGTAAY LDVFGSIYRV
LEEMKLKGYQ VNDLPRSPKA LMERLINDPE AIEGSPELSI AHKMTVDEYE RLTPYADRLE
ENWGKPPGNL NSDGQNLLIY GHHFGNVFVG VQPTFGYEGD PMRLLYSKSA SPHHGFAAYY
TYLEKVWKAD AVLHFGTHGS LEFMPGKQMG MSESCYPDSL IGGLPNLYYY AANNPSEATI
AKRRGYASTI SYLTPPAENA GLYKGLKELS ELVGSYQQLR ESSRGIQIVN AIVETSRQCN
LDKDVDLPQV DASELDQEKR DLIVGSIYRQ LMEIESRLLP CGLHTIGKPP TAEEAIASLV
SIAALEREQE QIRSLPGLLA ESVNRNIEEI YKGNNDGVLA DVELNNKITE TSRIAVRSLV
LSLTGKGGRV TLEKSLITRL LEFLSNLGFS ISNPWTRKCR QNGFRKIDSK ELDNLFEYLR
FCLEQICADK EMESLLKALD GDYVLPGPGG DPIRNPSVLP SGKNIHALDP QSIPTTAAVA
AAKGVVDKLI EKQKSDEGSW PETIACVLWG TDNIKTYGES LAQILWFVGV KPKPDSVGRV
NKLELIPLEE LGRPRIDVVV NCSGVFRDLF INQMALIDQA VKMAAEADEP LDNNFVRKHS
LEQAEREGIE LRDAACRVFS NASGSYSSNV NLAVENSTWE EENELQEMYL SRKTYAFNAD
NPGEMNQNRN VFESVMKTAD VTFQNLDSSE ISLTDVSHYF DSDPTNLIKS LRDDGKTPNS
FIADTTTANA QVRSLSETIR LDSRTKLLNP KWYEGMLNSG YEGVREVSNR LNYTLGWSAT
SGQVDNFVYE ESNETFINDP EMRKRLMDLN PHSFRRIVGT LLEVNGRGYW DTSEENIEQL
KELYQEVEDK IEGVNTENT
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