| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | P9515_09061 |
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| Symbol | chlH |
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| ID | 4719314 |
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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 9515 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008817 |
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| Strand | - |
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| Start bp | 806482 |
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| End bp | 810489 |
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| Gene Length | 4008 bp |
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| Protein Length | 1335 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 640080584 |
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| Product | magnesium chelatase subunit H |
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| Protein accession | YP_001011220 |
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| Protein GI | 161407963 |
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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 | 0 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGTTTACGC AGGTCCGCTC AGCAAGTCGC AGAGTATCTC CTGTTGAGGA TAACAAACAT
AAAGTTGTTA TTAAAGCAGT TTATGTTGTC CTTGAGCCAC AATACCAAAA CTCCTTAACC
GAAGCTGCAA AATCAATAAA CGATATGAAC GGCCCTGTAG GGATAGATCT TAGTGGTTAT
TTAATTGAAG AGTTAAGAAA CGAAAAAAAT TACGAAGATT TTAAAATAGA CATAGCTGAT
GCTGACATAT TTGTTGCTTC ATTAATCTTC ATTGAAGACT TAGCACAAAA AGTTGTCGAT
GCTGTCTCTC CATACAAAGA AAAACTTAAA GCTTCTATTA TCTTTCCCTC AATGCCTGAG
GTGATGAGAT TAAATAAATT GGGTTCATTT AGTATGGCTC AACTTGGTCA ATCTAAAAGT
ATCATCGGAG ATCTTATTAA AAAGAAGAAA GAATCTGATG GTGCAAGTTT CCAAGATTCT
ATGTTGAAAT TGCTGAATAC TTTACCTTCA ATTCTGAAAT ATTTACCCGT TGAGAAAGCG
CAAGATGCAA GAACATTTAT TTTAAGTTTT CAATATTGGC TCGGGGGAAC TAAAGAGAAT
CTGAAAAATT TTTTACTTAT GATTTCAGAA AAATATGTAG TTACTGAAAA TTTAAAAGAT
CAATTAGAAG AGTTTAAAAT CCAAGATCCT GAAACATTTC CTGATTTAGG AATATGGCAT
CCATTAGCGC CAAATATGTT TGAAACTCTT GGTGAATATC AAAATTGGGA AGATAATAGA
AATGATATAA AACCAAAGGA TAACAATACT CCAACTATAG GATTAGTTCT TCAAAGAAGT
CACATCGTCA CTGGAGATGA TGCTCATTAT GTAGCTGTTA TTCAAGAACT AGAATATCGA
GGGGCTAGAG TAGTTCCTAT TTTTTGCGGT GGATTAGATT TCTCTAAACC TGTAGATGAA
TTTTATTATT CAACTGATAA GAAAAGTGCA ATAGTAGATG GGGTCGTATC ATTAACAGGA
TTTGCACTAG TTGGTGGTCC TGCTAGACAA GATCATCCGA AGGCTATAGA TGCTCTTAAA
AAGCTAAATA GACCTTATAT GGTCGCATTA CCCTTAGTAT TTCAGACAAC TCAAGAATGG
GAGGAGAGTG ATTTAGGGCT GCATCCTGTT CAAGTTGCCC TACAAATTGC GATTCCAGAG
TTAGACGGAG CTATTGAACC AATAATTCTT TCAGGACGTG ATGACGCTAC AGGAAAGGCT
CATACTCTCC AAGATAGAGT GGATGTAATT GCAGAAAGAG CAATAAAGTG GTCCACTCTA
AGAGTTAAAA AGAGAGAAGA AAAGAAGTTA GCGATAACTG TATTTAGTTT TCCTCCTGAC
AAAGGAAATG TTGGTACAGC GGCTTATTTG AATGTATTTG GATCTATTTA TAGAGTTCTT
TTAGAAATGA AAGATAAAGG ATATCAAATT GATGATCTTC CTAAAAACTC AAAAGAATTA
ATGGAAAAGG TTATTAATAA TCCAGAGGCA ATGGATGGTT CTCCTGAACT AAATATTGCA
CATAAAATGA CTGTAAAAGA ATACGAAGAA TTTACACCCT ACTCAAATAG ATTAGAAGAG
AACTGGGGGA AACCTCCGGG CAACTTAAAC AGCGATGGTC AAAATTTACT TATCTACGGA
AAACATTTTG GAAATGTTTT TATAGGAGTA CAACCAACAT TTGGCTATGA AGGTGATCCA
ATGAGATTAC TTTACTCAAG AAGTGCCAGC CCTCATCATG GCTTTGCGGC TTATTACACC
TATGTTGAAA AAATATGGGG AGCAGATGCA GTTCTTCATT TTGGAACACA CGGTTCACTT
GAGTTTATGC CTGGCAAACA AATGGGTATG AGTGAAACTT GCTACCCCGA CTCTTTAATA
GGATCCCTTC CAAACTTATA TTATTACGCA GCGAATAATC CATCAGAAGC AACAATCGCC
AAAAGAAGAG GATATGCATC AACTATAAGT TATCTTACTC CTCCTGCCGA AAATGCAGGT
CTATATAAAG GTCTTAAAGA ATTAAGCGAG CTTGTAGGCT CTTATCAACA ATTAAGAGAA
AGCAGTAGAG GTATTCAAAT AGTAAATGCA ATTGTAGAAA CTTCAAAGCA ATGTAATCTT
GATAAAGATG TAGATCTTCC AATGGGAGAG GTAGACGAAA TAACTATTGA AGAAAGAGAC
CTATTCGTAG GAAATATATA TAAACAATTA ATGGAAATAG AAAGTAGATT ATTACCTTGT
GGACTACATA CAATTGGAGA GGCTCCAACA GCTGAGGAGG CTGTTGCTAC CTTAGTAAAC
ATAGCTTCAT TAGAGAGAGA ACAAGAGGGT CTAAGGTCTC TTCCTGGTTT ATTGGCGGAA
TCAATAAATC TAAAAATAGA AGAAGTTTAT GACGGCAATA ATAAAGGAGA ACTTAAGTTT
GTTGAACTTA ATGAAAAAAT TATTAAAACT GCCAGAGAAT CAATATTTGC AATGGTCAAC
TCTTTAAAAA TAGTTGATGG AAGGGTTTAT TTGGAGAAAT CTCTATTTTC CAAATTATTA
GACTTCTTGA AAATCTTTGG ATTAAATTTT CCGACTCCTT GGCTGAGGAT CTGTAGATTG
AATGGATTTA ATGACGTAAA TCAAAAAGAA TTAAACAAAT TATTTGACTA TTTATTATTC
TGCTTGGAGC AGGTTTGTGC TGATAAGGAA ATGGATAGCC TCATCAAAGC ATTAGATGGA
AATTATGTAT TACCTGGACC CGGAGGAGAT CCTATTAGGA ACCCAAGTGT ATTACCAAGT
GGAAAAAATA TCCATGCACT TGATCCACAA TCAATTCCTA CCACAGCTGC TGTAGCGGCA
GCTAAATCTG TTGTAGATAA ACTTATTGAT AGACAAAAAG AAGAGCAAGG AACTTGGCCG
GAGACAATCG CTTGTGTTTT ATGGGGAACG GATAATATCA AAACTTATGG TGAATCTCTT
GCACAAATTT TATGGTTTAT TGGAGTTAAA CCAAAACCTG ATTCTGTTGG AAGAATAAAT
AAATTAGAAC TTATTTCTTT AGAGGAGCTT GGGAGACCAA GAATAGATGT TGTTGTGAAT
TGTTCAGGCG TCTTTAGAGA CCTGTTTATT AACCAAATGG CACTTATTGA TCAGGCTGTA
AAATTAGCTG CAGAAGCGGA AGAACCATTA GAATCTAATT TTGTAAGAAA ACATTCCTTA
GAACAAGCAG AAAAAGAGGG GACATCTATA AGGGAAGCTT CAGCAAGAGT ATTTTCTAAT
GCAAGTGGCA GTTATAGTTC AAATGTCAAT TTAGCTGTTG AAAATTCGAC CTGGGAAGAA
GAAAATGAAT TGCAAGAAAT GTATTTATCA AGAAAAACAT ATGCTTTTAA TGCTGATAAT
CCAGGAGAAA TGAACCAAAA AAGGGATGTG TTTGAGTCTG TCATGAAAAC GGCTGATGTA
ACATTTCAAA ACCTCGACTC TTCTGAAATA TCTCTAACTG ATGTAAGTCA CTATTTTGAT
TCTGACCCAA CTAAATTAAT AAAAACATTA AGAGAGGATG GAAAAGAACC TAGTAGCTAC
ATTGCTGATA CAACTACTTC TAATGCTCAA GTTAGGACAC TAGGCGAGAC TATTAGACTT
GATTCAAGAA CAAAACTTTT AAATCCAAAA TGGTATGAGG GGATGCTTAA ATCAGGATAT
GAAGGGGTTA GAGAACTTTC TAATAGACTA AACTACACAC TTGGATGGAG TGCAACAAGC
GGCCAGGTAG ATAACTTCGT TTACGAAGAA ACTAATGAAA CATTCATCAA TGATGAAGAA
ATGAGGAAGA GGCTTATGGA TTTAAATCCT AATAGTTTCA GAAGAATTGT AGGTACATTA
TTAGAAGTTA ATGGGCGAGG TTATTGGGAA ACATCAGATG AAAATATTGA ACAATTAAAA
GAACTTTATC AAGAGGTAGA AGATAAAATT GAAGGAGTTA AAGAATAA
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| Protein sequence | MFTQVRSASR RVSPVEDNKH KVVIKAVYVV LEPQYQNSLT EAAKSINDMN GPVGIDLSGY
LIEELRNEKN YEDFKIDIAD ADIFVASLIF IEDLAQKVVD AVSPYKEKLK ASIIFPSMPE
VMRLNKLGSF SMAQLGQSKS IIGDLIKKKK ESDGASFQDS MLKLLNTLPS ILKYLPVEKA
QDARTFILSF QYWLGGTKEN LKNFLLMISE KYVVTENLKD QLEEFKIQDP ETFPDLGIWH
PLAPNMFETL GEYQNWEDNR NDIKPKDNNT PTIGLVLQRS HIVTGDDAHY VAVIQELEYR
GARVVPIFCG GLDFSKPVDE FYYSTDKKSA IVDGVVSLTG FALVGGPARQ DHPKAIDALK
KLNRPYMVAL PLVFQTTQEW EESDLGLHPV QVALQIAIPE LDGAIEPIIL SGRDDATGKA
HTLQDRVDVI AERAIKWSTL RVKKREEKKL AITVFSFPPD KGNVGTAAYL NVFGSIYRVL
LEMKDKGYQI DDLPKNSKEL MEKVINNPEA MDGSPELNIA HKMTVKEYEE FTPYSNRLEE
NWGKPPGNLN SDGQNLLIYG KHFGNVFIGV QPTFGYEGDP MRLLYSRSAS PHHGFAAYYT
YVEKIWGADA VLHFGTHGSL EFMPGKQMGM SETCYPDSLI GSLPNLYYYA ANNPSEATIA
KRRGYASTIS YLTPPAENAG LYKGLKELSE LVGSYQQLRE SSRGIQIVNA IVETSKQCNL
DKDVDLPMGE VDEITIEERD LFVGNIYKQL MEIESRLLPC GLHTIGEAPT AEEAVATLVN
IASLEREQEG LRSLPGLLAE SINLKIEEVY DGNNKGELKF VELNEKIIKT ARESIFAMVN
SLKIVDGRVY LEKSLFSKLL DFLKIFGLNF PTPWLRICRL NGFNDVNQKE LNKLFDYLLF
CLEQVCADKE MDSLIKALDG NYVLPGPGGD PIRNPSVLPS GKNIHALDPQ SIPTTAAVAA
AKSVVDKLID RQKEEQGTWP ETIACVLWGT DNIKTYGESL AQILWFIGVK PKPDSVGRIN
KLELISLEEL GRPRIDVVVN CSGVFRDLFI NQMALIDQAV KLAAEAEEPL ESNFVRKHSL
EQAEKEGTSI REASARVFSN ASGSYSSNVN LAVENSTWEE ENELQEMYLS RKTYAFNADN
PGEMNQKRDV FESVMKTADV TFQNLDSSEI SLTDVSHYFD SDPTKLIKTL REDGKEPSSY
IADTTTSNAQ VRTLGETIRL DSRTKLLNPK WYEGMLKSGY EGVRELSNRL NYTLGWSATS
GQVDNFVYEE TNETFINDEE MRKRLMDLNP NSFRRIVGTL LEVNGRGYWE TSDENIEQLK
ELYQEVEDKI EGVKE
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