| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | NATL1_10621 |
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| Symbol | chlH |
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| ID | 4779968 |
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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. NATL1A |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008819 |
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| Strand | + |
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| Start bp | 978561 |
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| End bp | 982574 |
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| Gene Length | 4014 bp |
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| Protein Length | 1337 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 640084341 |
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| Product | magnesium chelatase subunit H |
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| Protein accession | YP_001014885 |
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| Protein GI | 124025769 |
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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 | 9 |
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| Fosmid unclonability p-value | 0.0626617 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTTACAC AGGTTCGCTC AGCAAATCGC AGAGTTTCAC CTGTCGAGAA TCACAAGCAT
AAAGCTGTGA TGAAGGCTGT TTATGTAGTC CTTGAGCCTC AATATCAAAA TGCTCTTACA
CAGGCTGCTA ACTCATTAAA TTCGCAAAAT GGCCCTATTG GAATTGAACT TAATGGATAT
TTAATTGAAG AACTTAGAGA TACAAACAAT TATGAAAGCT TTAAAAAAGA TATAGAAAAT
GCTGATTTAT TCGTAGCTTC ATTGATTTTC ATTGAAGATT TGGCGCAAAA AGTTGTTGAA
GCAGTTGAAC CTCACAAAGA CAGTCTTAAG GCAGCGGTGG TATTTCCATC TATGCCAGAA
GTAATGCGAT TGAATAAATT GGGAACTTTT TCTATGGCGC AGTTAGGCCA AAGTAAAAGC
ATCATTGGCG ATTTTATGAA GAAGAGGAAA GAAGCAGGCG GAGCTGGATT TCAAGATTCA
ATGTTGAAGC TTCTAAATAC CCTACCCTCA ATTCTTAAGT ATCTGCCAGT AGACAAAGCA
CAAGACGCTC GTAGTTTTAT GCTTAGTTTT CAATATTGGT TAGGAGGAAC TCCAGATAAT
CTTCGAAATT TCTTACTAAT GCTTGGAGAT AAATATGTAT TTCCAGAACT AAATAAAGAA
GAAGAAAAAA TTGAAGTTGC AGAGCCTGAA GTTTTCCCTG ATTTAGGAAT ATGGCATCCT
TTAGCTCCAA ATATGTTTGA GGATAAAAAA GAATACTTAA ATTGGACAGC TTCTAGGGAT
GATTTATCAA GTAAGGCTAA AAACGGTCCC GTAATCGGAC TAGTACTTCA AAGAAGTCAC
ATTGTTACTG GAGACGATGC TCACTACGTC GCAGTTATTC AAGAATTGGA ATATCGGGGA
GCAACCGTAA TTCCTGTTTT TTGTGGTGGA TTAGATTTTT CCAAGCCAGT AAATGAATAT
TATTACGATC CAATAAATCT TGATAAACCC ATTGTAGATG GCGTTGTTTC ACTTACAGGT
TTCGCACTTG TGGGAGGTCC TGCAAGGCAA GATCACCCAA AAGCGGTCGA GGCTTTAAAA
AAGCTCAATC GACCTTACAT GGTTGCTTTG CCACTCGTTT TTCAAACAAC TCAAGAATGG
GAAGGAAGTG ACTTAGGACT TCATCCAGTT CAAGTTGCAC TTCAAATTGC AATTCCTGAA
TTAGATGGTG CTATTGAGCC AATAGTTTTA TCTGGTCGAG ATGATGCAAC TGGCAAAGCT
CATACACTAC AAGACAGAGT AGATGCAATA GCTGAAAGAG CTATCAGATG GTCATCACTA
AGAATTAAAA AACGTGACCA GAAGAAATTA GCTATTACTG TATTTAGTTT TCCACCTGAT
AAAGGAAATG TTGGAACAGC TGCTTACTTA GACGTCTTTG GCTCTATTTA TAGAGTTTTA
GAAGAAATGA AGCTAAAAGG TTATGACATA AAAGATCTAC CTAAGAATCC AAAAGAACTA
ATGGAGACAT TAATAAATGA TCCAGAAGCT TTACAAGGTG CTCCTGAGCT ATCAATAGCG
CATCGAATGA GTGTAAAAGA ATATGAGAAA TTAACTCCAT ATTCTGAGAG ACTAGAAGAG
AACTGGGGAA AGCCACCGGG AAATTTAAAT AGTGACGGAC AAAATCTTCT TATATATGGA
AAAGAATTTG GAAATGTATT TGTAGGGGTG CAACCAACTT TTGGATATGA AGGTGATCCT
ATGAGATTGC TTTATTCTAG AAGTGCCAGT CCTCATCATG GATTTGCCGC TTATTACACT
TATTTAGAAA AAGTTTGGAA GGCAGACGCA GTTCTACATT TTGGAACCCA CGGATCGCTT
GAATTCATGC CCGGGAAACA AATGGGTATG AGCGAGACAT GTTATCCAGA TTCATTGATT
GGAGGTCTAC CTAATCTTTA CTACTACGCA GCAAATAATC CTTCGGAAGC AACAATCGCA
AAAAGAAGAG GATACGCATC AACAATTAGT TATTTAACGC CCCCTGCTGA AAATGCTGGA
CTATATAAAG GTCTAAAAGA ACTTGGAGAG TTAGTTGGTT CCTATCAACA ATTAAGAGAA
AGTGGAAGAG GAATTCAAAT TGTTAACGCA ATAGTTGAAA CATCAAAAAA ATGTAATCTT
GATGAAGATG TCAAACTACC CGAAAAAGAT GCCTCCGAAT TAGAAATAGA TGAAAGAGAT
TTGGTAGTAG GAAATGTATA TAAACAATTA ATGGAAATAG AAAGTCGATT ATTACCTTGC
GGCTTACACA CCATTGGTAA ACCAGCTACT GCTGAGGAAG CAATTGCAAC CTTGGTAAGT
ATCGCATCTA TAGAAAGAGA AGATGATGGA ATCAGATCTT TGCCAGGTTT ATTAGCAGAA
TCAAAAGGAA AAACAATTGA GGAAGTCTAT GAAGGTAATA ACAAGGGAAG ATTAGAAGAT
GTTGAACTTA ATAAATTAAT TACAGAAACA TCAAGAGAAG CTGTTGGTTC AATGGTTAGA
TCTCTTACAG GAAGAGATGG GAGAGTAAAT ATGAAGAAGA ATATCTGGAC GCTAATTGTT
GAGTTCTTGA GAGGAATTGG TTTCTCAATT CCATCACCAT GGCAAGCATC TGCTAAGAAA
GCAGGTTTTG AAAATGTAAA TCAAGGTTCT CTAGATAAGG TCTTTGACTA TTTGAGATTT
TGCTTAGAGC AAATATGTGC AGATAAAGAG ATGGAGAGCC TTTTAAAAGC TCTAGATGGA
GATTATGTGA TTCCTGGTCC TGGAGGAGAT CCAATTAGGA ACCCAGGAGT ATTACCAAGT
GGTAAAAATA TTCATGCATT AGACCCCCAA TCGATACCAA CTGTTGCGGC TGTGGCTTCA
GCCAAAGGAG TAGTTGACAA ACTTATTGAG AGGCAGAAAG AGGAGCAAGG TACATGGCCA
GAGACTATCG CTTGCGTACT TTGGGGTACT GACAACATCA AAACTTATGG TGAATCATTA
GCTCAAATCC TTTGGTTTGT AGGAGTAAAA CCAAAACCAG ATTCTGTCGG AAGGGTAAAT
AAATTAGAAC TCCTTTCTCT TGAGGAACTA GGAAGACCAA GAATTGATGT AGTAGTTAAC
TGCTCTGGAG TGTTTAGAGA TTTGTTTATT AATCAAATGG CATTAATTGA CCAAGCAGTA
AAAATGGCTG CTGAGGCTGA TGAACCACTT GATCAAAACT TCGTAAGAAA GCATGTCTTA
GAGCAGGCTG AAAAGGAAGG TAAAAGTATT AGGGAATCAG CAAGTAGAGT GTTCTCAAAT
GCAAGTGGAA GTTATAGCTC AAATGTCAAT TTGGCTGTAG AGAATTCAAC ATGGGAAGAA
GAAAATGAAT TGCAAGAAAT GTACCTTTCA AGAAAAACAT TTGCTTTTAA CGCAGATAAT
CCAGGGGAAA TGAATCAGAA CAGAGACGTT TTTGAATCAG TCATGAAAAC TGCTGATGTT
ACCTTCCAAA ATCTTGATTC TTCTGAAATA TCGTTAACAG ATGTAAGTCA TTACTTTGAC
TCAGATCCAA CAAATTTAAT TAAGAATCTT AGAGATGATG GTAAAGCGCC AAGTAGTTAC
ATAGCCGACA CAACTACAGC AAATGCTCAG GTCAGATCAT TAAGTGAAAC TATTCGATTA
GATTCCAGAA CAAAATTACT TAACCCAAAA TGGTATGAAG GAATGCTTAA ATCAGGATAT
GAGGGAGTAA GAGAGGTTTC TAATAGACTT AATTACACAT TAGGATGGAG TGCAACTAGT
GGGCAAGTTG ACAATTTCGT ATATGAAGAA TCAAACGAAA CTTTTATAAA TGATCCAGAG
ATGAGGAAAA GATTAATGGA ATTAAATCCT CATAGTTTTA GAAGAATAGT TGGTACATTA
TTAGAAGTTA ACGGGAGAGG ATATTGGGAA ACATCTGATG AAAATATTGA ACAATTAAAA
GAACTTTATC AAGAAGTAGA AGATAGAATC GAAGGGGTTA ATACAGAAGA TTAA
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| Protein sequence | MFTQVRSANR RVSPVENHKH KAVMKAVYVV LEPQYQNALT QAANSLNSQN GPIGIELNGY
LIEELRDTNN YESFKKDIEN ADLFVASLIF IEDLAQKVVE AVEPHKDSLK AAVVFPSMPE
VMRLNKLGTF SMAQLGQSKS IIGDFMKKRK EAGGAGFQDS MLKLLNTLPS ILKYLPVDKA
QDARSFMLSF QYWLGGTPDN LRNFLLMLGD KYVFPELNKE EEKIEVAEPE VFPDLGIWHP
LAPNMFEDKK EYLNWTASRD DLSSKAKNGP VIGLVLQRSH IVTGDDAHYV AVIQELEYRG
ATVIPVFCGG LDFSKPVNEY YYDPINLDKP IVDGVVSLTG FALVGGPARQ DHPKAVEALK
KLNRPYMVAL PLVFQTTQEW EGSDLGLHPV QVALQIAIPE LDGAIEPIVL SGRDDATGKA
HTLQDRVDAI AERAIRWSSL RIKKRDQKKL AITVFSFPPD KGNVGTAAYL DVFGSIYRVL
EEMKLKGYDI KDLPKNPKEL METLINDPEA LQGAPELSIA HRMSVKEYEK LTPYSERLEE
NWGKPPGNLN SDGQNLLIYG KEFGNVFVGV QPTFGYEGDP MRLLYSRSAS PHHGFAAYYT
YLEKVWKADA VLHFGTHGSL EFMPGKQMGM SETCYPDSLI GGLPNLYYYA ANNPSEATIA
KRRGYASTIS YLTPPAENAG LYKGLKELGE LVGSYQQLRE SGRGIQIVNA IVETSKKCNL
DEDVKLPEKD ASELEIDERD LVVGNVYKQL MEIESRLLPC GLHTIGKPAT AEEAIATLVS
IASIEREDDG IRSLPGLLAE SKGKTIEEVY EGNNKGRLED VELNKLITET SREAVGSMVR
SLTGRDGRVN MKKNIWTLIV EFLRGIGFSI PSPWQASAKK AGFENVNQGS LDKVFDYLRF
CLEQICADKE MESLLKALDG DYVIPGPGGD PIRNPGVLPS GKNIHALDPQ SIPTVAAVAS
AKGVVDKLIE RQKEEQGTWP ETIACVLWGT DNIKTYGESL AQILWFVGVK PKPDSVGRVN
KLELLSLEEL GRPRIDVVVN CSGVFRDLFI NQMALIDQAV KMAAEADEPL DQNFVRKHVL
EQAEKEGKSI RESASRVFSN ASGSYSSNVN LAVENSTWEE ENELQEMYLS RKTFAFNADN
PGEMNQNRDV FESVMKTADV TFQNLDSSEI SLTDVSHYFD SDPTNLIKNL RDDGKAPSSY
IADTTTANAQ VRSLSETIRL DSRTKLLNPK WYEGMLKSGY EGVREVSNRL NYTLGWSATS
GQVDNFVYEE SNETFINDPE MRKRLMELNP HSFRRIVGTL LEVNGRGYWE TSDENIEQLK
ELYQEVEDRI EGVNTED
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