| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PMT9312_0969 |
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| Symbol | |
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| ID | 3765772 |
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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 9312 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007577 |
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| Strand | + |
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| Start bp | 900603 |
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| End bp | 904613 |
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| Gene Length | 4011 bp |
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| Protein Length | 1336 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 637797493 |
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| Product | magnesium chelatase subunit H |
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| Protein accession | YP_397465 |
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| Protein GI | 78779353 |
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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 | 2 |
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| Plasmid unclonability p-value | 0.72358 |
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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 AGCAAAACGC AGAGTATCTC CTGTTGAGGA TAACAAACAC
AAAGTTGTAA TAAAAGCAGT TTATGTTGTC CTTGAGCCAC AATACCAAAA TTCCTTAACG
GAAGCTGCGA AGTCAATAAA TGAAATGAAT GGCCCAATAG GTATAGACCT TAGTGGCTAT
CTAATTGAAG AACTTAGAAA TGAAAATAAT TTTACAGATT TTAAAGCTGA CATATCAAAT
GCGGATATAT TTGTTGCTTC CCTAATTTTT ATCGAAGATC TAGCACAAAA AGTAGTTGAT
GCTGTTTCTC CATACAAAGA CAAACTTAAA GCATCTATTG TCTTCCCCTC GATGCCAGAA
GTAATGAGAT TAAATAAGTT AGGTTCATTT AGTATGGCTC AATTGGGTCA ATCTAAAAGT
ATAATTGGAG ATTTAATAAA AAAGAAAAAA GAATCTGATG GAGCAAGCTT CCAAGATTCA
ATGTTGAAAT TGTTAAATAC ACTACCATCA ATACTTAAAT ATCTACCAGT AGAAAAAGCT
CAAGATGCGA GAACATTTAT ACTGAGTTTT CAATATTGGT TAGGTGGTAC GACTGAGAAC
TTAAAAAACT TCTTGTTAAT GATTTCTGAA AAATATGCAG TTTCAGAGGA CATAAAAGAT
CAAATAGAAG AATTCAAAAT ACAAGATCCT GAAACCTTCC CAGATTTAGG TATTTGGCAT
CCTCTGGCTC CATGTATGTT TGAAAGTCTT AAAGAATATC AAATTTGGGA AAATAACAGG
AAAGACATTA ACCCTAAAGA TGACAATACT CCAACAATAG GATTAGTACT TCAAAGGAGC
CATATAGTTA CCGGAGATGA TGCTCATTAC GTTGCTGTAA TACAAGAGTT GGAATATAGA
GGAGCAAGAG TTCTTCCCAT TTTCTGTGGA GGTCTAGATT TTTCTAAGCC AGTCAACGAA
TTTTATTATG ATTCAATAAA TAAAGATACA CCAATTATAG ATGGAGTCGT ATCTCTGACA
GGATTTGCAC TAGTTGGAGG CCCCGCAAGA CAAGATCATC CTAAAGCTAT TGAAGCTCTA
AAAAAACTAA ACAGACCTTA TATGGTTGCA CTTCCATTAG TTTTTCAAAC TACTCAAGAA
TGGGAAGATA GTGATTTAGG ACTACACCCA GTGCAGGTAG CACTTCAAAT TGCAATTCCA
GAACTAGATG GTGCAATTGA ACCTATCATT CTCTCAGGTC GTGACGATGC TACAGGTAAG
GCACACACAC TCCAAGATAG AGTAGATGTA ATTGCTGGAA GGGCTATAAA ATGGTCAACT
TTACGTGTTA AGCAAAGAAA AGATAAAAAA TTAGCTATTA CAGTATTTAG TTTTCCTCCA
GACAAAGGGA ATGTAGGTAC AGCTGCATAT TTGAATGTTT TCGGTTCAAT TTACAGAGTT
CTTCGCGAAA TGAAATCAAA AGGATATCAA ATAGAAGGAC TTCCAAGTAA TTCAAAAGAA
TTAATGGAAA AAGTAATTAA TAATCCTGAA GCAATGGATG GTTCTCCCGA ATTAAACATT
GCCCATAAGA TGTCAGTAAG TGAATATGAA GAGTTCACAC CATATTCACA AAGACTTGAA
GAGAATTGGG GTAAGCCACC TGGAAACCTA AATAGTGACG GACAAAACCT ACTTATATAT
GGAAAACATT TTGGAAATGT TTTTATAGGC GTTCAACCCA CATTCGGTTA TGAAGGTGAT
CCAATGAGAC TACTTTATTC AAGAAGTGCT AGTCCTCATC ATGGTTTTGC AGCTTATTAC
ACTTATGTAG AAAAAATATG GGGTGCAGAT GCTGTTCTTC ATTTTGGAAC TCACGGTTCA
CTTGAATTTA TGCCAGGTAA ACAGATGGGT ATGAGTGAAA CATGTTATCC GGATTCTCTT
ATTGGATCAT TACCAAATTT GTATTATTAT GCGGCGAACA ATCCTTCTGA AGCAACAATC
GCAAAAAGAA GGGGATATGC CTCAACTATT AGCTATTTGA CTCCCCCAGC AGAAAATGCA
GGGCTTTACA AGGGACTTAA AGAACTTAGT GAGCTTGTCG GCTCTTATCA ACAACTAAGA
GAAAATAGTA GGGGAATTCA AATTGTTAAT GCAATAGTTG AAACTTCTAA ACAGTGTAAT
CTTGATAAAG ATGTTGATCT CCCTGCAAAA AATATAGAAG AACTTTCTCT AGATGAAAGA
GATCTATTTG TTGGCAATAT CTACAAACAG TTAATGGAAA TAGAAAGTAG ATTATTACCG
TGTGGTCTTC ATACCATCGG AGAAGCTCCA ACTGCTGAAG AAGCTGTAGC AACCTTGGTA
AACATAGCAT CTTTAGAAAG AGAACAAGAG GGCTTAAGAT CTCTCCCTGG ACTACTGGCA
GAATCCCTAG ATCTTACTAT TGACCAAATT TATGATGGTA ATAATAAAGG TGAACTCAAA
TTTGTAGAGT TAAATGAAAA AATCATAAAA ACTGCAAGAG AATCAATATT TGCTATGGTT
AAATCTTTAA AAATTGTCGA TGGTAGAGTT TATCTAGAAA AATCACTTCT TTCTAAACTT
TTTGATTTTC TTAAAGTATT TGGTATAAAT CTACCCACTC CATGGTTAAG AGTATGTAGA
TTTAATGGAT TTAATGAAAT AAATCAGAAG GAATTAAATA AATTATTTGA TTATTTACTT
TTCTGCTTGG AACAAGTCTG TGCAGACAAA GAAATGGATA GCCTTATTAA AGCATTAGAT
GGTAATTATG TTTTGCCAGG ACCAGGAGGA GATCCCATAA GAAATCCAGG TGTTTTGCCT
AGCGGTAAAA ACATACATGC ACTTGATCCT CAATCAATTC CAACTACAGC AGCAGTAGCC
GCAGCAAAGT CTGTTGTTGA CAAATTAATA GAAAGACAAA AGGAAGAGCA AGGTAATTGG
CCTGAAACAA TTGCGTGTGT TTTATGGGGC ACAGATAACA TCAAAACTTA TGGAGAATCT
CTGGCACAAA TCTTATGGTT TGTTGGAGTA AAACCAAAAC CAGATTCTGT TGGGAGAATC
AACAAATTAG AATTAATTCC TTTAGAGGAA CTAGGTAGGC CAAGAATAGA CGTTGTAGTT
AACTGTTCTG GAGTATTTAG AGATCTATTT ATCAATCAAA TGGCATTAAT AGATCAGGCA
GTCAAATTAG CCGCTGAGGC TGATGAGCCT TTGGAATCAA ATTTTGTAAG AAAACATTCA
TTAGAACAAG CAGAAAAAGA AGGCACCTCT ATCAGAGAGG CTTCTGCAAG AGTATTCTCT
AATGCAAGTG GTAGCTATAG TTCAAATGTT AATTTAGCTG TAGAAAATTC AACTTGGGAA
GAAGAGAATG AACTACAAGA AATGTATTTA TCACGTAAAA CATATGCTTT TAATGCTGAT
AATCCAGGTG AAATGAATCA AAAGAGAGAG GTTTTTGAAT CTGTAATGAA AACAGCAGAT
GTTACATTTC AAAACCTTGA TTCCTCAGAG ATTTCCCTAA CAGATGTAAG TCATTATTTT
GATTCAGATC CAACTAAATT AATAAAAACA TTAAGAGATG ATGGAAAAGA ACCAAGTAGT
TACATAGCAG ACACTACCAC TTCTAATGCT CAAGTTAGAA CACTTGGAGA GACTATCAGA
TTAGACTCAA GAACAAAACT TTTAAATCCT AAGTGGTATG AGGGTATGCT CAAATCTGGT
TATGAAGGAG TCAGAGAGCT TTCTAATAGA CTAAATTATA CTCTTGGTTG GAGTGCGACA
AGTGGTCAAG TAGATAATTT TGTATATGAA GAAACAAATG AAACATTTAT AAATGACGAA
GAGATGAGGA AAAGATTAAT GGATCTAAAT CCTAATAGTT TTAGAAGAAT AGTAGGGACT
TTGCTAGAAG TCAATGGTAG AGGATATTGG GAAACTTCTG ACGAAAATAT AGAACAGTTG
AAAGAACTAT ATCAAGAGGT AGAGGATAAA ATCGAAGGTG TTAAAGAATA A
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| Protein sequence | MFTQVRSAKR RVSPVEDNKH KVVIKAVYVV LEPQYQNSLT EAAKSINEMN GPIGIDLSGY
LIEELRNENN FTDFKADISN ADIFVASLIF IEDLAQKVVD AVSPYKDKLK ASIVFPSMPE
VMRLNKLGSF SMAQLGQSKS IIGDLIKKKK ESDGASFQDS MLKLLNTLPS ILKYLPVEKA
QDARTFILSF QYWLGGTTEN LKNFLLMISE KYAVSEDIKD QIEEFKIQDP ETFPDLGIWH
PLAPCMFESL KEYQIWENNR KDINPKDDNT PTIGLVLQRS HIVTGDDAHY VAVIQELEYR
GARVLPIFCG GLDFSKPVNE FYYDSINKDT PIIDGVVSLT GFALVGGPAR QDHPKAIEAL
KKLNRPYMVA LPLVFQTTQE WEDSDLGLHP VQVALQIAIP ELDGAIEPII LSGRDDATGK
AHTLQDRVDV IAGRAIKWST LRVKQRKDKK LAITVFSFPP DKGNVGTAAY LNVFGSIYRV
LREMKSKGYQ IEGLPSNSKE LMEKVINNPE AMDGSPELNI AHKMSVSEYE EFTPYSQRLE
ENWGKPPGNL NSDGQNLLIY GKHFGNVFIG VQPTFGYEGD PMRLLYSRSA SPHHGFAAYY
TYVEKIWGAD AVLHFGTHGS LEFMPGKQMG MSETCYPDSL IGSLPNLYYY AANNPSEATI
AKRRGYASTI SYLTPPAENA GLYKGLKELS ELVGSYQQLR ENSRGIQIVN AIVETSKQCN
LDKDVDLPAK NIEELSLDER DLFVGNIYKQ LMEIESRLLP CGLHTIGEAP TAEEAVATLV
NIASLEREQE GLRSLPGLLA ESLDLTIDQI YDGNNKGELK FVELNEKIIK TARESIFAMV
KSLKIVDGRV YLEKSLLSKL FDFLKVFGIN LPTPWLRVCR FNGFNEINQK ELNKLFDYLL
FCLEQVCADK EMDSLIKALD GNYVLPGPGG DPIRNPGVLP SGKNIHALDP QSIPTTAAVA
AAKSVVDKLI ERQKEEQGNW PETIACVLWG TDNIKTYGES LAQILWFVGV KPKPDSVGRI
NKLELIPLEE LGRPRIDVVV NCSGVFRDLF INQMALIDQA VKLAAEADEP LESNFVRKHS
LEQAEKEGTS IREASARVFS NASGSYSSNV NLAVENSTWE EENELQEMYL SRKTYAFNAD
NPGEMNQKRE VFESVMKTAD VTFQNLDSSE ISLTDVSHYF DSDPTKLIKT LRDDGKEPSS
YIADTTTSNA QVRTLGETIR LDSRTKLLNP KWYEGMLKSG YEGVRELSNR LNYTLGWSAT
SGQVDNFVYE ETNETFINDE EMRKRLMDLN PNSFRRIVGT LLEVNGRGYW ETSDENIEQL
KELYQEVEDK IEGVKE
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