| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC8801_4320 |
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| Symbol | |
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| ID | 7102678 |
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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 | Cyanothece sp. PCC 8801 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011726 |
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| Strand | + |
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| Start bp | 4537003 |
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| End bp | 4540995 |
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| Gene Length | 3993 bp |
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| Protein Length | 1330 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 643477299 |
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| Product | magnesium chelatase subunit H |
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| Protein accession | YP_002374398 |
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| Protein GI | 218249027 |
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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 | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGTTTACCC ACGTCAAGTC CACCATTCGC CATATCGTTC CAAAGGCAAT TAATGGTCGT
TCTTTGCTTA AGGTGGTCTA TGTCGTCTTA GAACCTCAGT ATCAGAGTTC TCTATCGGCG
GCTGTTAATG CTATCAATAG TAATAATCCC AAGTTAGCCA TAGAAATTAG TGGTTATTTA
ATCGAAGAAC TGAGAAACCC CGAAAACTAC GAGGAATTTA AACGAGATAT AGCTAATGCA
AACCTTTTTA TCGCGTCGTT GATCTTCATT GAAGACCTAG CGGATAAAGT GGTCGAAGCA
GTCAAACCCC ATCGGGATAA CTTAGATGCG GTGGTTGTTT TCCCCTCCAT GCCCCAGGTA
ATGCGCTTAA ATAAATTGGG TAGCTTTTCC ATGGCACAGT TGGGACAGTC TAAGAGTGCG
ATCGCCCAAT TTATGCGAAA ACGCAAAGAA AATTCGGGTG CAGGGTTCCA AGATGCCATG
TTAAAGCTAT TGCGGACGCT TCCCCAAGTT TTGAAGTATC TTCCCGTGGA AAAGGCGCAA
GATGCTCGCA ACTTTATGCT AAGTTTTCAG TATTGGTTAG GGGGATCGGC AGAAAATTTA
GAGAATTTCC TGCTAATGTT GGCGCACAAG TATTCCTACC CCGACTTACT CCAAGATAAG
ACTGTTGACT ATAAAGATCC CGTCGTTTAT CCCGATATGG GAATATGGCA TCCCCTCTCG
ATGCAAATGT TCGAGGATGT CCCTTCCTAT CTACAATGGT TCAACAGTCG GACGGATATC
TCCGATAACC TCAAAGATCC CTTGGCCCCT TGTGTTGGTT TAATTTTACA ACGAACCCAT
CTTGTAACCG GAGATGATGC TCACTATGTA GCCATGGTAC AGGAATTAGA GTGCATGGGA
GCAAGAGTTA TTCCCGTATT TGCAGGGGGG TTAGACTTTT CTAAACCCGT GGAGGCCTAT
TTTTGGGATC GCAGCGTCAA AGGGATAGAA CCTGTAGCTA TTGTAGACAC CGTTGTATCC
TTAACAGGGT TTGCCTTAGT CGGTGGTCCT GCGCGTCAAG ACCATCCTAA AGCGATAGAA
TCATTAAAAC GCCTCAACCG TCCCTATATG TGTGCGTTAC CTCTCGTCTT CCAAACCACC
CAAGAATGGG AAGCAAGCGA TTTAGGGTTA CATCCGATCC AAGTTGCCTT ACAAATTGCT
ATCCCTGAGT TAGACGGTGC TATTGAACCC ATTATACTCT CAGGACGGGA TGGTAATACG
GGACGAGCGA TCGCCCTTCA AGATCGTATC GAAGCGGTGG CACAACGGGC ATTAAAATGG
GCTAATCTAC GGAAAAAACC TAAATTAGAC AAGAAAGTCG CTATTACCGT CTTTAGCTTC
CCTCCCGATA AAGGAAACGT GGGAACCGCA GCCTATTTAG ACGTATTTGG CTCTATTTAC
GAGGTAATGA AGGCATTAAA AGGCAATGGG TACGATGTGC AAGAATTACC CGACTCCCCC
AAAGCTTTGA TGGAAGCGGT GATCCACGAT GCACAAGCGC AGTATGCGTC CCCTGAGTTG
AATATAGCCT ATCGGATGTC GGTGGAACAA TACGAACGGT TAACCCCCTA TTCGGTTCGT
TTAGAAGAAA ATTGGGGTCC TCCTCCGGGT CATTTAAACA GTGACGGACA GAATTTATTA
ATCTATGGCA AACAGTTTGG TAACGTCTTT ATTGGGGTTC AACCAACTTT TGGTTATGAA
GGTGATCCCA TGCGGTTACT ATTCTCAAGA TCGGCCAGTC CCCATCATGG TTTTGCTGCC
TATTACACCT ATTTAAACCA AGTTTGGAAA GCGGATGCGG TGTTGCATTT TGGAACCCAT
GGATCACTGG AATTTATGCC AGGGAAACAG ATGGGAATGT CGGGAGAATG TTACCCTGAT
AGTTTGATTG GAATGATCCC CAATTTGTAT TATTATGCGG CGAATAATCC TAGTGAAGCA
ACCATTGCTA AACGTCGCAG CTATGCGGAA ACCATCTCCT ATTTAACCCC TCCTGCGGAG
AATGCAGGGT TATACAAAGG ACTGCAAGAA TTAAGTGAAT TAATAGGGTC ATACCAAACC
CTCAAAGATA GCGGACGGGG TATCCCTATT GTTAACACCA TCATGGATAA ATCTCGCTTA
GTCAATTTGG ATCAGGATAT TGCATTACCT GACACCGATG CTAAAGATAT GACCTCCGAA
GAACGGGATA ATATTGTCGG TTTGGTTTAC CGAAAATTGA TGGAAATTGA GTCCCGTTTG
TTGCCTTGTG GCCTTCATGT TATTGGTAAA CCTCCCTCCG CAGAAGAAGC GATCGCAACG
TTAGTCAATA TTGCTGCTTT AGACCGTGAA GAAGAAGGAA TTACCTCCTT ACCCCGTATT
ATTGCTAACA GTGTGGGACG GGAAATTGAG GAAGTTTATC AAAACAGCGA TCGCGGTATT
CTAGAAGATG TGGAATTACT GCAACAAATT ACCCTAGCAA CCCGTGAAGC AGTGTCTGCT
TTAGTCAAAG AACAAATAGA TGCAGAAGGA CGAGTTTCCT TTGTTTCTAA ACTCAATTTC
TTTAACATGG GTAAAAAGAC ACCTTGGGTC GAAACCCTCC ATAATTTAGG GTATAAAAAT
GTCGATCAGG ATGCCTTAAA ACCCCTCTTT GAATACCTAG AATTTTGTTT AGAACAGGTT
TGTGCCGATA ACGAATTAGG AGGGTTACTA AAAGCATTAG AAGGGGAATA TGTGTTACCA
GGTCCTGGAG GTGATCCCAT CCGTAACCCC AACGTTTTAC CCACTGGTAA AAACATCCAC
GCATTAGACC CCCAATCTAT CCCCACCTTA GCTGCCGTTA AGTCTGCTAA AATTGTCGTA
GATCGATTAT TAGCACGGCA AAAAATTGAT AATGGTGGCA ATTATCCCGA AACCATTGCT
TGCGTTTTGT GGGGAACGGA TAACATCAAA ACCTACGGGG AGTCCCTCGC ACAAATCATG
TGGATGGTAG GGGTTAAACC CGTTCCCGAT GCGTTAGGAC GAGTCAACAA ATTAGAGTTA
ATTTCCCTCG AAGAATTAGG ACGACCTCGT ATTGATGTAG TGGTCAACTG TTCGGGAGTG
TTCCGTGACC TATTTATTAA CCAAATGAAC TTATTAGATC AAGCGGTTAA AATGGCAGCA
GAAGCAAACG AACCCCTAGA GATGAACTAC GTCCGTAAAC ACGCTTTACA GCAAGCAGAA
GAAATGGGAA TTAACCTGCG TCAAGCAGCA ACCCGCATCT TTTCTAACGC TTCTGGTTCC
TATTCGTCTA ACGTCAATTT AGCGGTAGAA AATAGCAGTT GGGAAGAAGA AAAAGAGTTA
CAAGATATGT ATCTCAACCG CAAAGGGTTT GCCTTCGACT CTGATAACCC AGGGGTCATG
AATGACAACC GTAAAGTGTT TGAAGCTGCA TTAAAAACAG CCGATGCAAC CTTCCAAAAC
TTAGATTCTT CCGAAATTAG TTTAACGGAT GTTTCCCATT ATTTCGACTC TGATCCCACA
AAAGTAGTGG CAAGTTTACG GGGAGATGGT AAAAAACCGG CCGCGTATAT TGCCGATACA
ACTACCGCAA ACGCACAGGT TCGGACCTTA TCAGAAACCG TCCGTTTAGA TGCGCGTACC
AAATTATTAA ACCCTAAATG GTACGAGGGA ATGTTATCCC ACGGTTACGA AGGAGTAAGG
GAACTTTCTA AGCGGTTAGT CAATACAATG GGATGGTCTG CAACTGCTGA TGCGGTAGAT
AATTGGGTCT ATGAAGACGT AAATACAACC TTTATTCAAG ATGAGGAAAT GTGTAAACGT
CTGATGAATT TAAACCCCAA TTCTTTCCGG AAAATGGTCG GTACTTTATT AGAAGTTAAT
GGCCGCGGTT ACTGGGAAAC ATCACAGGAA AACTTAGACA AGTTACAGGA ATTGTATCAG
GAGGTTGAGG ACAGAATTGA AGGAGTAGAG TAA
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| Protein sequence | MFTHVKSTIR HIVPKAINGR SLLKVVYVVL EPQYQSSLSA AVNAINSNNP KLAIEISGYL
IEELRNPENY EEFKRDIANA NLFIASLIFI EDLADKVVEA VKPHRDNLDA VVVFPSMPQV
MRLNKLGSFS MAQLGQSKSA IAQFMRKRKE NSGAGFQDAM LKLLRTLPQV LKYLPVEKAQ
DARNFMLSFQ YWLGGSAENL ENFLLMLAHK YSYPDLLQDK TVDYKDPVVY PDMGIWHPLS
MQMFEDVPSY LQWFNSRTDI SDNLKDPLAP CVGLILQRTH LVTGDDAHYV AMVQELECMG
ARVIPVFAGG LDFSKPVEAY FWDRSVKGIE PVAIVDTVVS LTGFALVGGP ARQDHPKAIE
SLKRLNRPYM CALPLVFQTT QEWEASDLGL HPIQVALQIA IPELDGAIEP IILSGRDGNT
GRAIALQDRI EAVAQRALKW ANLRKKPKLD KKVAITVFSF PPDKGNVGTA AYLDVFGSIY
EVMKALKGNG YDVQELPDSP KALMEAVIHD AQAQYASPEL NIAYRMSVEQ YERLTPYSVR
LEENWGPPPG HLNSDGQNLL IYGKQFGNVF IGVQPTFGYE GDPMRLLFSR SASPHHGFAA
YYTYLNQVWK ADAVLHFGTH GSLEFMPGKQ MGMSGECYPD SLIGMIPNLY YYAANNPSEA
TIAKRRSYAE TISYLTPPAE NAGLYKGLQE LSELIGSYQT LKDSGRGIPI VNTIMDKSRL
VNLDQDIALP DTDAKDMTSE ERDNIVGLVY RKLMEIESRL LPCGLHVIGK PPSAEEAIAT
LVNIAALDRE EEGITSLPRI IANSVGREIE EVYQNSDRGI LEDVELLQQI TLATREAVSA
LVKEQIDAEG RVSFVSKLNF FNMGKKTPWV ETLHNLGYKN VDQDALKPLF EYLEFCLEQV
CADNELGGLL KALEGEYVLP GPGGDPIRNP NVLPTGKNIH ALDPQSIPTL AAVKSAKIVV
DRLLARQKID NGGNYPETIA CVLWGTDNIK TYGESLAQIM WMVGVKPVPD ALGRVNKLEL
ISLEELGRPR IDVVVNCSGV FRDLFINQMN LLDQAVKMAA EANEPLEMNY VRKHALQQAE
EMGINLRQAA TRIFSNASGS YSSNVNLAVE NSSWEEEKEL QDMYLNRKGF AFDSDNPGVM
NDNRKVFEAA LKTADATFQN LDSSEISLTD VSHYFDSDPT KVVASLRGDG KKPAAYIADT
TTANAQVRTL SETVRLDART KLLNPKWYEG MLSHGYEGVR ELSKRLVNTM GWSATADAVD
NWVYEDVNTT FIQDEEMCKR LMNLNPNSFR KMVGTLLEVN GRGYWETSQE NLDKLQELYQ
EVEDRIEGVE
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