| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpha266_2311 |
|---|
| Symbol | |
|---|
| ID | 4570949 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Chlorobium phaeobacteroides DSM 266 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_008639 |
|---|
| Strand | + |
|---|
| Start bp | 2646712 |
|---|
| End bp | 2650515 |
|---|
| Gene Length | 3804 bp |
|---|
| Protein Length | 1267 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 52% |
|---|
| IMG OID | 639766872 |
|---|
| Product | hydrogenobyrinic acid a,c-diamide cobaltochelatase |
|---|
| Protein accession | YP_912726 |
|---|
| Protein GI | 119358082 |
|---|
| COG category | [H] Coenzyme transport and metabolism |
|---|
| COG ID | [COG1429] Cobalamin biosynthesis protein CobN and related Mg-chelatases |
|---|
| TIGRFAM ID | [TIGR02025] magnesium chelatase, H subunit |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 2 |
|---|
| Plasmid unclonability p-value | 0.0576549 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | ATGCACGATA AAATCAGAAT TGCCGCTATT GTCGGGATGG AGCAATGTAA TCAGCGGGTC
TGGCGTGAAG TCAAAGAGAA AATCAGCGCC CACGCCGAGC TGACTCAATG GACCGATCAG
GACCTTGAAC ATCAGAATCC TGAAACGGCT GAAGCTATCC GTAACGCCGA CTGTGTCTTT
ACCACCCTTA TCCAGTTCAA GGGTCAGGCT GACTGGCTGC AGGAACAGCT TCAGCACTCC
AGCGTTACCA CGGTTTTCGC CTATGAATCT ATGCCGGAAG TCATGCAGAT GACTAAAATC
GGCACCTATG TCGTGTCGGG CGACGGCAGC GGCATGCCCG ATATTGTAAA AAAAGTCGCA
AAAATGCTGG TGAAAGGGCG CGACGAGGAT GCGCTATACG GCTACATGAA GCTGCTGAAA
ATCATGCGCA CCATGCTGCC GCTCATCCCG AAAAAAGCAA AAGATTTCAA AAACTGGATG
CAGGTCTATA CCTACTGGAT GCATCCAACC ACCGACAACC TCGCCTCGAT GTTCAACTAC
ATCATGGCCG AATATTTTGA GGTTGGCGTA AAAGTCGAAA AGGTACAGGA AGTTCCCACC
ATGGGATTTT ACCATCCGGC TGCTCCCGAG TACCAGAAAG ATCTTCACCA CTACGAAAAG
TGGTTGCATA AACACGACCG TACTTCGGCA AAAAAACGCA ACATCGGTCT TCTCTTCTTC
CGCAAGCATC TTCTGCAGGA AAAGGAGTAT ATCGACAACA CCATCCGCGC CATTGAAGCA
AAGGGTCTTA ATCCCCTGCC TGTTTTTGTG ATGGGTGTTG AGGGACATGT TGCCACCAGA
GAGTGGTTTA CGCATAACAA TATCGACATG CTCATCAACA TGATGGGCTT CGGATTTGTG
GGAGGCCCCG CAGGCGCAAC TACGCCCGGA GCATCATCAG CAGCACGCGA CGAAATACTG
GGAAAAATTA ACGCTCCCTA CGTTGTTTCT CAGCCTCTCT TTATACAGGA TTTCACCTCA
TGGAAATCGC AGGGCGTTGT ACCGCTCCAG TCGGCCATGA CCTATTCGCT GCCTGAAATG
GATGGGGCTG TCTGCCCTGT TGTGCTCGGA GCCATCAGGG ACGGTCGCCT TCAGACGGTT
CCGGATCGTC TTGAACGACT TGCAGGGTTT GCCAAAAAGT TTTCAGACCT TCGCCACACT
CCGAACAAGG ACAAAAAAGT AGCGATGGTC GCTTACGACT ATCCGCCGGG CATGGGTAAA
AAAGCCAGCG CGGCACTGCT TGACGTACCA AAAAGCATCT ACAGCATACT CCTGAAGCTT
CGTGACGAAG GATACAACGT TGGCGAGATG CCGGAATCAC CGGAAACCCT GCTTGCCATG
CTCGACAAAG CAACCGATTA CGAAATCCAG GCACACGAGC AGGATTGCTT TGCTATCGAT
CGTGACCGGT TTTACAGTAT CACAAGCGAC AGAGAGCGCG AACGCATTGA AGGCCGTTGG
GGCGGATTTC CCGGCGACGT TGCCCCGATC AAGCCCGACA AGCTCTTTAT CGGAGGTTTG
ACCCTTGGCA ATATCTTTAT CGGCATACAG CCTCGACTTG GAATCCAGGG TGATCCCATG
CGTCTGCTCT TCGACAAGGA GAACACTCCG CACCATCAGT ATATCGCTTT CTATCGCTGG
ATCAGCCGCG TTTTCGGAGC AAACGCTCTG GTGCATGTCG GCATGCACGG CACTGTAGAA
TGGATGCCCG GCCTGCAGCT TGGCGTTACC GGCGACTGCT GGTCTGACGC GCTGCTCGGC
GAAGTGCCCC ATTTCTATAT CTATCCGATC AACAACCCGA GTGAGGCCAA TATCGCAAAG
CGACGCGGGT ATGCCACCAT GATTTCGCAT AACATCCCGC CGCTGGCACG GGCCGGCCTC
TACAAGGAGC TTCCTGCTTT CAAGGAGATG CTGAACGATT ATCGCGAGCG CGGACTGGAA
AAAATCGTGG ATATTGAAAC CGAAGAGGTT ATTCTCACCA AGGCACAGCA GCTCAATCTG
ACGGATGACT GCCCACGGAT AGAACAGGAG AGCTTTCAGG ACTATATCAG CCGCCTCTAC
ACCTACATGA TGGAACTCGA AGGCCGACTG ATTTCAAACT CGCTGCACGT CTTTGGCGAA
ACCCCAAAGC TTGAAACACA GGTAACCACC ATTACCGAGT ATCTGAAGGT TCGCGGCAAT
GAAAAATCGC TTCCTTCGAT TATCATGCAG GCCACAGGAG AAGACCAAAC CTACGGCGAC
TACGCTTCGC TTGCAACCCG TGCACGCAAA GGAGAACCCT TAGCCCTTAA AGCGCGTGAA
GCTGTTGACG AACATACAAG AGAGTTCATA TCGGAGACCA TTTTCGGCAG GAGCAATCCC
ACAACAGTCT TCAACAAGAT GACCGGCGGA GCAAAAGTCT CACCGGATAT GGTTGAAGCC
ATCAACAGTT CGCTGCAGGA CGGACTTGCC CTCAAGCGCG CACTTGAGGA CAATCGCAAC
GAAATGAAAG GTCTCCTTCG TGCCCTCGCG GGTGAGTATA TCCCTTCAGG CTCCGGCGGC
GATCTGGTAC GTGACGGCGC AGGCATTCTG CCGACAGGCC GTAACATCCA CGCTATTGAC
CCGTGGCGCA TTCCCTCGGA ACTGGCCTTC AAGCGCGGCA AGCAGATTGC TGAAACCATT
CTTGCCCGAC ACGTTGAGGA AAACAACGGC GAGTACCCTG AAACCATTGC CCAGGTTCTT
TGGGGACTTG ATACCATCAA GAGCAAAGGA GAAGCGGTTG CCGTGATCAT CCACCTGATG
GGTGCCGAAC CGGCCTACGA CGCACAGGGC AAAATCAGCC ACTACCGCCT CGTTCCGATT
AACAAACTTG GCCGTCCGAG AATCGATGTG CTCATACAGA TCAGCTCGAT CTTCCGCGAC
ACCTTTGGCG TTCTTGTCGA TCATCTCGAC AAACTGGTAA AGGATGCGGC AAAAGCAGAT
GAGTCGCATG AGATGAACCA TATCAAAAAG CATGTGGACG CAGCGTTGAG AGAGGGAAAG
GATTTTGAAA GCGCCACCTC ACGCCTCTTT ACCCAGTCAC CCGGAGCCTA CGGCTCACAG
GTTGAAGAGC TGGTGGAAGA CTCGGCATGG GAATCCGAAG AAGATCTCGA CAACATGTTC
ATCAAACGTA CCGGTTTTGC CTATGGCGGA AACCGCTACG GCGACCAGCA GACCGATATT
CTCAAAGGAC TTCTCAGCAC CGTTGATCGC GTCGTACAGC AGGTCGACTC GGCTGAGTTC
GGCATTACCG ATATCGACCG CTACTTCTCC TCATCGGGAG CTTTGCAGCT ATCCGCACGA
CGCCGAAACC CTAAAGGCGA CAACGTTAAG CTGAACTATG TTGAAACCTT CACTGCCGAT
GTCAAAATTG ACGATGCGGA CAAAGCGCTG AAGGTGGAGT TCCGAACCAA ACTGCTCAAC
CCGAAATGGT TTGAGACCAT GCTTGACCAG GGACACAGCG GAGCCGCCGA AATCAGCAAC
CGCTTCACCT ACATGCTCGG CTGGGATGCC GTAACCAAAG GCGTTGATGA CTGGGTCTAC
AAAGAGGCAG CCGAAACCTA CGCCTTCGAT CCGAAAATGC GCGAACGACT GATGAAAGTA
AACCCTAAAG CATTCAAAAA CATCGTAGGC AGAATGCTTG AAGCAAGCGG ACGAGGGATG
TGGAGCGCCG ATCCGGATAT GATCGAAAAA CTTCAGGAGA TATACTCGGA TCTCGAAGAC
CGCCTGGAGG GAATAGAGAT TTAG
|
|---|
| Protein sequence | MHDKIRIAAI VGMEQCNQRV WREVKEKISA HAELTQWTDQ DLEHQNPETA EAIRNADCVF
TTLIQFKGQA DWLQEQLQHS SVTTVFAYES MPEVMQMTKI GTYVVSGDGS GMPDIVKKVA
KMLVKGRDED ALYGYMKLLK IMRTMLPLIP KKAKDFKNWM QVYTYWMHPT TDNLASMFNY
IMAEYFEVGV KVEKVQEVPT MGFYHPAAPE YQKDLHHYEK WLHKHDRTSA KKRNIGLLFF
RKHLLQEKEY IDNTIRAIEA KGLNPLPVFV MGVEGHVATR EWFTHNNIDM LINMMGFGFV
GGPAGATTPG ASSAARDEIL GKINAPYVVS QPLFIQDFTS WKSQGVVPLQ SAMTYSLPEM
DGAVCPVVLG AIRDGRLQTV PDRLERLAGF AKKFSDLRHT PNKDKKVAMV AYDYPPGMGK
KASAALLDVP KSIYSILLKL RDEGYNVGEM PESPETLLAM LDKATDYEIQ AHEQDCFAID
RDRFYSITSD RERERIEGRW GGFPGDVAPI KPDKLFIGGL TLGNIFIGIQ PRLGIQGDPM
RLLFDKENTP HHQYIAFYRW ISRVFGANAL VHVGMHGTVE WMPGLQLGVT GDCWSDALLG
EVPHFYIYPI NNPSEANIAK RRGYATMISH NIPPLARAGL YKELPAFKEM LNDYRERGLE
KIVDIETEEV ILTKAQQLNL TDDCPRIEQE SFQDYISRLY TYMMELEGRL ISNSLHVFGE
TPKLETQVTT ITEYLKVRGN EKSLPSIIMQ ATGEDQTYGD YASLATRARK GEPLALKARE
AVDEHTREFI SETIFGRSNP TTVFNKMTGG AKVSPDMVEA INSSLQDGLA LKRALEDNRN
EMKGLLRALA GEYIPSGSGG DLVRDGAGIL PTGRNIHAID PWRIPSELAF KRGKQIAETI
LARHVEENNG EYPETIAQVL WGLDTIKSKG EAVAVIIHLM GAEPAYDAQG KISHYRLVPI
NKLGRPRIDV LIQISSIFRD TFGVLVDHLD KLVKDAAKAD ESHEMNHIKK HVDAALREGK
DFESATSRLF TQSPGAYGSQ VEELVEDSAW ESEEDLDNMF IKRTGFAYGG NRYGDQQTDI
LKGLLSTVDR VVQQVDSAEF GITDIDRYFS SSGALQLSAR RRNPKGDNVK LNYVETFTAD
VKIDDADKAL KVEFRTKLLN PKWFETMLDQ GHSGAAEISN RFTYMLGWDA VTKGVDDWVY
KEAAETYAFD PKMRERLMKV NPKAFKNIVG RMLEASGRGM WSADPDMIEK LQEIYSDLED
RLEGIEI
|
|---|
| |