| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cag_0982 |
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| Symbol | |
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| ID | 3746907 |
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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 | Chlorobium chlorochromatii CaD3 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007514 |
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| Strand | + |
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| Start bp | 1321209 |
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| End bp | 1324469 |
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| Gene Length | 3261 bp |
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| Protein Length | 1086 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 637773512 |
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| Product | Acyl-CoA synthetase (AMP-forming)/AMP-acid ligase II-like |
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| Protein accession | YP_379288 |
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| Protein GI | 78188950 |
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| COG category | [I] Lipid transport and metabolism
[Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG0318] Acyl-CoA synthetases (AMP-forming)/AMP-acid ligases II |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.64725 |
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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 | ATGAAAAACT TCACAGAGAT ATTAACTCAA CAAGCGCTCA AACAACCTGA TGCTATAGCG
GTTATTAGGG AAGATGAACA TATTTCCTAT CAACGCTTGG AAGAACTGGT ATGGCAGTGT
GTAATGTATC TTTACCAACA AGGAGTTAGA GAAGGCGATG TTGTTGTACA TATATTTGAA
GATGAACTGC TTATTGTCAT CGCCATGTTG GCTAATGCCA GAATGGGCGC AACCATGCTT
TCTGTACCAG AAACAGTACC TAAAAACTTT CTGCAAGAGA CCATTAAAGA AGTCAATGTG
TCTTTTATTC TTTCAGATTT ACATATTAAT AATTCAATTC ATTTAAACGC TATCTCTCTC
AAAAAAGAAT TTTTTAAAGA AATAAAAGCT GATAAATCTA TTTATGTAGA AAATCCTAAA
GTTCCATGGC TAATTATTAT TGGTTCTGGT TCTACGGGTA AACAAAAATT AATCCCAATT
GATCATGATA AATTTATCAA TCGTTTAGAA TTAACTAAAA ACTGGTTTCC TATTATAAAA
TCAGATATTG TTACATCTTT TACACCCTTA GACTATGGTA GTGCTAAAGA AATATTTTGT
CAAACATTAA CGATGAGTGC AACGTATTTT TTATTACCTA AAAATAAAAT ATCAATTTAT
TTAATCAATA AATACCATAT TACAATTTTG CATTCAACAG TTTTTCATAT TGAAAAGTTA
TTACAAAATA TAGCTCCTAG CAGTAGGCAA ACATTAAATA AATTAAAAAT ACTGTTAATG
GGGGCTTCCA GAATCAGTTC TAATTTAAGG CAACGGATAA AGTCTATATT AACTAATAAT
TTATATGTAC GTTATGGTAC AAATGAGCTT GGTACGGTAT CAATCACATC TATAGACAAG
GTTTTTTCTT CTAATGAGAC AGTTGGCTTT TCTATTAAAG GCATAGAATT AGAGATAGTT
AATGAGAATG GAAGTATTCA ATCAAAGGAT AAGCCAGGAG TAATACGCAT CAAAAGTCCC
GCTATGATTA ACGGCTATTT AAATGACAAA GAAGCCTCTA AAAAAGCCTT TAAGAATGGT
TGGTTCTATC CTGGTGATAT TGGAAAATTC ACAGAAGATG GACAATTAAT ACACGTAGGA
AGAGCTGATG ATATGATGAT TATGAATGGG ATCAATATTT ATCCTTCTCA AATAGAAAAT
GCAATATTGC AACATCCTGA TGTTGAAGAA GCTTTTGCAT TTCCACTTAA ACATAAAATA
GCTCAAGATT TACCCGTTTG TGCCGTTGTT CTAAAAAAAG AATCGAATGT AAGTCAAAAA
ATATTGATGC ATTATGCACA TGAACACTTG GGAGCTTATA GCCCTCAATT AATAGTTATC
TTAGATAAGG ATCCTCGTAA TCAACAAGGT AAAATTGTGA GGACTGATCT CATTAAAATA
GTACAACAAA AAATACAAGA ATACAGTAAA AAAGATATAA ATTTACAAGC CGTAATCCCC
ATGCGCTATA AGCAAACCTT CACAAAAACA CAAATTACGC TCAAAAAAAA TATTTTTCTT
GATATATCAT TATTAGATAG CTACTTAAAT AACGTGTTTG ATATAATAAT AGAAAAGCTT
TCTTTTAATG AGTTAAGCAC ACAAAAAACA TATTTATTTA ACATTGCATG GCGATATTTA
CTACTCCGCA AATCACTCCT ACAAGCTATC AATATTCCTG TATTTGATAC AGGTAAAGTT
ATTTCAATTA CTGAGAATGA AGATAAGTTT ATTATTGCTT TACATACTCC AGTGATTACT
AATATCCCAT TGAAAATTTA TAAAAACATC AATAATCTTA CTGGTTTCGT TTTGCCACAA
ATAGCTATTA ACCAAAATAA GAATAAGATT GAGTCTTTAT ACAAGCAGAT TATGGATAAA
CTAAACGCCT TGAAAAAGCA GATTGATGTA AGATATGCAG GAAAATCCAC ATTACCGATA
TTGCAAGTAG CGCATAAAAA ACAAATTCCC TTTGAGCATC TTGGTTCTGG ACTCTATCAA
TTAGGTTGGG GTAAGAAATT ACAAATAATA TCACGTAGTG CCTCATGGCA TGATTCATTT
ATAGGGGCTT TATTATCAGA GAATAAAATT TTGGCTTCTA AGAGACTCAA AAATGCTGGT
TTTCCTGTAC CCAAACATGC TGTAGCTAAT ACATTTGAAG AAGCATTGAA CATTGCAAAA
AAACTAAAAT TTCCATTGGT AACCAAACCA ATTGACCTTA ATAGAAGTGA AGGAGTCAGT
GTTGATATTG TTAATGAAGA ATTATTGCAA AAAGGATTTG AACTCGCCAA TAAAAATAAA
AAAGCTGTGA TTATTGAACA GCAGATTGCA GGTGTTTGCA CCAGAGTTTT TATTGCAAAC
CATAAAATGT ACTATGCTGT TAAACGATTG CCAAAGTCTG TTGTAGGAGA TGGGAAGCAT
ACCATACAAC AATTGATTAT TTTAGCAAAT CAGAAAAACG AAAAACTACC ACCATGGAAA
CGTACAGAGT ACTTTCCGAG CGATAATGAT GCCAGCATAG CAATAAAAAA CGCAGGATTT
ATATTTGATG ATATTGTAGA AGATGGCAGA CTTGTTCCAT TACGAAAAAT TGAGTCAGCT
CAATGGGGAG GCTATGATGA AGATGTTACC CATACAATTC ATCCTGACAA TATTGCTATC
GCATTAAGAG CAGCAGAGCT CTTTGGACTA CAGGTTGCTG GAATTGATAT TATCTCACCA
GATATCACGA AACCATGGTA TGCAAATGGT GCTATTATTA ATGAGGTCAA TTTTGCTCCC
TTATATGGTG GTGGTGAAAT AGCGCGATCA ACGATTTCTG AGTTTTTAGA TGATTTGATA
GATGGTGATG GGCGTATTCC AATTACAGTG CTTGTTGGTG ATGATAATGC TTTAAAACAA
GCAAAAAAAC TTCAAGAAGA AGCCATTAAA AGAAATAAAA ATGTCTATAT TAGTACACAT
AATCAAACTT TTAATCAACA TCAAAATGAG GTGATTATAA CATTTAACAG TTTATTTCAA
AGAACCAAAG CCTTGCTTAT GAATCAAGAA GTTGAAGCAT TAATATTAGT AGTACAAACG
GATGAATGGT TACGAACAGG ATTGCCAATA GATACTATTG ATAATCTAAT CATGATTAAC
AAGAATATAC AGGATACTAC ACATATACCA AATGTTTTTG GTCAGCTTAT CACTCTTTTG
AAAACAGTTA ATGGTATTTA A
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| Protein sequence | MKNFTEILTQ QALKQPDAIA VIREDEHISY QRLEELVWQC VMYLYQQGVR EGDVVVHIFE
DELLIVIAML ANARMGATML SVPETVPKNF LQETIKEVNV SFILSDLHIN NSIHLNAISL
KKEFFKEIKA DKSIYVENPK VPWLIIIGSG STGKQKLIPI DHDKFINRLE LTKNWFPIIK
SDIVTSFTPL DYGSAKEIFC QTLTMSATYF LLPKNKISIY LINKYHITIL HSTVFHIEKL
LQNIAPSSRQ TLNKLKILLM GASRISSNLR QRIKSILTNN LYVRYGTNEL GTVSITSIDK
VFSSNETVGF SIKGIELEIV NENGSIQSKD KPGVIRIKSP AMINGYLNDK EASKKAFKNG
WFYPGDIGKF TEDGQLIHVG RADDMMIMNG INIYPSQIEN AILQHPDVEE AFAFPLKHKI
AQDLPVCAVV LKKESNVSQK ILMHYAHEHL GAYSPQLIVI LDKDPRNQQG KIVRTDLIKI
VQQKIQEYSK KDINLQAVIP MRYKQTFTKT QITLKKNIFL DISLLDSYLN NVFDIIIEKL
SFNELSTQKT YLFNIAWRYL LLRKSLLQAI NIPVFDTGKV ISITENEDKF IIALHTPVIT
NIPLKIYKNI NNLTGFVLPQ IAINQNKNKI ESLYKQIMDK LNALKKQIDV RYAGKSTLPI
LQVAHKKQIP FEHLGSGLYQ LGWGKKLQII SRSASWHDSF IGALLSENKI LASKRLKNAG
FPVPKHAVAN TFEEALNIAK KLKFPLVTKP IDLNRSEGVS VDIVNEELLQ KGFELANKNK
KAVIIEQQIA GVCTRVFIAN HKMYYAVKRL PKSVVGDGKH TIQQLIILAN QKNEKLPPWK
RTEYFPSDND ASIAIKNAGF IFDDIVEDGR LVPLRKIESA QWGGYDEDVT HTIHPDNIAI
ALRAAELFGL QVAGIDIISP DITKPWYANG AIINEVNFAP LYGGGEIARS TISEFLDDLI
DGDGRIPITV LVGDDNALKQ AKKLQEEAIK RNKNVYISTH NQTFNQHQNE VIITFNSLFQ
RTKALLMNQE VEALILVVQT DEWLRTGLPI DTIDNLIMIN KNIQDTTHIP NVFGQLITLL
KTVNGI
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