| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Clim_1205 |
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| Symbol | |
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| ID | 6353722 |
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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 limicola DSM 245 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010803 |
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| Strand | - |
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| Start bp | 1300587 |
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| End bp | 1302899 |
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| Gene Length | 2313 bp |
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| Protein Length | 770 aa |
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| Translation table | 11 |
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| GC content | 54% |
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| IMG OID | 642668821 |
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| Product | phosphoribosylformylglycinamidine synthase II |
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| Protein accession | YP_001943251 |
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| Protein GI | 189346722 |
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| COG category | [F] Nucleotide transport and metabolism |
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| COG ID | [COG0046] Phosphoribosylformylglycinamidine (FGAM) synthase, synthetase domain |
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| TIGRFAM ID | [TIGR01736] phosphoribosylformylglycinamidine synthase II |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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| Plasmid unclonability p-value | 0.737255 |
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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 | ATGACCATCA CGCAACGTTC AACGTTCCCT ATGAAACTCA CTGAACCAGA AGTCGCCCTG
CAGCTTGCCC TTGAGCATGG CCTGAATACC GAAGAGTATC AGAAAATCCT CGATATTCTC
AAGAGAACCC CGACGTTCAC CGAGCTTGGC ATATTCTCGG TCATGTGGTC GGAACACTGC
AGTTACAAAA ACTCTATCGC CGTTCTGAAA ACGCTGCCGA GAGACGGCGG TGCGCTGCTG
ACCGGAGCCG GCGAGGAGAA TGCCGGTCTT GTCGATATTG GTGACAACCT TGCCGTCGCC
TTCAAGATAG AATCGCATAA CCACCCGTCC GCCGTCGAGC CCTATCAGGG CGCGGCAACC
GGCGTCGGCG GCATCCATCG CGATATTTTC ACTATGGGAG CAAGACCTGT CGCATCCCTG
AATTCTCTGC GTTTCGGCTC ACCCAAAGAT CCCAGGGTCC GCTACCTTGT TGACGGCGTT
GTGCGGGGAA TCGGCGATTA CGGGAACTCG TTCGGCGTGC CGACCGTGGG AGGAGAAATC
TACTTCGAAG AGTGTTATAC CGGAAATCCC CTGGTCAACG CCATGTCGGT AGGAATTGTC
GAACACCATA AAACTGTCAG CGCGACGGCA AAAGGCGAAG GCAATCCGGT GCTGATCGTT
GGTTCGTCAA CCGGACGGGA CGGCATTCAC GGAGCGACAT TCGCTTCCGA AGATCTCAGC
GAAGCTTCCG AAGACAAGCG CCCAAGCGTG CAGGTTGGCG ATCCTTTTGC AGAAAAACTG
CTGCTTGAGG CTACGCTTGA AGCCATCGCT ACCGGCTATG TTGTCGGACT GCAGGACATG
GGTGCAGCAG GACTGACAAG CTCGACTTCG GAAATGAGTG CACGGGGAAT TGAAAAAACC
GGCCGAGGCG GCATCGACAT CGACCTGGAT CTGGTTCCGG CCCGCGAAGA AGGAATGAGT
GCTTATGAAA TCATGCTTTC CGAATCACAG GAAAGGATGC TTATCGTAGC GGAAAAAGGT
TTCGAGGAGC GGATTATCGA GGTGTATCGC AAATGGGATG TTCAGGCCGT CGTAATCGGA
ACCGTTACCT CCGACAATCA GATCAGGATA AGGCAGCATG GCAGGATCGT TGCCGAAATT
CCGGCCGAAT CACTGGTGCT TGGCGGCGGG GCTCCGGTCT ATATCAGGGA TGCGGTGGAA
AAAAAGCCGG CAACGCCGGT TGCCAGGCTG ATCGGCGACA AACATCTTGA CCTGCACGCG
CTTTCGCTTG CCCTGCTTTC ACGGCCAAGC ATAGCCAGCA AGCAGTGGGT CTACCGTCAG
TACGACTCCA TGGTTCAGAC CAATACCATT ACCCCAACCG GAACTTCCGA TGCTGCCGTG
ATACGGGTGA AGGGATCAAG GAAGGGTCTT GCCATGAAAA CCGACTGCAA CGCCCGGTAC
GTTTACCTGA ACCCTCTGAA GGGCGGTAAA ATCGCCGTTG CCGAGTGCGC AAGAAACATT
GCCTGCTCCG GAGCAAAGCC TCTGGCCATA ACGAACTGCC TGAACTTCGG CAATCCCTAC
AAACCGGATG TCTATTTCCA GTTCAAAACA TCTGTAGAAG GAATGGGTGA AGCCTGCAGG
GCATTCAATA CCCCGGTAAC CGGAGGGAAT GTCAGCTTTT ATAATGAAAC GTCGATCGGA
GGGGAACGCA CAGCCATCTA CCCCACCCCC ACCATCGGTA TGATCGGACT GCTCGATGAT
ATCGACACGG TTGTGGGATC AACCTATCAG CATGTCGGCG ATGCGATTCT GTTGTTCGGT
GATCCCGAAC TTTCCCTCGA GGGTTCGGAA TATCTGGTCA TGCAGTACGA TACGCCGGGA
CAGGATGCTC CGGATATCGA TCTGCGGCAC GAAAAGAATC TTCAGGAACT GCTTGTGGCT
CTGGCATCGA AAAAACTGCT TCATTCGGCT CACGACATTT CCGATGGCGG ATTGCTGGTG
GCTCTTGCCG AGAAGGCCAT TATGAATACA GACAAGCCGC TCGGTTTTGA CATCGACATT
GAAAATGCCG CGATCCATCC TTTCCATATC CAGCAACAGC TCTTCTCCGA AGCTCAGGGA
CGGGTGCTGG TGAGCATTGC GCCGGAATCA GCCAAAGAGG TCATAGAAGA AGCCGTGCTT
TTCAATGTAC CGGTACGGGT TATCGGCAAA GTAACCGAAA AGGATGCGGC AATAGCCATC
AACGGCCGAA CCGCGCTCTC CTTTAGCAAC GAAGAACTTG TCGAGGCGTA TTTCAATGCG
CTCGAGCAGG CCCTGCATCT CGACGAACTG TAA
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| Protein sequence | MTITQRSTFP MKLTEPEVAL QLALEHGLNT EEYQKILDIL KRTPTFTELG IFSVMWSEHC
SYKNSIAVLK TLPRDGGALL TGAGEENAGL VDIGDNLAVA FKIESHNHPS AVEPYQGAAT
GVGGIHRDIF TMGARPVASL NSLRFGSPKD PRVRYLVDGV VRGIGDYGNS FGVPTVGGEI
YFEECYTGNP LVNAMSVGIV EHHKTVSATA KGEGNPVLIV GSSTGRDGIH GATFASEDLS
EASEDKRPSV QVGDPFAEKL LLEATLEAIA TGYVVGLQDM GAAGLTSSTS EMSARGIEKT
GRGGIDIDLD LVPAREEGMS AYEIMLSESQ ERMLIVAEKG FEERIIEVYR KWDVQAVVIG
TVTSDNQIRI RQHGRIVAEI PAESLVLGGG APVYIRDAVE KKPATPVARL IGDKHLDLHA
LSLALLSRPS IASKQWVYRQ YDSMVQTNTI TPTGTSDAAV IRVKGSRKGL AMKTDCNARY
VYLNPLKGGK IAVAECARNI ACSGAKPLAI TNCLNFGNPY KPDVYFQFKT SVEGMGEACR
AFNTPVTGGN VSFYNETSIG GERTAIYPTP TIGMIGLLDD IDTVVGSTYQ HVGDAILLFG
DPELSLEGSE YLVMQYDTPG QDAPDIDLRH EKNLQELLVA LASKKLLHSA HDISDGGLLV
ALAEKAIMNT DKPLGFDIDI ENAAIHPFHI QQQLFSEAQG RVLVSIAPES AKEVIEEAVL
FNVPVRVIGK VTEKDAAIAI NGRTALSFSN EELVEAYFNA LEQALHLDEL
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