| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpha266_0934 |
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| Symbol | |
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| ID | 4570630 |
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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 phaeobacteroides DSM 266 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008639 |
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| Strand | + |
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| Start bp | 1073528 |
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| End bp | 1076647 |
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| Gene Length | 3120 bp |
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| Protein Length | 1039 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 639765535 |
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| Product | type III restriction enzyme, res subunit |
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| Protein accession | YP_911406 |
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| Protein GI | 119356762 |
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| COG category | |
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| COG ID | |
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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 | 9 |
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| Plasmid unclonability p-value | 1 |
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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 | ATGAGTGACC AAAACCCCAT TCTCAACAGT CCTTACGAAG AGCCCCTGCT TCACTATGCC
ACGGATGAAG ATGGAGCGCT GAACTACAGC GACATCCGTT CCGGGCGCAG AATATTCACT
CCCGATATCC AGCCGATTCC GACCCGGCAA GGTGATCAGG GTTCAATCTT CGAGATTAAC
GATTACGCTG TTGCGTTTGG CGACTATCCG GTCAATCTTC TCCGCAACGA GGTAGGTAAA
TGGCGTGAAG CCCTCTATCC GGGCACAACA AGAGTGACAA GGGAGCTGCT CTCGTTCTGG
TTCCTGAATC CTGAACGTCA TGCGGTCAGA AAACTCTTTT TTGCCCAGAG AGAAGCTGTT
GAAACTGCAA TCTGGCTGAA TGAAATTGGC GAAAAAAGCA ATACCGGTCA CTTCATTGTT
ACCAGGCTGA TTGCTGCTCA GTGTGACGTC AGCACCAACA GAGAGCAACA GTTACCAAGA
ATTGCCTTTA AAATGGCTAC CGGCAGCGGT AAAACGGTGG TGATGGGAAT GCTGATGCTC
TATCACTACT TTAACCGTCA GGAGTACCGG CAGGATACCC GCTTTGCCGA TTATTTCCTG
ATCGTCACAC CCGGAATCAC TATCAGGGAT CGCCTTGGTG TGTTGTTTGT CGATAAACGC
TCTGCCAACA AGCATGATCG GGTGGACTAC TATGCAGCAC GTGATCTTGT GCCGCAAACG
CTTGAGCCAC GGCTTGAGGG ACTGAACGCA CGATTGATCA TTACGAACTA TCATGCATTG
GAACCCAAAA CCCTCCAGGG AAACAAGAAG AGCCCGTTGG ACGGCAAGCT CGATGTTTTC
GGGAATAAAC AGGAGGCAAA AGAGGATTTC AGTCTGCTCA TCAAACGCCT GCTTGGCCGT
TTCAAAACAG GGAGTCGGCT GCTTGTTTTG AATGACGAGG CTCATCACTG CTATCTGCCA
AAATCGAAAG GCAAAACAGA GGACAACGAA GAGTCGGATG AAAATGCCAA AGCGGCTGTC
TGGTTTACCG GGATCACCGA AATCTCCAAA CGCTACAAGC TTCAGCAGGT TTACGATCTA
TCGGCAACTC CCTACTATCT GAAAGGTTCC GGATATGATG CCTACACTCT TTTTCCCTGG
GTCGTCAGTG ATTTCGGTCT GATCGAAGCG ATTGAGTCCG GTCTGGTCAA AATTCCCTTT
ATTCCCGAAA GCGACAACAC GCAGGAGCTT GACACACCGG TACTCCGCAA CCTTTATGAG
CACGTCAGGG ATGATTTGCC AAAAAAAGGG CGCAAACGGG CCAAATCAGA TGCAAAAAAA
GAAGGTTCGG ACGTCAAGGA AGCTCCTCCG AAACTGCCCC GGCTGGTTAA AGGGGCACTT
GACCAGTTTT ATAACCACTA CAGGGAGTAT GACGAAGGAA GCCGCATCAG CCATGAAGAG
CGGAGCGGAC TGTTCAGTAC ACCACCTGTT TTTATTGTGG TCTGCAACAA CACCTCCGTT
TCAAAGGAGG TTTACAAATT TATTGCCGGG TACGAAGAGC GTGACAGCGA GGGCAATGTG
ACGAGAGTGG TTGATGGCCA TTACTCCCTG TTTTCCAACT ACGATCCGGA TACAAGGATG
GCCAAACACC GGTCACCCAC GCTGCTTATC GACAGTGACG CACTTGAGAA TTCTGACCAG
ATCAGTGACG AGTTCAAAAA AATTTTCGCT TCCGAAATTG CCGAGTTCAA GCGTGACTAT
GCCCGTCTCA AGGGACAGGG GTCTATTGAA ACGATAACCG ATGCAGAAAT TCTGCGTGAA
GTGGTCAACA CGGTCGGCAA GCGAGGAAGA AAGCTCGGTT CCCATATTCG CTGCGTGGTT
TCGGTCTCCA TGCTTTCCGA AGGGTGGGAT GCCAACACGG TAACACATAT CATGGGTCTC
AGAGCCTTTG GTTCACAGTT GTTGTGCGAA CAGGTAGCGG GTCGTGCACT GCGCAGGATG
AACTACTTCC TTCAGACCTA CAGGAGAGAT AGTGGAGAGC TTGTTGCAGA AAAAGATCGT
CACCGTTTCA GGAAGGAAAA CCTTATCGAA AAATTTCCTC CGGAATATGC CCACATCATC
GGCGTACCAT TTACCATGTT CAAATCCGGC AAGACGACCA ATCCCGATCC GCCCGACTAT
ACCCACATCA AGGCGCTTCC AGAGCGCCAG AACGATTTCG AAATCACATT CCCGAACCTG
ATCGGATACC GCACTGAGCA GCTTGATGGC AACATCCTGC ATGACTTTTC CGGAATCGAG
AACTATGAAC TCGATTTTTC AAAATTCCCT ACCGAGACCA CGCTTGCAAG CCCGTTTTCC
CCACATCAGG AAAAAATGCA GATCACCTCT GTTCTCGAAA AACGGGATCA GGAACTGCTT
TTTCTCATTA CCAACGAACT CATTCGTACC CACTTTTCAG ATGAAGACCA GAACCCCCGC
TTCCAGTTGT TCGGCAAGCT GAAAGCTATT GTCGAAGAGT GGTACAAGAG CAAAGTGGTT
CTGCTCAACC AGCAGGACGA GCGTTACAAA CGCCTGCTCT ACTTTGAAGA GGGAAAAAAG
ATGGCAGACC ACATTGTTCG TGCCATTAAC CCGCACATCA ACACCGAAGA GTACATCCGT
CCTGTTTTCA ACTACTACAA CCGGTTTGGC AGTACAAAAT ATGTCAGTGG CAACACCTCA
AAAGAGGTGT ACCGCGCAAC AAAAAGCCAT GTCAACTATG TCGCCATGGA CAGCGGCTGG
GAAGGTATTG CAGCCAAAAC CCTCGAAGAG TTGCCGCAGG TTATCAGCTA TGTCAAGAAC
CAGTTCCTCG GCTTTACCGT GCCTTATGTC AAGGAGGGTC AGGACAAACA GTACTATCCT
GACTTTATCG CCCTGATAGC AACCCCGGCA GGAGAACCGC TCAACCTCAT TATTGAAATC
AGCGGCATGA GCAAAGACAA GGCAGAAAAG AAATGGTTTG TCGAAAACCG CTGGCTTCCT
GCCGTCAACG CCGTGCATGA AAAGTACGAA TTTGGCCGAT GGCACTTCAT CGAAGTAGCC
AACGACATCC GCGACATCAG GACACAGTTG CTCAATAAAA TTCAGGAAAT AAACTTATAG
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| Protein sequence | MSDQNPILNS PYEEPLLHYA TDEDGALNYS DIRSGRRIFT PDIQPIPTRQ GDQGSIFEIN
DYAVAFGDYP VNLLRNEVGK WREALYPGTT RVTRELLSFW FLNPERHAVR KLFFAQREAV
ETAIWLNEIG EKSNTGHFIV TRLIAAQCDV STNREQQLPR IAFKMATGSG KTVVMGMLML
YHYFNRQEYR QDTRFADYFL IVTPGITIRD RLGVLFVDKR SANKHDRVDY YAARDLVPQT
LEPRLEGLNA RLIITNYHAL EPKTLQGNKK SPLDGKLDVF GNKQEAKEDF SLLIKRLLGR
FKTGSRLLVL NDEAHHCYLP KSKGKTEDNE ESDENAKAAV WFTGITEISK RYKLQQVYDL
SATPYYLKGS GYDAYTLFPW VVSDFGLIEA IESGLVKIPF IPESDNTQEL DTPVLRNLYE
HVRDDLPKKG RKRAKSDAKK EGSDVKEAPP KLPRLVKGAL DQFYNHYREY DEGSRISHEE
RSGLFSTPPV FIVVCNNTSV SKEVYKFIAG YEERDSEGNV TRVVDGHYSL FSNYDPDTRM
AKHRSPTLLI DSDALENSDQ ISDEFKKIFA SEIAEFKRDY ARLKGQGSIE TITDAEILRE
VVNTVGKRGR KLGSHIRCVV SVSMLSEGWD ANTVTHIMGL RAFGSQLLCE QVAGRALRRM
NYFLQTYRRD SGELVAEKDR HRFRKENLIE KFPPEYAHII GVPFTMFKSG KTTNPDPPDY
THIKALPERQ NDFEITFPNL IGYRTEQLDG NILHDFSGIE NYELDFSKFP TETTLASPFS
PHQEKMQITS VLEKRDQELL FLITNELIRT HFSDEDQNPR FQLFGKLKAI VEEWYKSKVV
LLNQQDERYK RLLYFEEGKK MADHIVRAIN PHINTEEYIR PVFNYYNRFG STKYVSGNTS
KEVYRATKSH VNYVAMDSGW EGIAAKTLEE LPQVISYVKN QFLGFTVPYV KEGQDKQYYP
DFIALIATPA GEPLNLIIEI SGMSKDKAEK KWFVENRWLP AVNAVHEKYE FGRWHFIEVA
NDIRDIRTQL LNKIQEINL
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