| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpin_1182 |
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| Symbol | |
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| ID | 8357298 |
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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 | Chitinophaga pinensis DSM 2588 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013132 |
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| Strand | + |
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| Start bp | 1405617 |
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| End bp | 1408994 |
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| Gene Length | 3378 bp |
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| Protein Length | 1125 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 644963338 |
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| Product | hypothetical protein |
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| Protein accession | YP_003120881 |
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| Protein GI | 256420228 |
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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 | 15 |
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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 | 36 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTTGCGC AAATAACCAC TATGAAGCTA ACCGTCTTCT TCTGTTTATT ACTTGCCTGT
TACCTGCCGG TAGCGGGAGC TAATGGGAGA GGTGGACCTT ACGCTGCACA TTCAGTGCTT
TCCCAAGGGA GCTGGTATAA GCTCGGTGTA ACCCGGGAAG GCATCTACAA AATAGATAAG
TCTCTGCTCA ACGGAATCGG TATCAGCGGG AGTCTCAGTG AAGTAAGATT ATATGGTACT
GGCGGACAAA TGTTGCCTGA AAGCAATGCT GTCAGCAGAC ACGACGATTT GCCGGAGGTT
GCCCTTCTGG AGCAGGAAGA TGCGCTGTTT TTTTATGCGC CGGGTCCTCA CAGCTGGCAA
TACCAGGGAG GAAATTTTAC GCGGAGCACA AACCTGTATA CTGATACTGC CTGGTATTTT
GTAACTGTAG TAAGCGGTCG GGGAAAAAGA GTAGCCCGGG ATATGAGTAC ACCTGCTGCC
ACTGTTACCG TCAACAGCTA TGATTACCGT GTATGGCATG AGAGCGATAG CATCAATTTC
CTGAGCAGTG GTAAACAATG GTGGGGTACT AATTTCAGTA GCGTAAAGCC TTCTTTGGGT
CTTTCATTTC CAATGGAACA GGCGCCTACC TCACTGAAAG TAGGGCTAAG GGTAGCTGCC
AGAGGGACCA GTACCAGCAG ATTTTCCTTG AAGATTGGGA ATAGTGTCGT CGGTACGCTT
AATTTATCGC CTGTAAGTGG CAATATATTT GAATCCTTTG CAGCGGTGGC CTCAGGCTAT
TATACCGCTG GTTATACAGG TGATATATTA CCTGTTGAAC TTACATTCAC ACCTGGTGGT
GGCGGTGCGC AGGGATGGCT GGATTATGTG AGTGTACAGG CACGTTATCC CTTGAAAAAA
GGAGGGTTGG ATCAGCTGTT TTTCCGCGAT GCAATATCTG TCGCTCCGGG GCAGACAGCA
CAGTATCGCA TCAGAGAGGC GAATAGCGCG ACAGTCGTAC TGGATGTGAC AACACCATTA
TCACCGGTAC GGCTCAATAC ACAGCTGACA GGTACGATGC TCACGTTTTC AAGAGATTGC
AGCACATTGC ATGAATATGT GGCATTTGAC GGAAAACAGG ACCTGCCGCT TATTAAGGGC
GGAGTAGTAC CTAATCAGGA CTTACACGAC ATCAATGGCA CAAATATGCT GATAGTGACC
ACTCCGTCTT TGCGAACAGC AGCCTCCAAA CTGGCTGCCT GGCATGGTAC ACATGATGGG
CTGAACGTGA GAGTGGTAAC GGTGAATGAG ATCTATAACG AATTTGCTTC CGGTACGCCG
GATCCTACGG CAATCAGGGA CTTTGTGAAG ATGTGTCATG ACCGTGGAGG ACTGCAATAC
CTGTTATTAT TCGGAGATGC CTCCTACGAC TATAAAAACA GGATAGCAGG TAATACGAAC
ATGATACCTA CCTGGCAAAG CACCATCTCT ACAGATCCTG TATATGCCTA TCCTTCAGAT
GACTTCTTTG GTTTTCTGGA TGATGCAGAT GATATCAATG ATAACGGCAG AGTAAATCTG
CTGGATGTAG CAATAGGCAG ATTGCCGGTA CAACAGCCTT CACAGGCAGA AGTTGTGGTG
AATAAGATCA TTGGATATAA TGTGCCGGCT AACTATGGTC GCTGGCAGCA ACATATCACT
ATTGTGGCAG ATGACGGTGA TGATAACCTG CATCTGCAGG ACGCAGAAAG TATGAGCCAG
ATAGTGAGTA CGCAATGGCC GGCAGGCAAT ATCAAAAAGA TATACCTGGA TGCCTATCCG
AAAATAGCAG ATCCAGGCGG TAGCCGATAT CCGGCAGTCA ATACTGCTAT TGCAGAAGAT
CTTTTTGACG GAACGCTGAT ATGGAACTAT ACGGGCCATG GTAGCTATTC CCGGCTGGCA
GAAGAGGTCA TATTGGAAGA AAGTTCTTTG GATACCTGGA AAAATGGTGG CAGACTGCCG
TTGTTTATCA CTGCAACGTG CGATTTTGCA CCTTTTGATA ACCCGGCCTA TGTTTCCCTG
GGAGAAAAGT TGTTGCTGAA GGAGCAGGGT GGCGGTATCG CCTTGATGAC CACTACAAGA
ACAGTATTCT CTGCTTCCAA CAAGGTAATG AATGCTAACT ATCTGGAAAG GCTGCTGACA
CCCCATGAAG ATGGTCGTAT GCCAACATTG GGAGAAGCGG CTATGCTGGC GAAGAATAAA
ACATCTGCTA CGCTCATTGA CATTCCTAAC AACCGGAAGT TTCAGTTGCT GGGGGATCCT
GCGCTGACGC TGGCTTTTCC GCAGTATCAC GTGGTGACTG ATTCTATCAA TGGGAAAGCT
GTTGGTGATA TTCCTGATAC GCTGAAAGCT ATGGGTAAAT ATACGGTGAA AGGTCACCTG
GAAGATGAAC AGGGCATACG GCAGGATAGT TACAAGGGTA CCTTGTATAC CACTGTGTAT
GATAAACCTG CTTTGCAGTA TACATTGGGC AATGATGCAG GTAGCACCAA AGCAGCTTAT
TACCAGCGTC AGAATATCCT TTATCGTGGC CAGCAGAGCG TTCAGAATGG GTGGTTCTCC
TGCACATTTG TAGTGCCGGC AGATATCGAT TACCAGTCAG GCGCTGGTGC ATTGAGTTTC
TATGCGGCTA ACAGTATTAT GGCGGCAGGT GGCGTCTACA CCGGTGTGCA GATAGGCGGT
ACGGCTGATG GTATTGAACA AGATCAGTCG GGACCTGTTA TTAAAGCATA TCTGGACAAT
GAGTATTTCC GCAATGGAGG GCTGACTGCT GAGAATCCGG TACTGTTGTT GCATCTGAAG
GATGATCAGG GCATCAATAC TTCCGGTTAT GGAATAGGGC ATGATCTGAT CGCGACACTG
GACAATGATG AAGGGCAGTA TTACATACTG AATAACTTCT TCGAAGCCAC AACAGACAGC
TACCAGGAAG GCCATGTGCG GTTCCCGTTG TACAATCTTA CAGAAGGTCC GCATACAATG
TCCATCAGGG CCTGGGATAC GCATAATAAC TCAGGTAAGG CCACATTGCA GTTCCGGGTG
ATAAAGTCAT CCGGGATGAC GGTAGGAAAA GCCAGCTGTT ATCCTAATCC GTTTCACGAC
CAGACACAGT TCACGTTTGA GCATAATCAA CAGAACCAGG TACTGGATGT AATCGTGCGG
ATCTATACGA TAACAGGGCA ACAAATAAAA ACTATGCGTC ATACAATAAA TGATGGTGGT
AGCCGTTATG TAGGGGCATC CTGGGATGGA ACCAACGATT CCAAAGCAAG GGTGCCGCCT
GGAATGTATA TATATAGTAT TTTGGTAACA GCGAATGGTA AAACATCGAT TTTAGGCGGA
AAAGTATCTG TATTTTAA
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| Protein sequence | MFAQITTMKL TVFFCLLLAC YLPVAGANGR GGPYAAHSVL SQGSWYKLGV TREGIYKIDK
SLLNGIGISG SLSEVRLYGT GGQMLPESNA VSRHDDLPEV ALLEQEDALF FYAPGPHSWQ
YQGGNFTRST NLYTDTAWYF VTVVSGRGKR VARDMSTPAA TVTVNSYDYR VWHESDSINF
LSSGKQWWGT NFSSVKPSLG LSFPMEQAPT SLKVGLRVAA RGTSTSRFSL KIGNSVVGTL
NLSPVSGNIF ESFAAVASGY YTAGYTGDIL PVELTFTPGG GGAQGWLDYV SVQARYPLKK
GGLDQLFFRD AISVAPGQTA QYRIREANSA TVVLDVTTPL SPVRLNTQLT GTMLTFSRDC
STLHEYVAFD GKQDLPLIKG GVVPNQDLHD INGTNMLIVT TPSLRTAASK LAAWHGTHDG
LNVRVVTVNE IYNEFASGTP DPTAIRDFVK MCHDRGGLQY LLLFGDASYD YKNRIAGNTN
MIPTWQSTIS TDPVYAYPSD DFFGFLDDAD DINDNGRVNL LDVAIGRLPV QQPSQAEVVV
NKIIGYNVPA NYGRWQQHIT IVADDGDDNL HLQDAESMSQ IVSTQWPAGN IKKIYLDAYP
KIADPGGSRY PAVNTAIAED LFDGTLIWNY TGHGSYSRLA EEVILEESSL DTWKNGGRLP
LFITATCDFA PFDNPAYVSL GEKLLLKEQG GGIALMTTTR TVFSASNKVM NANYLERLLT
PHEDGRMPTL GEAAMLAKNK TSATLIDIPN NRKFQLLGDP ALTLAFPQYH VVTDSINGKA
VGDIPDTLKA MGKYTVKGHL EDEQGIRQDS YKGTLYTTVY DKPALQYTLG NDAGSTKAAY
YQRQNILYRG QQSVQNGWFS CTFVVPADID YQSGAGALSF YAANSIMAAG GVYTGVQIGG
TADGIEQDQS GPVIKAYLDN EYFRNGGLTA ENPVLLLHLK DDQGINTSGY GIGHDLIATL
DNDEGQYYIL NNFFEATTDS YQEGHVRFPL YNLTEGPHTM SIRAWDTHNN SGKATLQFRV
IKSSGMTVGK ASCYPNPFHD QTQFTFEHNQ QNQVLDVIVR IYTITGQQIK TMRHTINDGG
SRYVGASWDG TNDSKARVPP GMYIYSILVT ANGKTSILGG KVSVF
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