| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpin_0173 |
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| Symbol | |
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| ID | 8356273 |
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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 | 215459 |
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| End bp | 217897 |
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| Gene Length | 2439 bp |
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| Protein Length | 812 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 644962316 |
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| Product | phosphoenolpyruvate synthase |
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| Protein accession | YP_003119875 |
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| Protein GI | 256419222 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG0574] Phosphoenolpyruvate synthase/pyruvate phosphate dikinase |
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| TIGRFAM ID | [TIGR01418] phosphoenolpyruvate synthase |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | 49 |
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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 | ATGGAAACAC GAATTGTAAT TCCTCTTCAG GCATTATGCC TGGAGGATAT CCCTATCGTA
GGTGGTAAGT GCGCCTCACT TGGAGAAATG ATTGCCAACC TCACCAAAGC AGGTATTAAC
ATACCCTCCG GCTTCGCTAT CACCACAACA GCCTATTATC AGTTTCTGCG TCAAAGTGGC
CTGGAAGATT ATATCCAGGA ACAGATCGCT GGTATTGACT TTACCTCGCT GGTGACCCTG
AGACGAGCGG GACAACGCAT CCGCCAGGCA ATCAGTAATA CCAAATTTCC GCATGAACTC
AGTACAGAGA TCATTAGTGC CTATATGGAA CTCTCCCGGG AATATGGTCA GGACATTACA
GACGTAGCCG TACGTTCTTC CGCTACCGCA GAAGACCTCC CGGATGCATC CTTTGCCGGA
CAGCAGGAAA CTTATCTGAA TGTCAGAGGA CCAGCCGCAT TGATCGATGC CGTACGCAAC
TGCTTCGCAT CTCTCTTCAC TGACAGAGCC ATCAGCTACC GACAAAATTT TGGATATGAC
CACTTCAGTA TAGGCTTATC CGTTTGTATA CAGAAGATGG TCCGCTCAGA TCTCGGTGCT
GCCGGCGTCG CCTTTTCCCT GGATACAGAA TCAGGTTTCA AAGATGTGGT TGTCATCAAC
GCCGCTTTCG GACTGGGAGA AATGGTCGTA CAGGGAGCTG TATCTCCTGA TGAATTTATC
GTATTCAAAC CTGCGCTCAA CGGGCATCAC GCGCCCATCA TTGAAAAACG CCTGGGCGTG
AAAGACAAAA TGATGGTGTA TGGTGAAAGT AATGACCAAC GCACCAAGAT CATCCCGCTT
GACAAAGCCA ATCAGCAAAG ATTCTCATTA CGCGATAAAC AGATTTTGCA ACTTTCCGAA
TGGGTATGCA GAATAGAAGA ATACTATTCG CAGCTCAAAG GAAAATGGTG TCCGATGGAT
ATAGAATGGG CCTTAGATGG GCTCAGCAAC GAATTATTCA TCGTACAGGC CCGCCCCGAA
ACCATTCACT CACAGAAAGA ACATCATACG ATCACCTCCT ATAGTATGGA ACAAAAAGCG
ACGCCCTTAT TAAAAGGGAT TGCAGTAGGA GATAAGATCG CGTCCGGAAA AGTGAATATC
CTTTTCTCAC TGGACAAACG TATTACCGAA GGTTCGGAAT TCAAACCCGG CGATGTACTC
GTTACAGATA TGACAGATCC CGATTGGGAA CCTATCATGA AAATGGCAGC CGCTATTGTG
ACCAATAAAG GAGGACGTAC CTGTCATGCT GCTATTGTAG CAAGAGAAAT GGGGATTCCC
GCCATCGTAG GCTGCGGCAA CGCTACTGAG TTACTCAGTT CCGGTCAGGA TATTACCATC
AGCTGTGCAG AAGGTGATGA AGGCATCATT TATGAAGGAA TCGTGCCTTT CAAAGAAACT
TCGCTTGATC TGCGGGAACT GCCTGAGATC AATACATCGC TGATGCTGAA TGTCGCCTCT
CCTTCAATGG CATTTCAATA TTCACATCTT CCCAACAAGG GCGTCGGACT AGCCAGGGAA
GAATTCATCA TTAACAACTA CATTAAAATA CACCCGCTTG CCTTATTGCA TCATAAAACA
TTGAACGATG CGGCACTAAG CGCAGAGATC ATACAATTGA TCAGAGGATA TGAAAATGAA
GAAGCCTACT TTGTACAAAA GCTAGCCTAT GGCATTGCGA AGATTGCCGC TGCATTTCAT
CCAGGTAAAG TGATTGTACG TTTCTCCGAT TTCAAGAGCA ACGAATACTA CAATCTGCTG
GGAGGAAAGT ACTTCGAACC AGCAGAAGAA AATCCTATGA TCGGTTGGAG AGGTGCATCC
AGGTATTATT CTGAGAAATA TAGCGCAGCC TTCGCGCTTG AATGCAAAGC CATCAAAAAG
GTAAGAGAGG AAATGGGACT GGAGAATGTA GTCGTCATGA TCCCTTTCTG CCGAACAGTC
GACGAACTGC TGAAGGTACT AAGTACCATG AAACAGTATG GTCTTGAAAG AGGGGAAAAC
GGTCTGGAAG TATACCTGAT GGCCGAGATA CCTTCTAATA TCATTATGGC AGAAGAATTC
GCCGCGCATA TTGATGGTTT TTCCATCGGG TCCAATGACC TTACACAACT GACATTAGGA
CTCGACCGCG ACTCTGCACT GATTGCGAAT CTCTATAATG AGCGCAATCC GGCTGTATTA
AGAATGATCA GTATGCTGAT CAGTACCGCT AAAAAGCAAC ATGTGAAAGT AGGTATCTGC
GGACAAGGCC CTTCTGATTT TCCCGACTTC ACAAAGTTTC TCGTTGAACA GGGAATTGAT
AGTATATCAG TCACACCAGA TGCGTTGACG AAAACAGTGA AGGCCATCCA TGAAGCAGAA
GCAATGCTTA GCTTACATAC ACCGGCACAC ATTTTATAA
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| Protein sequence | METRIVIPLQ ALCLEDIPIV GGKCASLGEM IANLTKAGIN IPSGFAITTT AYYQFLRQSG
LEDYIQEQIA GIDFTSLVTL RRAGQRIRQA ISNTKFPHEL STEIISAYME LSREYGQDIT
DVAVRSSATA EDLPDASFAG QQETYLNVRG PAALIDAVRN CFASLFTDRA ISYRQNFGYD
HFSIGLSVCI QKMVRSDLGA AGVAFSLDTE SGFKDVVVIN AAFGLGEMVV QGAVSPDEFI
VFKPALNGHH APIIEKRLGV KDKMMVYGES NDQRTKIIPL DKANQQRFSL RDKQILQLSE
WVCRIEEYYS QLKGKWCPMD IEWALDGLSN ELFIVQARPE TIHSQKEHHT ITSYSMEQKA
TPLLKGIAVG DKIASGKVNI LFSLDKRITE GSEFKPGDVL VTDMTDPDWE PIMKMAAAIV
TNKGGRTCHA AIVAREMGIP AIVGCGNATE LLSSGQDITI SCAEGDEGII YEGIVPFKET
SLDLRELPEI NTSLMLNVAS PSMAFQYSHL PNKGVGLARE EFIINNYIKI HPLALLHHKT
LNDAALSAEI IQLIRGYENE EAYFVQKLAY GIAKIAAAFH PGKVIVRFSD FKSNEYYNLL
GGKYFEPAEE NPMIGWRGAS RYYSEKYSAA FALECKAIKK VREEMGLENV VVMIPFCRTV
DELLKVLSTM KQYGLERGEN GLEVYLMAEI PSNIIMAEEF AAHIDGFSIG SNDLTQLTLG
LDRDSALIAN LYNERNPAVL RMISMLISTA KKQHVKVGIC GQGPSDFPDF TKFLVEQGID
SISVTPDALT KTVKAIHEAE AMLSLHTPAH IL
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