| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpin_3262 |
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| Symbol | |
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| ID | 8359428 |
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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 | 4014712 |
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| End bp | 4017915 |
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| Gene Length | 3204 bp |
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| Protein Length | 1067 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 644965435 |
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| Product | hypothetical protein |
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| Protein accession | YP_003122930 |
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| Protein GI | 256422277 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG1629] Outer membrane receptor proteins, mostly Fe transport |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | 32 |
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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 | TTGCATTGCT TTCAGCATGA CTATATTTTC GCGCTTATGA AACCTATATT TGCCAGCATT
ACATTGCTAC TGCTGTGTTG TTTAGCCCAT ACACAGTTGT TCGCCCAGAC CACGCAAGCC
TCCATTGCAG GGGTCGTTGC AGATGAAAAC AAACAGTTGA TTCCCGGTGC ATCCGTGCTT
GTCCGGAATG AATCTACTGG TTTTAGTAGC AGGACCATTA CAAACACAAA AGGTGAATTC
CTGCTGAAGG AATTGCCACT CGGTGGACCA TACACCGTAA CCGTATCTTT CGTAGGCTAC
AGCGAACAGA AACTTTCCGG CTACGCGCTT AACCAGGGAG ATATCGTCAG GATCAATGTA
GGTATGAGAT CTTCTACCGT AGGGATGAAA GAAATCACCG TTTCCGGTAA TGCACTGAAG
AACAAAACAG AAAACTTTGG CGCTGCTACC ACTGTTACTG CGCGTGATAT CGCCAGATTA
CCGGTGAACG GACGTAACTT CTCCTCACTC ATTGATCTCT CTCCATTGAG TAGCGGCGGT
AACCTGGCAG GTCAGCTGGG CTCTTCTACC AACATTACCA TCGATGGTAC CAGTGCGAAA
AACCCGACTT CCAGCAGCGG AACGAACGCC CGTATCGGCG GTCCTTACGC ATTATCCATG
GAGGCGATCA GGGAATTCAA AGTCGTCACT AACCAGTACG ACGTAACGTT TGGCCGTAGT
GGTGGTGGTA CCATCAGTAC GGTAACAAAA TCAGGTACCA ATACCTTCTC AGGGAGCGCC
TTCCTGTTTT ACAGAGCGGA TCAGCTGTCC TCCAATTATG ACATCCGTGG TGCGAAGCGT
GTCAATGACT TTTCTACCAA ACAGTTCGGT TTCACCTTAT CAGGACCGAT TGTAAAAGAC
AAAGCGCATT TCTTCGTCGC ATGGGATCGT CAGGCAGATG CCCGCCCTTT ACAGCTGGCA
GATATTCAGT CACCTGCAGA TGAAAAACGT CTGAACGTTA CACAAAGTAC CCTGGATAAT
TTCCTGAACA TTGCCCGTGG CAAATACGGT GTGTCCAATG CACCTCAGTT CGGCTCTTTC
GATAAGAAAA GAAGCACAGA TGCGATCTTT GCCCGTGTAG ATATCCAGCT GAGTGAGAAA
AGTCTGCTGA CACTGCGCGA CAACTATATC AGTGACCGCG CACCATTAGG TCGGGACGAT
AATACCTCCA TCAACCTGTA TGAAGTATAT GCGGATGCAA AAGCTGTGAA CAACAGTATC
CTCGCTACTT TACGTACGGT GCTGAACCCA CGGCTGACAA ACGAACTGAA AGTACAACAC
CTGTATACCT TTGAAGAAAG TTCACCGGGT AGCCAGTTGC CAAAACAGAA CATTCCTCGT
GCAATCATTG AACGCGTAGA ATCAAATGTG GGTGGTAACA GCGTATTTAC CAATATTCAG
TTGGGTGGTC AGCGTTATTC TCCGGAACAC TTCTATAACC ACGTCGTGCA ACTGGTAGAT
AACGTTTATT TCAGTACCAA TAAGGCCAAC TTTACCTTCG GTACAGATAT CATGTATAGT
CACATGAACT CCCTGTATGG TAGTGAAATG AATGGTCGCT TTTACTTTAC CGGTCTGGAG
AATTTTAACA ACATGACGCC ATACCGCTAT GCACGTGAAG TAGCGCTGGC GGATGACCCA
AGCATCAACC AGAATGTGGT AGCAGGCGGC CTGTATGCAC AGATGCAGAC CAAACTCTTC
AAAGGTTTTG AAATGATTGC CGGTATCCGT GCTGATTATA CTACCTATCT GAATAATGCC
AACTTCAACC CGATAGTATA CCAGGAACTC GGACTGCGTA CGGATAATAA ACTGAATACA
TTCCAGTTAC AGCCGCGCTT ACAGTTCAAC TGGGATATCA ATGATAAACA CAAAGACTAC
CTGCGTTTTG GTGCAGCGAT CTTCGGTTCC GATATCAACA ACTATGCAAT GATCAATAAC
CAGTTGTTTG ATGGTACCAA GGTACTGACA GTAGATATCC AGAACGTAGG CGTACCTGCG
CCTAATTTCG TGGAATACCG TAAGAATCCT TCATCTGCGC CTGGTAAAGA GTTGTTTGAC
CAACTGGGAC TGGACCGTCA GGGTACCATT AACATGAATG GTAAAGACGC CCGTATCCCG
GTAGTATACA AAGCGAATAT CTCTTACAAC CACTTCTTCA ATGAGCGCTT TAAAATGGGT
ATCACTGCTT TCATGACCCT GGCGCGTCAT AACTACATGT ACGTAGACCG TAACATGGTC
GACAATCCAT TGTTCACGCT GCCCAACGAA GGCAACCGCG GCGTCTTTGT ACCTTTGGAT
AGTGTGAAGA GAGCAACAGG TAACTCCAAC TGGATGGACG GCCGTAAGAG CAAAAAAGTG
GGTCGTGTAC TGGAGCTGAA CAGTGAAGGG AAGGTGAACC AGTTTGCTTT TGTCGTAGAT
GGTACCTACC GTTATTTCAG AGATGGTGAG ATCTCCTTCA GCTATACCTG GAATGATGCA
AAAGATAACA CTTCCTATAA TGGCGACGTA GCTAATACAG CGACCCTGTC ACTGATGGTG
AAAGATGATC CGCGTAACCT GCGTAGCATG TCTTACTCCG ATAACCAGTT CCGTCATAAA
GTAGTATTCT ATGGTACACT ACCTTCTTTC TGGGGCTTTA ACATCGGTAT CCGTTATTCC
GGTATCGGTG GTACCCGTTA CTCGCTGGCA GTAGGCGGTA ATGTGAACGG TGACTTTGTA
AACTCCAATG ACCTGGCTTA TGTGTTTGAT ACTAAAAACC AGAATGTACC TGAGAAGGTT
CGTCAGGGTT TACAGTCTAT TCTCGATAAT CCGCTGGCAT CTGAAAGTAT CAAGGATTAT
ATCAGAAAAA GCAGCGGTAA GGTGGCGGAA AGAAACGGTG GTGTAAATGC TTTCTATGGT
ATCTGGGATA TGCGTATCGC GAATAAGATC AAGATCCATA AATCACATTT CGTAGAGCTT
TCTGCTGATT TCTTCAACAT CGCTAATATG ATCAAGAAGG ATTGGGGTAC TATCAAAACA
CTGGGTAAAC AGAACCTGTA TTCTATCGGA GGTTTTGATA AAGACACCAG GAGCTACGTG
TACAACGTGA ATGTGAACTC CGGTGTGATC GTGCCTTCCG GTAATCCATG GCAGATCCAG
TTTGGTATCA GATACGGCTT CTAA
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| Protein sequence | MHCFQHDYIF ALMKPIFASI TLLLLCCLAH TQLFAQTTQA SIAGVVADEN KQLIPGASVL
VRNESTGFSS RTITNTKGEF LLKELPLGGP YTVTVSFVGY SEQKLSGYAL NQGDIVRINV
GMRSSTVGMK EITVSGNALK NKTENFGAAT TVTARDIARL PVNGRNFSSL IDLSPLSSGG
NLAGQLGSST NITIDGTSAK NPTSSSGTNA RIGGPYALSM EAIREFKVVT NQYDVTFGRS
GGGTISTVTK SGTNTFSGSA FLFYRADQLS SNYDIRGAKR VNDFSTKQFG FTLSGPIVKD
KAHFFVAWDR QADARPLQLA DIQSPADEKR LNVTQSTLDN FLNIARGKYG VSNAPQFGSF
DKKRSTDAIF ARVDIQLSEK SLLTLRDNYI SDRAPLGRDD NTSINLYEVY ADAKAVNNSI
LATLRTVLNP RLTNELKVQH LYTFEESSPG SQLPKQNIPR AIIERVESNV GGNSVFTNIQ
LGGQRYSPEH FYNHVVQLVD NVYFSTNKAN FTFGTDIMYS HMNSLYGSEM NGRFYFTGLE
NFNNMTPYRY AREVALADDP SINQNVVAGG LYAQMQTKLF KGFEMIAGIR ADYTTYLNNA
NFNPIVYQEL GLRTDNKLNT FQLQPRLQFN WDINDKHKDY LRFGAAIFGS DINNYAMINN
QLFDGTKVLT VDIQNVGVPA PNFVEYRKNP SSAPGKELFD QLGLDRQGTI NMNGKDARIP
VVYKANISYN HFFNERFKMG ITAFMTLARH NYMYVDRNMV DNPLFTLPNE GNRGVFVPLD
SVKRATGNSN WMDGRKSKKV GRVLELNSEG KVNQFAFVVD GTYRYFRDGE ISFSYTWNDA
KDNTSYNGDV ANTATLSLMV KDDPRNLRSM SYSDNQFRHK VVFYGTLPSF WGFNIGIRYS
GIGGTRYSLA VGGNVNGDFV NSNDLAYVFD TKNQNVPEKV RQGLQSILDN PLASESIKDY
IRKSSGKVAE RNGGVNAFYG IWDMRIANKI KIHKSHFVEL SADFFNIANM IKKDWGTIKT
LGKQNLYSIG GFDKDTRSYV YNVNVNSGVI VPSGNPWQIQ FGIRYGF
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