| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ping_0555 |
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| Symbol | |
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| ID | 4623742 |
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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 | Psychromonas ingrahamii 37 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008709 |
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| Strand | + |
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| Start bp | 712575 |
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| End bp | 716855 |
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| Gene Length | 4281 bp |
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| Protein Length | 1426 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 639795751 |
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| Product | carbohydrate-binding CenC domain-containing protein |
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| Protein accession | YP_942008 |
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| Protein GI | 119944328 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 4 |
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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 | ATGAAAGTAA TTAAAGGTTT TAAATTAGCA AATGTTGTAT TGGCTAGTGC AATGGCACTC
GCATTAGCTG GTTGTAATGG GGATGATTTA TTAAGTCATA AACCAGATGC ACCAGCTGCT
CCAAAGGATA CAACTGATCT GTCAGGTAAG GCTGCAGATG GTTATTTAAG CGGAGCGATA
GTTTGCCTTG ATGTCAATGA TGATAAAATA TGTGGTATCG ATGAGCCAAC GGCAACCACT
AGTGCTGGTG GGGGGTTTAG TATAACAGGT GTTGCACAAA GTCTGATTGA TGCCCATCCT
CTGTTAGTTC AAATAACTGC AGATACAATA GATGAAGACT ACCCTGAGAA AACGTTAACA
CCCTATACAT TAAGCGCGCC TGTTGGTTTT ACCTTTGTCA GCCCGATTAC CACAATGATT
CAAAATGCGA TTGAAAGTGA CAGTAGCATT TCAGCAAAAG ATGCTGAAGA TTTGGTAAAA
GCGCAGCTAG GAACAACATT AGACTTAAGT CAAGACTATA TTGCAGGCAA GAGCGACAGT
GCAAACCAAG CTGAGTTTGA AAAATTGCAC AAAGTGGCAC AGGTTGTCGC GCGAATTATT
GCCGCTAAGG TGGATCAGTT CAACGGTGCA GCAACAGCGT TTACTGCTAA GGAAATAAGC
ACGGCAATAA TGGCTGAAGT GTTTAAAGCA ACTGGAGGTA TTGCAGGGCA GGTTGATGCG
GCAATTGAAG CTGGTTCGGC ATTTGATCCT GATACTATCG CTACCGAAAT CGGAGATAAA
ATTGTAGTAG CTGTTAAATC TGATGCAAAA GAATATGTAT TGATCTCTTC AACAGGTACG
GCAAGTGAAA TTAATGATGC TACTGTAGTT GGTGAATGGA GTACTGGAAG TGTAATTAAT
GCTGCGGGTA ACTATGATGG ATTGGATGCC TGGACTGTTA CATCAGGTGC AGGCGGGGAT
AATAATTGGG GAACGGTACT AGCTTTATCG GATGGTTTTG TAGGTGATTT CAGTGCATTC
GATAAATTAA CATTAAAAAT AGCCACATCG GGTGGTTATG CTGATGGCTA CTTTATTAAA
ATAGGTGCAG GTGGCGTAGA GACAGAGATT CCATTATCAG TTACTGATGG ATCAACAAGC
TGGCAAGATG TAGAGGTTGA TCTTGCTAAT TATGATCTCT CGTCAATTGA ATATATTGCG
GTCTTTGCTA AAACTGGAAC GGCAGGTGTT TCTAAGATTC ATATTGCCGA CTTAGCGCTC
GGGCAACAAC CAGATGCTGT TCCTGACACA GTGATCCAAG AGTATACCTT GATCTCATCA
GCAGGTACGG CAAGTGAAAT TAATGCGAAT ACTGAGGTTG GTGAGTGGAG TACAGGAAGT
GTAATAAATG CCGAGGCTAG TTATGAAGGG CTTAATGCTT GGTCAGTTAC ATCAGGTGCA
GGCGGGGATA ATAATTGGGG AACGGTACTT GCTCTAACCG GTGGTTTTGT AGGTGATTTT
ACTGCATTCG ATAAATTAAA ATTAAAAGTA GCCACATCGG GCGGTTATGC TGATGGCTAC
TTTATTAAAA TAGGTGCAGG CGGCGTAGAG ACAGAGATTC CATTATCAGT TAGTGATGGA
ACAACAGGCT GGCAAGATGT AGAGGTTAAT CTTGCCACCT ACGATCTCTC TTCGATTGAA
TTTATTGCGA TTTTTGCTAA AACCGGGACG GCAGGTGTTT CTCAGATTCA TATTGCCGAT
TTATCGCTTG TGCAATTGGC TGATACAGGC ACAAGTACAG AGGATGCAGC GTTAGAAGTA
CAGAAAACAG CAGCAGCCAT ACTTGTGGAT ACAAGCTATA CAACATCAAC TTGGGCAACA
CTTACAACCG CATTAGCAAT GCCAGAAACA ACCCAAGCAG AAGTGACAGC TAAAACAGAA
GCAATAACAA CTGCAACAGC TGGATTAGAG CAAAAAGCAC CAGTTGGAGT AGATAAGACA
TCTTTATCAG CAGCAATCAC TGCCTCTGAG GGTGATAATT TACGCCAAAC AGGTATTGGT
GAGGCTGAAG GTCAAGCTTC ACAGACAGAC TGGCAGGCAT TTTATGATGC TATTTTAGCA
GCTGGAGTTA TTCGTGATGC AGCCGCAGAT CAGGCTGCAG TAGATCAAGC AGTCAGTGAT
TTAGCAGCCG CACAAGTTGT ATTTAATGGA GCAAAAGTAG GTACAATTAT TGACCAAGTT
GTTGACTCAA GCCCTCGTGC TCCTGTGTTC ACTGTTTTTA ATGATCAGAT TAATCCTAAA
TGGGCGGCAT GGGGATGTTG TGATAACGCC TCAACACAAC ATATTTATGA TGCTTCTGAT
GCCTACGCTA ATGTCACTCA GTTTTCAATT TTTGGTGAAG CGGTGGCCGG TTTTACCAGC
CGAAGTAATG CACAAGATCC ATCCCATACT GCTGTAGACG GGATTCCTTT TGATGCCAGT
GCGATAGCAG CAACGGGCAC AATAGAATTC GATCTGAAAA TGACGACACC GGCAGATGCG
GGTGATACCA CCTGGAAATT TAAAGTTGAA AGTAGTGGAG GGGGCGCAAT TGAACTTGAT
TTAGCAAATG CACCCACGGC TGAGTGGCAG CATTATAGCT TCAGCTTAGC CGGTTTAGGC
ACAGTGAATA CCAGTGCGAT TGATTTACTG ATGGTTTTCC CTGCTTGGGG TACCGGTACC
GGAGCTGTGT ACTCGGTTGA TAATGTACAA TTCTTTGATG CACCAGCGGC GGGCGATCGT
ACGCCAGGCG CATCGGGTGA TAGTGCAACA ACAACTGTTG CTGCGGGTAT CGATTTTGAA
GGTTCACAGT TAACTTGGGA ATCATTTGAT ACGGCAGCAC TGCAGTTTGT TGCAAACCCT
GATAGCAGCG GAACTAATAG TTCAGCAACC GTCGCTAAAC TGACTAATTT AACATCTGAT
GGTGAATGGG TTGGTGCATT TACACGTGGT GGTCTAGAAA CCTTTACACT TGATGCAAGT
AATAACGTGG TTAAAATCTG GGTTTATAAA AATACTATTA GCCCTGTGCA TATCAAGTTC
GAAAAGCAAC ATGGTGATGG TTGGGGCGCA CATCCATCTC GCTCTGTCTC AAATACACTG
ATTAACCAAT GGGAAGAGTT AACCATTGAT TTCGCTGCTG ATATTGGTCT GCCTGAGAAT
GATGCTATTG GTGGTTTTGT GGTTATGCCT GATGTGACTA ATGCAAGATC TGAAGAGTCA
GTAATCTATT TTGATAATAT CAGCTTCTCA GGCGATGGTG ATTCAACTAA CTCGGTTGAT
CCAGTTGGCT CAGTTGTAGA AGAGGGTGTT GCGCTGGTGA CTGACGGTGG TTTTGAATCG
GCTACACTGG GCGATTGGGC TGATGAGTCA CAAAATAGCG CAATTGCGCA GGTTAGTAGT
GAAGATAGTC AAAGTGGTAC TTACTCGGCA AAACTGTCTG CTGATACTGC TCAGGTTGCA
ATGATTAGGC TGATAGACCC GGCTCCCGGT ACTGTTGTCG CAGGACAATC AGTGATTGTG
TCATTTGATC TGAAAGGTTC AATTGATGGC CCTGGTGGCG TGTTTTTTGC TGAATTGATG
TCCAATCTTG CTGGCGACGG AACCTCAAAG AGTGAACTCC TCAGTGGTGG TCCACTCTTT
CCTAACGCAA CTTGGACTAA CTATCGCTAC GAAACTACCT TGGGTAATGA TGTAGACGGC
GGTCTATCAC TGTTACTGAA AGCTGATCCT GGCGCTGCTG TTAATATCAC AGCTTACATC
GATAACATTG TAATTAATGC ATTAGCGGCA GTAGATGCCC CAGTGGAGCT AACTGCAGCC
GCGCCAGCAC CAACAGCGTC TGCAGCAGAT GTTATCTCTA TATTCAGTGA TTCTTATACT
TCAGTCGCGG GTGTTAACAC TAACCCTGAT TGGGGGCAAT CAACGGTGAC AACTGAGGTT
GATATTGCTG GTAACAATAC ATTAAAAATG GCTGCTTTAA CTTATCAAGG GTTAGATCTA
AGTGCTCAGG ATTTAAGCAG TAAAACTTAT CTGCATCTTG ATTACTGGAC AGCTGATGCA
ACTGGCTTTG ATGTATACCT TATTGGCGGC GGTGAAACAG CACATGCCAT AACCCCTGTA
ACAGGTAGCT GGCAGAGTAT TGAAATACCG CTTAGTGTTT ATACTGGTGT TAATCTTACC
GCTGTAAATC AGTTTAAGTT TGATGCTCAG GCATACGATA CAAGCGCAAC CATTCACTTC
GATAACATGT ATTTTTACTA A
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| Protein sequence | MKVIKGFKLA NVVLASAMAL ALAGCNGDDL LSHKPDAPAA PKDTTDLSGK AADGYLSGAI
VCLDVNDDKI CGIDEPTATT SAGGGFSITG VAQSLIDAHP LLVQITADTI DEDYPEKTLT
PYTLSAPVGF TFVSPITTMI QNAIESDSSI SAKDAEDLVK AQLGTTLDLS QDYIAGKSDS
ANQAEFEKLH KVAQVVARII AAKVDQFNGA ATAFTAKEIS TAIMAEVFKA TGGIAGQVDA
AIEAGSAFDP DTIATEIGDK IVVAVKSDAK EYVLISSTGT ASEINDATVV GEWSTGSVIN
AAGNYDGLDA WTVTSGAGGD NNWGTVLALS DGFVGDFSAF DKLTLKIATS GGYADGYFIK
IGAGGVETEI PLSVTDGSTS WQDVEVDLAN YDLSSIEYIA VFAKTGTAGV SKIHIADLAL
GQQPDAVPDT VIQEYTLISS AGTASEINAN TEVGEWSTGS VINAEASYEG LNAWSVTSGA
GGDNNWGTVL ALTGGFVGDF TAFDKLKLKV ATSGGYADGY FIKIGAGGVE TEIPLSVSDG
TTGWQDVEVN LATYDLSSIE FIAIFAKTGT AGVSQIHIAD LSLVQLADTG TSTEDAALEV
QKTAAAILVD TSYTTSTWAT LTTALAMPET TQAEVTAKTE AITTATAGLE QKAPVGVDKT
SLSAAITASE GDNLRQTGIG EAEGQASQTD WQAFYDAILA AGVIRDAAAD QAAVDQAVSD
LAAAQVVFNG AKVGTIIDQV VDSSPRAPVF TVFNDQINPK WAAWGCCDNA STQHIYDASD
AYANVTQFSI FGEAVAGFTS RSNAQDPSHT AVDGIPFDAS AIAATGTIEF DLKMTTPADA
GDTTWKFKVE SSGGGAIELD LANAPTAEWQ HYSFSLAGLG TVNTSAIDLL MVFPAWGTGT
GAVYSVDNVQ FFDAPAAGDR TPGASGDSAT TTVAAGIDFE GSQLTWESFD TAALQFVANP
DSSGTNSSAT VAKLTNLTSD GEWVGAFTRG GLETFTLDAS NNVVKIWVYK NTISPVHIKF
EKQHGDGWGA HPSRSVSNTL INQWEELTID FAADIGLPEN DAIGGFVVMP DVTNARSEES
VIYFDNISFS GDGDSTNSVD PVGSVVEEGV ALVTDGGFES ATLGDWADES QNSAIAQVSS
EDSQSGTYSA KLSADTAQVA MIRLIDPAPG TVVAGQSVIV SFDLKGSIDG PGGVFFAELM
SNLAGDGTSK SELLSGGPLF PNATWTNYRY ETTLGNDVDG GLSLLLKADP GAAVNITAYI
DNIVINALAA VDAPVELTAA APAPTASAAD VISIFSDSYT SVAGVNTNPD WGQSTVTTEV
DIAGNNTLKM AALTYQGLDL SAQDLSSKTY LHLDYWTADA TGFDVYLIGG GETAHAITPV
TGSWQSIEIP LSVYTGVNLT AVNQFKFDAQ AYDTSATIHF DNMYFY
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