| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Phep_3959 |
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| Symbol | |
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| ID | 8255093 |
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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 | Pedobacter heparinus DSM 2366 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013061 |
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| Strand | - |
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| Start bp | 4761010 |
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| End bp | 4764210 |
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| Gene Length | 3201 bp |
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| Protein Length | 1066 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 644937623 |
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| Product | hypothetical protein |
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| Protein accession | YP_003094212 |
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| Protein GI | 255533840 |
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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 | 0.383952 |
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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 | 26 |
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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 | ATGAACTTAA CATTTACCAA GCAACTAAAA ATGCCTTTGC TGGCATTTAT GTTTTTATGG
ATGGGCGTTT TACATGTTCA AGCGCAATTG ACACATCCGG GGATACTGTT CAACGCTGCT
GGCCTGGCCA GGTTAAAGAC CTATGCAAAT ACGGAACGGC AGCCATGGGC AGCGACATAT
GCTAAATTAC TTGCCTATAA CGATATAAAC TATGTGCAGG AACCTGCTTA TGCCATTGTT
AATAGAGAGT TCGCAGGGGC AACCAGTACT GAGTCAAGGG CAATGTCTGC CCAAAGTCAG
AGAGCTTACA GGTGTGCAAT TTTGTGGGTC ATTACTGGAA ATCAAATATA TGCAGATAAA
GCTAAAACAA TATTGAACTC GTGGTCAGGT ACCCTGGATA GTATTACCGG AGGCGCTGCC
AAGTTATGTG CGGCCTGGTA TGGTTTTGGT TTTGTTAATG CTGCGGAAAT TCTGCGTTAT
ACAAACTCAG GCTGGAGTAC GACAGATATA CAGCGCGCGG AATCTATGTT CAGGTATAAA
TTTTATCCGG TAATTGAACC TTTCCAGGGG GGATGGGCGG GGAATTGGGA TACCGCCATT
TGTAAAACTA TGATGGGAAT AGGAGTTTTT ATAAATGACG TTGCCATTTA CACCAGAGGG
CGCAATTATT TGTGGTCAAC CACCGAAACC GCTTCAGGAA CACTGAACAA TTACATTTAC
CCTACTACCG GCCAGTGTTT TGAAAGCGGT CGCGATCAGG AGCATACCCA AATGGGCATA
GGGGGCTTAG CGGAAGCATG CGAAATAGGG TATAACCAAG GTACGGATCT TTATGGTTTG
TTTTCAAACA GGTTACTGTT AGGAACCGAA TATACCGCTA AATATAATTT AGGGTATAGC
GTACCCTATA CAACAAATCA TTATGGATCT GTGATTTCTC CTGATTTAAG GGGAGAGTTT
CTTCCGTTTT ATGAATTGGT TTACAATCAT TATGTAAACA GAAAAGGGAT GTCCGGAGAG
CCGGTTAAAT TTACCAAAAT GGTTGTGGAA AAAATAAGGC AAGACAATGG AGGAGAAAAT
GGTACTGCGA TATTATCAGG ATACGGATCA TTGTTGTTTA ATGAATATGT ATTTAAATAT
GTTCCTGCTG CGGGTGACTA TCGGACAACA GGATTGAGTA GCAGTATGGG TACCCCATCA
CAGTTTGAAG TTTTTACGAA CGGAGATTGG GTAACAGCAA CAACTGCCCT TGGATTAACA
ACTAATTTGT TGGTAAGAAA TGGGCAAAGT GCATTGGCAG CAGGTACTAG AAATTTAAAG
AACCTGATAG TTGGAGAGGG GGACGGAGCT GTTTTAAGGG CACAGGTCAA TGCAGGTACA
GTATCGGCAT TAAACATTGT AGAGCCAGGT AATTTAAGCA GTATTCCTGC GCTATCTTTC
GTTAACGGTG GACAAGCTAC AGGCTCTACC AGTGCCGTTG CAACGATTAC AAGCGTAAAA
GTAACAGGTG CAGATATAAA AAACCGGGGT TCTGGCTATA CTAATGCCGG TGTTACTTTT
AGCGGTGGTG GCGGAAGCGG AGCCACGGCT ACTGCAATAG TGAGTAATGG TAAAATTATG
GATATTGTGA TCACCAATTC AGGATCTGGC TATACATCCA TACCAACTGT GTCTGTTACA
GGAAATGGTA CAGGAGCAGC TGTTTCGGCA AAAGTTGGTA TTACAGAGAT AAGCATTAGT
AGCGGAGGGA CCGGTTATAC CAAAGCGCCA GCAGTGATAG CAGGAACCTT TCTGAGAGTG
AATGACGGAA TTGCTCTAGG TGTATCAAAT GATGTATCTT TTCAAAGAGG ATCATCTGTG
TATAGCGGGG GAGCCTCTTC GGCCGTTACA GGTACATTGA ATATCAGCGG CAACCTGATA
GCAGAAGATA CTGTTAATTT TATCTCTGTA GCTCACGATA ATACCATTTC ATCACTTACA
GTAAATTTTA AAAAATCTAC CGTAGATAAT ATCGGTTTCA TAGGCGGAAA TGTTACTTTT
AGCGCACTGG GTGTTGAAGC TGCGAATACC CTTAAATTGA AGTTAGGTGC CGTAATGAAT
GTTGCAGATG CTATTGGTCT AAACAGTACT GGTATAATTG ATGCAACTAA TGGCACTATA
GGTTTTGTAA ATATCTCTCC TTCTATATCG ATAGCAAGAA CCATCGCAGC CAATACTTTT
AAAGATGCAA CTGTCAATAA AATGGTAGTC AATTCAGCCG CCGGTGTTAC GCTGAACCAG
GGGCTGACGA TAACAAAACT GGATATGCAG AAAGGATTGC TGAATATTCC GGAAACTTCA
GAGATTACTG TTTCAAGTGT TTCAGGCGGA AGCAACACTT CCTATATCAA CACCATGTCG
TCAGCAAGTT CCGGTGCAAT TGCGAAAGTT AAAGTAACCG GATTAACAAC TGCTCAGGGA
GATATTCCTT TAGGAAATGG CGGAAATTAT CTGCCTGTAC GGATTACCCC ACCTGCAGAA
ACTGCATTTA ACTTTACAAT GAGTGTACTT ACAGGCCTTA CAGCTAATGG TTTGCCAGAT
GGCGGTGTAG TTGCAGACAA GAGCCAGTTT GTAAATGCGT CATACCATGT TATCCGTACA
AGCGGAACAG GAGATTATAC GTTTCGTGTT GGCTTTCCTG CAAGTCTGAA AGGCAGTGCT
TTTACCCCAT CATCTCCTTT CGGTATTTCA AAATATAATG GAAACAGTTG GTTACCTGTT
ATAGGCAGTG GTAATTATGC ACTAAATACC GCTACCGCTA CTTTTAATAC CAATGGCTTA
CGCCACCGGA TACAGATTGG TGGGGCTCAG CCATTGAATT TAACAGGTAC CAATGCCAGC
GGCTATACAG AACGCAAGGC GATTAACTTA ATCGAGCCGG AAGATTTACT GAAGATCAAG
GCAACCAATA TCCTATCTCC AAACGGTGAT GGGGTGAATG ACAAATGGGT GGTGGATAAT
ATTGATTTTT ATCCAAATAA CGAGGTGAAG ATCTTTGAGC GTACGGGCAG ATTAATGTAT
AGTAAAAAAG CTTATGACAA TAGTTGGGAA GGTACCTTAA ATGGTGTGCC GCTGGCTGAA
GGAACTTATT ACTATATCAT AAATTTTGGA ACAAGCAGGC CAAGTTTAAG CGGTTTCATT
ACCATTACCA GACCAGAGTA A
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| Protein sequence | MNLTFTKQLK MPLLAFMFLW MGVLHVQAQL THPGILFNAA GLARLKTYAN TERQPWAATY
AKLLAYNDIN YVQEPAYAIV NREFAGATST ESRAMSAQSQ RAYRCAILWV ITGNQIYADK
AKTILNSWSG TLDSITGGAA KLCAAWYGFG FVNAAEILRY TNSGWSTTDI QRAESMFRYK
FYPVIEPFQG GWAGNWDTAI CKTMMGIGVF INDVAIYTRG RNYLWSTTET ASGTLNNYIY
PTTGQCFESG RDQEHTQMGI GGLAEACEIG YNQGTDLYGL FSNRLLLGTE YTAKYNLGYS
VPYTTNHYGS VISPDLRGEF LPFYELVYNH YVNRKGMSGE PVKFTKMVVE KIRQDNGGEN
GTAILSGYGS LLFNEYVFKY VPAAGDYRTT GLSSSMGTPS QFEVFTNGDW VTATTALGLT
TNLLVRNGQS ALAAGTRNLK NLIVGEGDGA VLRAQVNAGT VSALNIVEPG NLSSIPALSF
VNGGQATGST SAVATITSVK VTGADIKNRG SGYTNAGVTF SGGGGSGATA TAIVSNGKIM
DIVITNSGSG YTSIPTVSVT GNGTGAAVSA KVGITEISIS SGGTGYTKAP AVIAGTFLRV
NDGIALGVSN DVSFQRGSSV YSGGASSAVT GTLNISGNLI AEDTVNFISV AHDNTISSLT
VNFKKSTVDN IGFIGGNVTF SALGVEAANT LKLKLGAVMN VADAIGLNST GIIDATNGTI
GFVNISPSIS IARTIAANTF KDATVNKMVV NSAAGVTLNQ GLTITKLDMQ KGLLNIPETS
EITVSSVSGG SNTSYINTMS SASSGAIAKV KVTGLTTAQG DIPLGNGGNY LPVRITPPAE
TAFNFTMSVL TGLTANGLPD GGVVADKSQF VNASYHVIRT SGTGDYTFRV GFPASLKGSA
FTPSSPFGIS KYNGNSWLPV IGSGNYALNT ATATFNTNGL RHRIQIGGAQ PLNLTGTNAS
GYTERKAINL IEPEDLLKIK ATNILSPNGD GVNDKWVVDN IDFYPNNEVK IFERTGRLMY
SKKAYDNSWE GTLNGVPLAE GTYYYIINFG TSRPSLSGFI TITRPE
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