| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Phep_1486 |
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| Symbol | |
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| ID | 8252587 |
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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 | 1764040 |
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| End bp | 1767123 |
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| Gene Length | 3084 bp |
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| Protein Length | 1027 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 644935140 |
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| Product | hypothetical protein |
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| Protein accession | YP_003091762 |
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| Protein GI | 255531390 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG2982] Uncharacterized protein involved in outer membrane biogenesis |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | 24 |
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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 | TTGAAGAAAG TTTTTAAAAT TACAGGAATA AGTCTTTGTA CTTTACTGTT ACTGCTGCTG
GTAACGCCTT ATTTATTTCA GGATACCATT TCCAGGGAAG TTCAGCGATC CATAAACAAG
AGCATTAAGG GCGAAGTGAA GTTTAAGGGG GTTGGCTTGT CCTTTTTCCG GCATTTTCCT
TCATTAACGC TTAATCTGGA CCAGTTTATG CTCAAAGGTG CTGCCCCATT CGAAAAGGAT
ACCTTACTAT ATAGCAAAGC CCTCTCCTTT AGGGTAAACC TGGCTACTGT CTTTTCTGAG
CAGATAAAAA TTGACCAGTT TTTTTTAGAT GAAGCGGTGA TCAATGTAGA GGTAGATGAA
AAGGGCCGTG CCAATTACGA TGTGTACGAA AGTAAAGCTA AAGAAGGCGG GGCAACAGAT
ACAACTGCTA CGGCCATAAA AATTGAAGGC ATTTTTATCA ATAAAAGCAA ACTAACTTAT
AACGACCGTT CTGTGCCCAT GCTGATCAGT GCTGCAGACC TGAATTACGC TGGTAAGGGT
GATCTGAGCA AAGCGATATT TGACCTGAGC AGTAAGGCAG AAATAGGTTC GCTGGATGTT
TATTATAACA ATGAACCTTA TTTATTGAAT AAAAAGATCA ATGCCAGACT GGTTACAAAA
ATCAATACCA ATTCACTGGA TCTGATGTTT GATGAGAACG ACCTGAAGAT CAATTCCCTG
CCCATACATT TTGTAGGCCG CTTTTCTTTT ATAGAGGGTG GGTACGACAT CAAATTCAGG
ACAAAAGCCA AAGAAACCGA TCTGCATAAT ATTTTTACGG CCCTGCCACC TGCAATTGCT
GAACGTATGG AGAAAACCAA TATCAAAGGT TATGCAGAAA TCAAGGCCTC CTTAATCGGA
AAATATCTTG CCGGTAAAAA TATTATGCCC ACGCTATCTT TTAATTTAAA GATCAGGGAA
GGAGAGATTT CGAACCCCAA AGCACCGGAA CCTATCAGTA AATTATACAT TAACCTGCAA
ACCAAATTAC CATCTTTAAA TCCGGACAGT CTGTACATCA ATATGGATAG TTTATATTTC
AATATTGGAA AGGATTATGT AGGGGCGATG CTGAATTTCA GGGGCTTAAA GGAACCGGAA
ATCTATTTAA ACAGCCGGGC AGACCTGGAT CTCGAAAAAT GGGCGAAAAT TTTTAGCCTG
GATCAGCTAC GGGGCCGTTT CTTAATGGAT GCACATGCCG AAGGAAAGTA TACTAAAAAA
GTAGTCAGAA CCGGCATCAG AAAGGTAGAT ACTGTAATAG CAACCATACC TGTGTTTAAA
CTAACTTCCA GTTTAAGCAA TGGCTATTTT AAATATGCTT CGCTGCCGGC AGCAATTGAT
AAGATCAGTT TTAACATCAA CGGGCACAAT AACGACGGGG ATTATAAACA TACTGAATTC
GAGATCAGCA GCCTGAACAT ACAGGCATTG TCCAATTATA TCCGCGGCTT TGTAAAGCTG
CGTACTGCGG GCAAAACACC TGTTGATGTG CAGTTAAATG GCTTGTTAAA CCTGGCCGAG
ATCAAAAATT TTTATCCTTT GAAAGACCTG GAGCTCAACG GTAAGCTGAA CCTGAACCTG
AAAAGCAGGG GTGCCTATAA CAAGGTCAAA AAGCAGTTTC CGGTTACTGA AGCCGCCATT
TTGTTAAATG ATGGGCGGAT TAAAACAACA CATTTTGACC AGGCACTGGA AAAAATTTCC
ATTGACGGGG TACTGACCAA CAGAGATGGC ACTTTAAAAA ACACCCTGAT GAACATCAAA
CCTGTATCTT TTGAAATGGG CGGGCAGGCC TTCCAGCTAA AAGCTGCGGT ACAAAACCTT
GAAGATATAA AGTATAACAT TACCTCAAAA GGGAGCATAG ACATTGGGAA AATGTATAAG
TTGTTTGCCA TGAAAGGCTA TGATGTAAAG GGATCTATAT TTACCGATGT TGCTTTTATG
GGCAGGCAAA GTGATGCAAT GGCCGGAAGA TACCATAAGC TGAATAACAG TGGGAAAGTA
GTGATCAAAG AGATGACCTT GAATTCGGAT CTTTTCCCTA AATCTTTCCT GGTAAACAAG
GGTGTGTTTT CTTTTAAACA GGACAAGATG AAGTTTGAGC AGTTTAAGGG CAGGTATGGG
CAGTCCGATT TCAGTATGGA TGGTTTTTTG GGCAATGTAG TTAACTATGT GCTTACTGAT
CAAGCGAAAC TGACCGGAAC CTTTAACCTG AAAAGCAGGA AATTATTTGC TGATGAGTTT
ATGGCCTACG ATGGTCCGGC AGCAACAGCT GTTTCTAAAG AGGTTGGGGC TGCCAGCGGA
GTAATTATGA TTCCCGACAA CCTGAACGTA AACGTAACAG CCGATGCGGG TTCAGTATAT
TACAATGGGC TGATCATTAA AAATGCCAGG GGAGGGTTAA GGCTGAATAA TGGTGTGCTT
ACACTCGATA AAACCAGGTT CAATTTAATT GATGCTACAG TAAGCATGGA TGCGAAATAC
CAAAGTATAA ATCCATTGTC TGCTACTTTC GATTATCACA TCCAGGCTAC GGAATTTGAT
GTGGCAAAAG CATATAAGGA GATTAAATTG TTCAGGGACA TGGCCACATC TGCTTCAAAA
GTTAAAGGTG TAATTGGCCT GGATTACCAG CTTTCGGGTA AATTGAATAA AGATATGATG
CCTGTTTATC CCTCATTGAA AGGAGAGGGG ACACTGTCTG TAAAGAAGGT GAGCCTGATG
GGCTTTAAAA TGATGAATGC GGTGAGCAGG GCTACAAAAC GCGACAGTCT TTCCAATCCG
GATGTATCTG AAGTAAAGAT CAAAAGTAAA ATAGCCAACA ACATCATTAA CATAGAGCGG
TTCAAGATGC GTATTGCCGG TTTCAGGCCA AGGTTTGAAG GTCAGGTTAG CTTTGACGGA
CGTTTAAATA TGAGTGGCCG TCTTGGTTTA CCGCCATTCG GTATATTGGG AATCCCATTG
AGCATTACCG GAACACAGGA AAATCCGAAA GTTGCGTTAA AGAGAAATAA AGAAGGTAAA
CTGGAAGAAA CAGCAGAGGA GTAA
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| Protein sequence | MKKVFKITGI SLCTLLLLLL VTPYLFQDTI SREVQRSINK SIKGEVKFKG VGLSFFRHFP
SLTLNLDQFM LKGAAPFEKD TLLYSKALSF RVNLATVFSE QIKIDQFFLD EAVINVEVDE
KGRANYDVYE SKAKEGGATD TTATAIKIEG IFINKSKLTY NDRSVPMLIS AADLNYAGKG
DLSKAIFDLS SKAEIGSLDV YYNNEPYLLN KKINARLVTK INTNSLDLMF DENDLKINSL
PIHFVGRFSF IEGGYDIKFR TKAKETDLHN IFTALPPAIA ERMEKTNIKG YAEIKASLIG
KYLAGKNIMP TLSFNLKIRE GEISNPKAPE PISKLYINLQ TKLPSLNPDS LYINMDSLYF
NIGKDYVGAM LNFRGLKEPE IYLNSRADLD LEKWAKIFSL DQLRGRFLMD AHAEGKYTKK
VVRTGIRKVD TVIATIPVFK LTSSLSNGYF KYASLPAAID KISFNINGHN NDGDYKHTEF
EISSLNIQAL SNYIRGFVKL RTAGKTPVDV QLNGLLNLAE IKNFYPLKDL ELNGKLNLNL
KSRGAYNKVK KQFPVTEAAI LLNDGRIKTT HFDQALEKIS IDGVLTNRDG TLKNTLMNIK
PVSFEMGGQA FQLKAAVQNL EDIKYNITSK GSIDIGKMYK LFAMKGYDVK GSIFTDVAFM
GRQSDAMAGR YHKLNNSGKV VIKEMTLNSD LFPKSFLVNK GVFSFKQDKM KFEQFKGRYG
QSDFSMDGFL GNVVNYVLTD QAKLTGTFNL KSRKLFADEF MAYDGPAATA VSKEVGAASG
VIMIPDNLNV NVTADAGSVY YNGLIIKNAR GGLRLNNGVL TLDKTRFNLI DATVSMDAKY
QSINPLSATF DYHIQATEFD VAKAYKEIKL FRDMATSASK VKGVIGLDYQ LSGKLNKDMM
PVYPSLKGEG TLSVKKVSLM GFKMMNAVSR ATKRDSLSNP DVSEVKIKSK IANNIINIER
FKMRIAGFRP RFEGQVSFDG RLNMSGRLGL PPFGILGIPL SITGTQENPK VALKRNKEGK
LEETAEE
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