| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Phep_1397 |
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| Symbol | |
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| ID | 8252497 |
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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 | 1664570 |
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| End bp | 1667557 |
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| Gene Length | 2988 bp |
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| Protein Length | 995 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 644935050 |
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| Product | hypothetical protein |
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| Protein accession | YP_003091673 |
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| Protein GI | 255531301 |
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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 | 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 | 15 |
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| Fosmid unclonability p-value | 0.0243953 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAATATT CTAACCAGGT TAATGCTGCA CAGCTGTACA CCAGCCCTCC TCACATCCGC
TGTTTCAATT TAATGATCCG GATAAGCATC CTATTCTTTT TCCTGCTGTT CAGCACTGTT
AAGCTTTTTG CACAAAACCA GCCTACACAA AATACCCCAC CACCTTTGCC GGTAAGAGAA
ATCAGCGGGA TTGTAAAAGA CAGCACAGAT CTGGGGGTAA TTGGCGCAAC AGTGAGTTTA
ACCTCAATTA AGGATACTTT AAAAACCAGT ACCAATTCGG ACGGTATATT TGTATTCAAA
AATGTAAAAT CGGCCACCTA TACCATTTTA GTACAAAGTA TTGGTTACAG GCCTTCTGCC
CCAATGCGGT ACAAGCAAAA TGATGCCATA CCCCGTATCG TAATGGATCC CATTTTACTT
AAAGAGCAAA AAAATACTCT AAATGAAGTG GTAATCAGTG GTACACCATC CATTACCTAT
AAAACGGATA CAGTAGAGTA CAAGGCCAGC GATTATATTG TAAGGGCCAA CTCGACGGTA
GATGAGCTGC TCAAAAAAAT GGAGGGCATG GAAGTCGGCA ATGATGGCTC ATTGGTGCAT
CAGGGCCAGA ATGTAACAAA AGCAAAATTA AACGGTAAAG AATATCAGGG GGGCGACATT
GCAACCGCAA TTAAAAACCT TCCGGCGGAA ATTGTGGACA AGATCCAGAT TGTGGACGAC
TATGGTGATC AGGCCGCCCG TACCGGAATT AAAGATGGTG ATCCTGAAAA AGTACTGAAC
ATTACTACCC GAACCGATAA ATCTGTGGGT AATATGGCCA ATATTTTCGT CGGGGCTGGT
AATAACGATC GATATGAAGC CGGAATATTT GGTACACGGA TAAACGGAAA CCAGACCATA
GGGGTAAACG GACGCTTCAG CAATACCGTA AACGGTGTAG CCAGCAGCGG AGACAACAGC
AATAATAGCG GTGGTGGCGG TGGAGGTGGC GGCGGCCGTG GTGGTCAGGG TGGCCAGAAT
ACTCAGAATA GTGGTGGCAG TGGTAGTGGT GGTACCACCA CCTCAGGCCG GGGCTCATTC
AGTATCCGTG ATAAAATAGG GAAAAAAATA GAACTCAACC TGAATTATGA CTACACGAGT
TCAAATGTCA AATCTTTAAA CGACAGTTAT TCGGTTAGTC CAACGCGGCA GCGGATCCAG
GTGATCGAAA ATGGTGTTCC CATCATGAAA GATACTACCT ATTATACTTT TGCAAATAGC
CTAAGCAATG GAGAAAACCT GAACAAGAGC CATAATTTCA GGGCCGAAAT AGAAATAAAC
CTCGATAGTA ACAATTTTCT ACGTGCGGTC CCTACATTGC GGTATAGTTC GGCAAACAAC
ACGAGATTTT CCGATATCAA ACAAACCGGG TTTTATCACC AGAACAGGCA AGGAACCAAT
ATCAGCAAAA ATACAAGACC CCAGCTGGGT GCTTCTGTTT TTTATCAGCA TATTTTTAAA
AAACCCAGAA GGAACCTTTC TTTACAGGTA GATGCAAACA GCAATAATCT GGACCAGGAG
CAGGAACAGG ATACCAAAAT CATTTACTTT TTAAATGAGG CTGAAACAGA AACAAGGGAC
TCGGCTGTAA ACAGGATTGT AGCCAGGAAA AACCTGCAGA GCAATTACCG GGGAAGCTTT
ACTTTTGCAG AACCCTTAAC TGCCAATACC CAGCTGGAAT TAAATGCCCA GGTCAATTAC
AATGGGTACG ACAATACCGC AACTACGCAG AACATCATCA ATGGAAATCC ATCTGGAGTC
ATAGATTCTC TGAGTAATAT TTATGATTAT TCCTTTACGC AGGGCCGTAT TGCTTTGAAC
TACCGTTATG GCTTAAGCAA TATGTCTAAA GTACGTTTCT CTTTGGGTAT AACGGCAATA
CCATCCCTGC TTTCCGGTAC AAAGGTAAGT CTGGGTACCA CCACCAACAG AAGCAGTTTT
AATATGGTGC CCATTGCCCG TTTTGAATAT CTATGGTCCA GACAACATAA AATGTCGATC
AATTATTATG GAAATGCAAT AGAGCCTACC TTTGACCAGA TCCAGCCGGT TAGGGATGTA
ACCAATCCAC AAAATCCTAT TGTGGGTAAC CCAAATTTAG TGGCCTCTTT CCAGCATACG
GTTAGGGCGG GTTATGACAA TTACATCGCC AATTCTAAAT TGAACTATTC TTTGAATGTC
AACGGATCCT TAACAGATAA TTCGGTCATC AGAAATAATG TACAGATCAT TGATCAGATA
CTGACAAATC AGGCTACGAG TAAAAAAGAT ACCATTTACA TTACGGAAAC CCGTTTTTTA
AATACCAGTG GAGCGTATAA GGTAAATGGA AATTATTCCA TCAGCAAACA ACTGAACGAC
CGCAGGTACA ATCTGTCGCT CAGTGGATCA GCCAGCTACG ATCATCGTAT TTCTATGAGT
GCCTCGCAAA AAAACATAAA TACAGTAATG ACTTTTATTG AACGTTTCGG ACCAAGGATC
AATCCGAACG ACTGGTTCGA GATCAATCCC AACGTATCAT ATAACTACAC GAAATCGACC
AATACCCTAC CTGGTTTCAG GGATACCAAA ACAAATACAC TGGCGCTTAA CCTGGACGGA
AGGATGTACT TCCTGAACAG CTGGCTTTTT GGCTATAGTG CCAGTAAAAA CTATGTCAGC
GGAATTGATG CCAATGTGAC CAGCAATCCT TTTGTGGTAA ACGCCTATAT AGAAAAAGAA
TTTTTTAACC GCAGGGGCCG GGTCACCTTT CAGGCCTTCG ATATCCTGAA CCAGAACAAT
TTTGTAAGTC GTGACAACAG CGAGGATGGA GGATATACCG ATACCAAATC CAATGCACTG
AGCCGGTACT TTATGCTGCG TTTAAGTATG CGTTTACAAA AATGGACGGG TGCACAGGGC
CGCGGAGGCA GACAGATTAT GCGCAGGGGC GATGGAAGCT TTATGTAG
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| Protein sequence | MKYSNQVNAA QLYTSPPHIR CFNLMIRISI LFFFLLFSTV KLFAQNQPTQ NTPPPLPVRE
ISGIVKDSTD LGVIGATVSL TSIKDTLKTS TNSDGIFVFK NVKSATYTIL VQSIGYRPSA
PMRYKQNDAI PRIVMDPILL KEQKNTLNEV VISGTPSITY KTDTVEYKAS DYIVRANSTV
DELLKKMEGM EVGNDGSLVH QGQNVTKAKL NGKEYQGGDI ATAIKNLPAE IVDKIQIVDD
YGDQAARTGI KDGDPEKVLN ITTRTDKSVG NMANIFVGAG NNDRYEAGIF GTRINGNQTI
GVNGRFSNTV NGVASSGDNS NNSGGGGGGG GGRGGQGGQN TQNSGGSGSG GTTTSGRGSF
SIRDKIGKKI ELNLNYDYTS SNVKSLNDSY SVSPTRQRIQ VIENGVPIMK DTTYYTFANS
LSNGENLNKS HNFRAEIEIN LDSNNFLRAV PTLRYSSANN TRFSDIKQTG FYHQNRQGTN
ISKNTRPQLG ASVFYQHIFK KPRRNLSLQV DANSNNLDQE QEQDTKIIYF LNEAETETRD
SAVNRIVARK NLQSNYRGSF TFAEPLTANT QLELNAQVNY NGYDNTATTQ NIINGNPSGV
IDSLSNIYDY SFTQGRIALN YRYGLSNMSK VRFSLGITAI PSLLSGTKVS LGTTTNRSSF
NMVPIARFEY LWSRQHKMSI NYYGNAIEPT FDQIQPVRDV TNPQNPIVGN PNLVASFQHT
VRAGYDNYIA NSKLNYSLNV NGSLTDNSVI RNNVQIIDQI LTNQATSKKD TIYITETRFL
NTSGAYKVNG NYSISKQLND RRYNLSLSGS ASYDHRISMS ASQKNINTVM TFIERFGPRI
NPNDWFEINP NVSYNYTKST NTLPGFRDTK TNTLALNLDG RMYFLNSWLF GYSASKNYVS
GIDANVTSNP FVVNAYIEKE FFNRRGRVTF QAFDILNQNN FVSRDNSEDG GYTDTKSNAL
SRYFMLRLSM RLQKWTGAQG RGGRQIMRRG DGSFM
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