| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Daci_1317 |
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| Symbol | |
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| ID | 5746872 |
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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 | Delftia acidovorans SPH-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010002 |
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| Strand | - |
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| Start bp | 1463134 |
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| End bp | 1465815 |
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| Gene Length | 2682 bp |
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| Protein Length | 893 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 641296396 |
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| Product | hypothetical protein |
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| Protein accession | YP_001562346 |
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| Protein GI | 160896764 |
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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 | 24 |
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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 | 23 |
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| Fosmid unclonability p-value | 0.0539115 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCCCACC GAGGACGGGG ATCCCATTCA CTCAGCACCA TCTTCCCCCG GGCGCTGCTG
CAAGATTTCA TGGCAAAGTC CTGCCCAGCT TCGAGCCCTC TCTACGCCTC GCCAATCATG
TGTCCCATCT TCCAGCAATG CCGCCATCTC GTTGAACGAG TATGGCGCCT ATGGATTTAC
CTGCTGCTTG GCTGTATTTT CCAGGCGTCG ACACTGGCGA TGAATCCCCC TACTGAGCTC
GCCGATCAAG GCTTCCTAGA AGATATCCAT TTCGACGCGT CCCATAGGCA AATGACGGTC
AAGGGATGGA GTGCGTCTGG TCGCAGCAAC GCTTTCCCGA CCTTGGCCAC CATTTATTTG
GACAATCACG TGGTCTACAA AGGTCGCCTG AACTCGCTGG CTTACCCCAG ACCTGATGTG
GTACAAGCAA CCGGAAATCC GAGCTGGGCC AACACAGGTT TTCACATTCG TTTCTTTCTT
GATCCGGATT TCCCATCGGG AACATACGCA GTAAAAATAG ACATCACGAC GACGGACGGC
CATCAATTTC CATTGCTTCT ACAGGACCAG ACCAGGCAGA TCACGCTGAA TCAATCAGCT
CGCTCCAGCC GGATTGCAAG AGCCATTTTT CTACTTGCTT TTTCGCTACC TGTATTTTTT
TTCCTGATCT CCTTTAAGGC TGGCTTCTTC CCTCGAATAA AAAGTTTAAA ACTTTTTGGA
ATCAGTATCG CACTGGCATT TTTTATTCTC GTGACCGGTG GATGGACAGG CTCCTCTGTT
TCAATGCTGT TTTCCGGGAA CGACTTAGTT GAGCACGATG AAAAATCTTG GCTTGGTAGC
AGCCAGATCA TTCGCAGTGA CGAATGGCAC GTCATCACGG CAATGGCCAT CAGCCAATTC
AATGCAGCAG CAACGGATGG AATTCCGAGA AGATTCGAGA ACATCAGCAC CGTTTTCTCT
ATTGCCGGAC ACAACATGAA TACCGTTGGA ATGTCGGGAG TCCCTGTTTC CAACCCATCC
GCAATTGCAA GACCAGCGAC TTGGGGATTT TTCTTCCTAG ATTTACGCAG TGCACTTGCA
TGGTACTGGT GGTTTCCATT TTTTGGGTGC TTCTGTACAT GCCTCTGGGT ACTGGCACGC
ATATTTTCCC TGCGCTGGCA AGCTGCCGCC GTCATCGCCC TGACCATCAG CGCATCCCCT
GTTTCCGTAG GGTGGTCAGG CTGGCCTGCC TATGTATTGT TTTTCGCCAT ACTGGCTTTT
GGCATGTTCT TGACAGCATG GACACAGAGA TCCATATGGC AAATTATTGC TCGATCATCC
ATAGCGGGTT GGGCAATCGC GGGCTTTGTT CTTACACTCT ACCCGGCTTG GATGATAGTG
GTCGCCACGC TGTTGCTGCC CTTAGCCCTG GCATGGTTGT CTATGCAACG CGTGCAATGG
AGCTGGAGCT GGAGCTATCG CCAAGCCATC TTGTTGCTAT GTGCAGGAAT AGTCTGCTCT
CTGCTGATGC TTTCGTGGTG GAGCCATACG GCAGATGCCG TATCTGCCAT CACTTCTACT
ATCTATCCCG GCAAGCGTGC GGAGACTGGT GGATACATGG ACCCTTGGTA CCTGGTCCGC
GGACTGTATG GACCGGACCA GATGTTCCAT ATCACAGACA TGTCGGTCCC CAGTGATGCA
GGCTCTTATA TCTTCCTTTT CATACCTTTG TTTATTCTCT TTGGTTGGCA GCAAATCATC
CACATCAAGA AGCATGGCAT TCACCAACTT GATTGGACAG GAGTTGTGTG CCTGCTATTT
ACTACCTGGG TGATTTGTTT TTCATATTTT GGAATCATGC CGTGGGTTGC GCAGATCACG
CAATGGTCCA AGGTCCCAGT TTATCGAACC GATATCGGCC TGCTCCTCGC CCAGAGCATA
ATGCTTGCCC TCGTCATCCG GAGCTATTGG CCTCAGCAAG TCGACAGCAG TCGGCCGACA
GTTCTAAAAG ATCAACACTC TATGCTCATG GGGGTAATCA GCGCAGCCGC TTGCATCTGG
CTTGCGCTTT TTTCTCTTGC AAAGCTGCCC GCCGCAATTT CAGAAACAAT CACACCAGCA
TTCGCAATAA TAGCAATATC TGCCTATGCG ATTCTGGCCT ACCTCATCCC GAATCAGAAA
TTCATTTCCG CGCTGGCAAT TTATAGCATT TGGATGCTCG GAACCTCACT GCCATTCAAT
CCTGTTTCAC AGGCTCCGAA TCAGGTCAAA CCTAGCCAAT TACTGAATCA GATTGAGTCG
TTGACAACCA CCCAGCAGGA ACGCTGGGTT ATTCTGGATG AGCACCGAAT CTCAATAGGA
TTGGCGGCCT CGGGCATCAA GATAGGCTCA GGGATCTTCT ACCATCCACC CTTTTCACTC
TGGGAAAAAC TAGATCCGCA AAAGATATAC TTCAACACCT ACAATAGATA CCAGCACCTC
ACCATCGAAG GCGCCGAATT AAAAGAGGGA GATTTCGAAC CCGTACTCCA TAGCCTGGAT
CACGTACTAT TGAAAATAGA TACCAGAAGG TTTGATTTTT GGAAAATGGG AGTCACACAC
ATCGCGGCTC CTCGCAGACA CGAGGCACAA TTAATGCAAA ATCCTCATTT GCAGCACCTT
AAAACCGAGG GAAATTGGTG TTTCTACCGA ACCGTTAGAT GA
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| Protein sequence | MAHRGRGSHS LSTIFPRALL QDFMAKSCPA SSPLYASPIM CPIFQQCRHL VERVWRLWIY
LLLGCIFQAS TLAMNPPTEL ADQGFLEDIH FDASHRQMTV KGWSASGRSN AFPTLATIYL
DNHVVYKGRL NSLAYPRPDV VQATGNPSWA NTGFHIRFFL DPDFPSGTYA VKIDITTTDG
HQFPLLLQDQ TRQITLNQSA RSSRIARAIF LLAFSLPVFF FLISFKAGFF PRIKSLKLFG
ISIALAFFIL VTGGWTGSSV SMLFSGNDLV EHDEKSWLGS SQIIRSDEWH VITAMAISQF
NAAATDGIPR RFENISTVFS IAGHNMNTVG MSGVPVSNPS AIARPATWGF FFLDLRSALA
WYWWFPFFGC FCTCLWVLAR IFSLRWQAAA VIALTISASP VSVGWSGWPA YVLFFAILAF
GMFLTAWTQR SIWQIIARSS IAGWAIAGFV LTLYPAWMIV VATLLLPLAL AWLSMQRVQW
SWSWSYRQAI LLLCAGIVCS LLMLSWWSHT ADAVSAITST IYPGKRAETG GYMDPWYLVR
GLYGPDQMFH ITDMSVPSDA GSYIFLFIPL FILFGWQQII HIKKHGIHQL DWTGVVCLLF
TTWVICFSYF GIMPWVAQIT QWSKVPVYRT DIGLLLAQSI MLALVIRSYW PQQVDSSRPT
VLKDQHSMLM GVISAAACIW LALFSLAKLP AAISETITPA FAIIAISAYA ILAYLIPNQK
FISALAIYSI WMLGTSLPFN PVSQAPNQVK PSQLLNQIES LTTTQQERWV ILDEHRISIG
LAASGIKIGS GIFYHPPFSL WEKLDPQKIY FNTYNRYQHL TIEGAELKEG DFEPVLHSLD
HVLLKIDTRR FDFWKMGVTH IAAPRRHEAQ LMQNPHLQHL KTEGNWCFYR TVR
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