| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dfer_3076 |
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| Symbol | |
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| ID | 8226650 |
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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 | Dyadobacter fermentans DSM 18053 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013037 |
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| Strand | - |
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| Start bp | 3757527 |
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| End bp | 3760850 |
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| Gene Length | 3324 bp |
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| Protein Length | 1107 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 644930907 |
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| Product | ASPIC/UnbV domain protein |
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| Protein accession | YP_003087456 |
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| Protein GI | 255036835 |
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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 | 17 |
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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 | 20 |
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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 | ATGCTGCTGG CAGCATTGTT TTTTGTCCTG ATATACAGCC AGTTTTCCTG CAAAAAGTCC
GAGGAACATT ATGATGGCCT TTTCGAGGAA ATGGACGCGG CTCAAACCGG TGTCGATTTT
GTGAACAAGG TCGAGGACCG GGAGGAAGTG AACATTTTCA ACTACCGTAA TTTTTACAAT
GGCGGCGGGG TGTCGGTCGG GGATATCAAT AACGACGGGC TCCCGGACAT TTACTTCACC
GCCAACATGG GTGAGAACAA GCTGTACCTC AACAAAGGCA ACTGGAAGTT TGAGGACATT
ACCGCCCGCG CCGGCGTGGG CGAACCCGAT AAATGGAGCA CAGGCGTGGT CATGGCCGAC
GTAAATGGTG ACAACCTGCT CGATATTTAC GTATGCAATG CCGGTTACGA AAAGTTTATC
AAAAAGCAAG GCAACTCCCT TTACATCAAT AACGGCGACC TCACGTTCAC GGAATCGGCC
CGGAAATACG GGCTGGATGA AACCGGTTAC ACCACCCACG CGGCGTTTCT GGACTACGAC
CTCGACGGCG ACCTGGATGC TTACGTACTG AACAACAGCT TCATTCCCGT TAATACCCTC
AATTACGCCA ACGACCGCCG CCTGCGTGCG AAAGACTGGC CCGTGAAAGA TTATCTGAAA
GGAGGCGGGG CCAAGTTGTT CCGAAACGAC GGGGGCAAAT TCGCGGACGT AAGCGAAGCT
GCGGGCATTT ACGGCAGCCT GATCGGCTTC GGGCTGGGCG TGACGGTGGG GGATATCAAT
GGCGACCTTT ACCCGGACAT TTACATCTGC AACGACTTTT ACGAGAAGGA CTATTTATAC
ATCAACCAGC AAAACGGCAC ATTCTCCGAA GAGCTCGAAA AGCGCGTAAA GCATACGAGC
CTCGCCTCGA TGGGCGCCGA TATGGCCGAT ATCAGTAATG ATGGCTACTC GGAGCTGTTT
GTGACCGACA TGCTCCCGCG CGATGAGTAC CGCTACAAGA CCACCACGTC GTTCGAGAAC
CACTACCTTT TTAACCTGAA AAAGGAAAAG GGTTTTTATA ACCAATACAT GCAAAACAGC
CTGCAATTCA ACAACCAGGA CGGGACATTC AGTGAAATTG CCAATTATTC GGGCGTGGCG
GCGAGCGATT GGAGCTGGGG CGCGTTGCTG TTTGATGCCG ACAATGATTC CAAAACGGAT
ATTTATGTGT GCAATGGCAT TTACCATGAC ATTCTCGATC AGGACTTTAT CGATTTTTTT
GCCAATGAAG TCACGCAGAA AATGGTCCTG TCCGGCGAGA AGCAGAATAT GCAGCACATT
ATCGACCGGA TGCCTTCGAC ACCCATTGCC AATAATTTCT TCCATCATGA AGGCAATCTG
CAATTCAAGG AGAAGGCCAA AGAATTCGGG TTTGGTAAAC CCTCCTTTTC CAATGGCGCT
GCCTATGCCG ACCTGGATAA TGACGGCGAT CTCGACCTGG TCGTTAATAA TGTGAATGCT
CCTTGCTTTG TATATAAAAA TAAGTCTGAA TCGCAGCACG ACAGGAACCA CTACATTAAG
TTTAACCTCA AAGGCGAGGG GATGAACACC CGGGCGATTG GCTCCAAAGT GGAGGTTTAC
GCGGCCGGGC AGGTGTTTAG CAAGCAGTTG AACCCGTCCC GCGGGTTCCA GTCGAGCACG
GAATACCCGC TGACGATTGG ATTAGGGAAA ATCGTGCAGA TCGACTCCGT GCGGGTGCTC
TGGCCGACCC GGAAGGTAAC CAGCCTGCAT GCAGTCCGGT CCGACACGGT GCTGACCCTA
TCAATCGGCG AGGCCCGCAC CCCATACCTG CAACAAGCGA TCCCGCCCGG CCGAATGCTG
ACGAATGTGC CCGCGAAAGG GCTGGAAGCA CACCGTGAAA ACCGGTACGA AGACTTTTAT
AATGAAAGGA ATATTCCCAT GATGCTGTCC CGCGAAGGCC CTAAGGCGGC CATCGGTGAT
GTGAACGGCG ACGGGCTCGA CGACATTTAC ATTTGCGGTG CGAAAGGCCA GGAAGGTCAG
TTGTACTTAC AAAAAGGCGG TCTATTTGTT CCATCACCAC AAAAATCCTT TACTGCTCAC
GCTGGCTTTG AGGATACGGC CGCATTGTTT TTCGATGCAG ATGGCGATGG CGCCCCCGAC
CTTGTGGTGG GCAGTGGGGG CAATGAGGGC CAGGCTACCG CCGCCGACCT GCCTACGCGC
CTGTACCTGA ACGACGGAAA GGGCAATTTT ACCTTCGCCC CGACAGCCCT ACCACCTAAT
GCGATGAACA CCGCCGTGCT CGTCACCGAA GATTATGACG GCGACGGCGA TCTGGACCTT
TTCGCAGGCA GCCGGAGCGT CCCACGGGAA TATGGGTCGA GCCCGGCCAG CTACCTGTAT
CAGAATGACG GGAAAGGGAA TTTCAGGGAT GTAACAAACG AAATTGCGCC AGAAGTGGCG
AAAGCAGGCA TGGTACGCGA TGCAGTCTGG ACCGATATCG ACGGCGACGG GCAAAAAGAG
CTGGTTATTG CGGGTGACTG GATGGCGCCG GCAGCCTACC GGTTTTCGGG AGGGCGTTTT
ATCAAAATTA CGACTGGTCT GGAAGGCTAC GCGGGTTTTT GGGGAGCTTT AAAAACAGGG
GATTTCGACG GTGACGGCGA TCAGGACCTG GCTTTGGGAA ACATCGGGGA AAACTTTTCG
CTTCACGCCG CACCGGGTGC GCCGCTGAAA ATCTGGATCA ACGATTTTAA TAAAAACGGC
ACCATTGAGA AGGTAATTTC CAAATCTGTG GACGCCAAAG ACCTCCCCGT GCTGCTGAAA
CGAGAAATGA CCACACAGTT TCCTTTCCTT AAAAAGAAAA GTATAAAGCA TTCGGAATAT
GCGGTGCTCA CAGTGCAGGA CCTTTTCCCG GACGACCTGC TGCAATCGGC CGTAGCAAAA
TCCGTGACGT ATCTGAAATC TGCCATTGCG GTTAACAACG GCAAAGGACA GTTTACATTA
ACGCCATTGC CATACATGGC GCAATTCTCC TGCCTGAATG CCATCCAGAG CGAGGATGTA
AATCACGACG GCAAGCCGGA CCTCGTTGTG GGAGGCAATT TTACCCATTT TATACCGCAG
CTGAGAAGCC TCGACGCCTG CCACGGCAAT GTGCTGATCA ACAAGGGGAA TATGCAATTC
GAGGTATTGC AGGCCAGGCA GAGCGGCTAT GCGGTGGACG GCGAGGTGAA GCAGATCAGC
CGGATCACGG TAGGAGGGCA GCCTTATGTG ATCAATTTGA TCAATAATGC CGCCCCCGTG
CTGTTTAAAA TCAATAGACT GTAA
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| Protein sequence | MLLAALFFVL IYSQFSCKKS EEHYDGLFEE MDAAQTGVDF VNKVEDREEV NIFNYRNFYN
GGGVSVGDIN NDGLPDIYFT ANMGENKLYL NKGNWKFEDI TARAGVGEPD KWSTGVVMAD
VNGDNLLDIY VCNAGYEKFI KKQGNSLYIN NGDLTFTESA RKYGLDETGY TTHAAFLDYD
LDGDLDAYVL NNSFIPVNTL NYANDRRLRA KDWPVKDYLK GGGAKLFRND GGKFADVSEA
AGIYGSLIGF GLGVTVGDIN GDLYPDIYIC NDFYEKDYLY INQQNGTFSE ELEKRVKHTS
LASMGADMAD ISNDGYSELF VTDMLPRDEY RYKTTTSFEN HYLFNLKKEK GFYNQYMQNS
LQFNNQDGTF SEIANYSGVA ASDWSWGALL FDADNDSKTD IYVCNGIYHD ILDQDFIDFF
ANEVTQKMVL SGEKQNMQHI IDRMPSTPIA NNFFHHEGNL QFKEKAKEFG FGKPSFSNGA
AYADLDNDGD LDLVVNNVNA PCFVYKNKSE SQHDRNHYIK FNLKGEGMNT RAIGSKVEVY
AAGQVFSKQL NPSRGFQSST EYPLTIGLGK IVQIDSVRVL WPTRKVTSLH AVRSDTVLTL
SIGEARTPYL QQAIPPGRML TNVPAKGLEA HRENRYEDFY NERNIPMMLS REGPKAAIGD
VNGDGLDDIY ICGAKGQEGQ LYLQKGGLFV PSPQKSFTAH AGFEDTAALF FDADGDGAPD
LVVGSGGNEG QATAADLPTR LYLNDGKGNF TFAPTALPPN AMNTAVLVTE DYDGDGDLDL
FAGSRSVPRE YGSSPASYLY QNDGKGNFRD VTNEIAPEVA KAGMVRDAVW TDIDGDGQKE
LVIAGDWMAP AAYRFSGGRF IKITTGLEGY AGFWGALKTG DFDGDGDQDL ALGNIGENFS
LHAAPGAPLK IWINDFNKNG TIEKVISKSV DAKDLPVLLK REMTTQFPFL KKKSIKHSEY
AVLTVQDLFP DDLLQSAVAK SVTYLKSAIA VNNGKGQFTL TPLPYMAQFS CLNAIQSEDV
NHDGKPDLVV GGNFTHFIPQ LRSLDACHGN VLINKGNMQF EVLQARQSGY AVDGEVKQIS
RITVGGQPYV INLINNAAPV LFKINRL
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