| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Apre_1608 |
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| Symbol | |
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| ID | 8398420 |
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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 | Anaerococcus prevotii DSM 20548 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013171 |
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| Strand | - |
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| Start bp | 1749572 |
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| End bp | 1752853 |
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| Gene Length | 3282 bp |
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| Protein Length | 1093 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 644995972 |
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| Product | glycoside hydrolase family 2 sugar binding |
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| Protein accession | YP_003153350 |
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| Protein GI | 257067094 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG3250] Beta-galactosidase/beta-glucuronidase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGAAAAGTA AATATTATAT AGAAAAAATA GATACTAATC AAAGAAGAAT CAATCTTAAT
AAGTCCTGGA AATTTGCTTT AGGAGATATT CCAGGATTTT ACAAGAACTT CTTCGACGAT
TCTTCCTGGG ATTATATAGA CCTACCCCAC GATTACTCGA TAGCTAGACC TTATTCTAAG
GCGGGAGAGG CCCAGTCTGC CTATAAGCTC GGAGGAGTGG GGCTTTACAG GAAAAGTTTT
ATTATAGAGG ATAAAAAGAG AGCTAAACTT TCCTTTGATG GAATCTACTG TGATGTAGAA
GTTTTCTTAA ATGGTAGGAA ATTGGCTTGC CACCACCATG GATACAGTCC CTTTCTAATC
GATATCACTG ATTTCCTTTA TTATGATAGG GAAAATATTT TGGCTATCAA AGTTGATAAT
CCGATTCCTA CTAGCCGTTG GTATTCTGGT TCTGGAATTT ATAGAGATGT AGATCTCATC
CTTACAAACG ACATAGCCTT TGATGAAGTT AGGATTGATG ATTATGGTTT AGAAGATAAG
AAAGGAGAGA TCGACCTAGA AATCAGGTCT TTTATTTCAA ACAAGAGTAA CGTTGATGAA
GAAATTATCC TTGAACATAA GCTTATCTAC AAGAATATAT TAGTTGAAAG ATATAAATCA
GAAGTCTTTT ACATAAAAGC TATGGGAGAG ATGGAAGTTA AGGATAGATT TCCTATTTCC
TACCCAAGGC TTTGGAGTGT GGATAATCCC GAGCTTTACA AGATAGAATC TCTTATAAAA
TACAAGGGAA AAATAATTGA TAAAATTACG AGTAACTATG GCTTTAGATA CTTTACTGCT
ACATCTTCTA GAGGTTTTTC CTTAAATGGA AAGTCCATAA AGTTAAAGGC AGTCTGCCTC
CACCACGATC AGGGGGCTCT TGGAGCGGCC GATTATTATA GGGCAATCCT TAGGCAAGTT
CTGCTTATGA AGGATATGGG AGCAAATGCA ATAAGAATCA CCCACAACCC AGGCAGTAAG
AAGTTAATCG ATATAGCAAA CAAGGAGGGC ATCCTCCTTA TAGAAGAAAT ATTCGATGGA
TGGATTTTGG ATAAGAATAA TAATTACAAG GATTATTCTA GGTATTTTGC CCAAAAAATT
GGAGAAAATA AGCTCATAAA TGCGACTTGC GACATGACTT GGGGAGAATT TGACTTAAAG
GAGACCTTAA GAAGAGATTA TAATGCCCCA TCAATCATAG CCTACTCCTT GGGCAATGAA
ATTTTGTGCG GGACTAACCA GACTAGGAGC AAGGAATATC CTAGTCTTGC CAGAGATTTG
ATAAGCTGGG CAAGAGAGCT TGACCAGAAA AGATTTCTAA CTATAGGGGA TAATTCCCTA
AGAGATGGCT ACGATAAAAA CTTAGTCGAG ATCGAAGAAG AACTTACAAG ATCTAAGGGC
CTTGTCGGTC TTAACTATTG CGATGGGGAT AAATATGATA AAATCCACAA AGACCACCCT
AACTGGATTC TCTGGCAGTC AGAATCTGCT TCATCAGTTA ACTCTAGGGC TTGTTATGAT
AGGTTGGGAG ATGATCTAAG AGAAGATATG CGTCTTACTT CCTATGATGA ATCCAAAGTC
GCCTGGGGAA ATCTTGCAGC AGAAGCCTGG TTTGATGTAA TAAACCGCGA CTTTGTAATG
GGAGAGGCTG TGTGGACGGT CTTTGATTAT CTAGGTGAGC CAACTCCCTA CAATGGCATA
GAAAGGGGAG CACCCTACGG ATTTCCTGCT CCTAGATCTT CCTTTTTCGG CATAGTTGAT
ACGGCGGGAT TTCCCAAAGA TTCCTACTAT CTCTATAGGG CCTTGTGGAA TGAAAAGGAT
ACAACAACCC ATATTCTTCC TTCCTGGAAT GCTAAAGAGC TAGGAGACTT GGCGGAAAAT
GTACCGATTG TTGTTTACAC TAATGCTTAT GCTATTGAGT TGATATTTAC TGATGAAGAT
GGGAATATTA AATCTTTGGG AAAGAAATAC ATGGAGAAAG TTAGGACTGA GAGAGGATTT
AGTTACAAGA AGGTCAAGGG AGAAGATGGT CCGAGATCTC TTTATATGAC TTGGCATATG
CCTTATGAAA AGGGAGAGAT CTCTGCCATA TCCTTTGATG AAAATGGCAA AATCATAAGA
AATACGGTAG GAAGATCTAA GGTTAAAACT CCTACTGAGG ATACTTTTAT AAAGTTAGAG
GCCTTTTATC CTTCTATGGG AGAAAAACGA GAGGGAATTA ACTTCATTAC TATAGACCTT
GTAGATGAAG ATGGGAATAT CAAATCTAGC GCATTAGATG AAATATCAGT AGAAGTATCA
GAAAACGCAG AGCTTCTTGC CCTGGATTCA GGACTACAGG CTGACTTCGA ACTCTTTGCG
ACTGATAAGA AAAGGGCCTA TGGAGGAAGG CTCCTTGCCA TAGTTAAGGC AAAAGGTCCC
GGTCCTCTTA AGCTTAAAGC CTCTGGCCAA AATTTAAGAC AGACAGAGCT TACAATCCCT
GTTTGGGGAG AATTTCACAA AAGAAATAGT CTAGTTTATG ATAAGTATCT GATAAATTCT
TCGCCCGAAG ATCTTAATCT TGAAGCCAAT AAGAAAATTA CATGGAAGCT AATAGAAAAA
GGTAAGTATC ATAGGAGCTA TGTGGGAGAT TGTGAGAGCG GACCGATCAA TACCTACGTC
CTAGATATAA AGGGAGAGAT GAAGCTAGTA GATTATGAAA TGGGAATTTT CGAAGAAGAG
CTACCAATCT TTCCTAAATC CCTTCCCCTA GTAGATGAGG AAGGACAAAT CTATTATCAT
GGCAAGGAGA TAAGCTATGA TGATTTTGAT GAGGAAAAAT TTAGGAGAGA GGGTTTTGTA
AGAACTAGGG CAAGGCTTAA ACTCCTAGGG AAAAATTATA AATCTTCTGT TAGTGTAAGA
AAGCTAGTAG AAAGATACAG GAAAGATGCC TACATAGAGG ATTTCGCCCT AGAAAAAAGG
GTTAGTGAAG ATGAGATATA CTTTGCCTAC GATACCCAGC AGATTTTTGG AGAAATTGAG
ATCTATCCGC AAGGATTTTT TTCTGATTTT AGATTTTTCA TAGGAGAAAG TGAGAATGAA
GGAAGCTTCA AGGAGATTAG GGCTAATAAG ATAGTAAAAG ATTCTTCTAA GACTACTTTT
ACCTTCGAGA AATTTCCTGC AACATTTATC AAAATTATAG GCGATGTAAG AAATATTAGC
AAAGTAAGAC TTAGGTCTAT GAAGATTAAA GTGGAAGAAT AG
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| Protein sequence | MKSKYYIEKI DTNQRRINLN KSWKFALGDI PGFYKNFFDD SSWDYIDLPH DYSIARPYSK
AGEAQSAYKL GGVGLYRKSF IIEDKKRAKL SFDGIYCDVE VFLNGRKLAC HHHGYSPFLI
DITDFLYYDR ENILAIKVDN PIPTSRWYSG SGIYRDVDLI LTNDIAFDEV RIDDYGLEDK
KGEIDLEIRS FISNKSNVDE EIILEHKLIY KNILVERYKS EVFYIKAMGE MEVKDRFPIS
YPRLWSVDNP ELYKIESLIK YKGKIIDKIT SNYGFRYFTA TSSRGFSLNG KSIKLKAVCL
HHDQGALGAA DYYRAILRQV LLMKDMGANA IRITHNPGSK KLIDIANKEG ILLIEEIFDG
WILDKNNNYK DYSRYFAQKI GENKLINATC DMTWGEFDLK ETLRRDYNAP SIIAYSLGNE
ILCGTNQTRS KEYPSLARDL ISWARELDQK RFLTIGDNSL RDGYDKNLVE IEEELTRSKG
LVGLNYCDGD KYDKIHKDHP NWILWQSESA SSVNSRACYD RLGDDLREDM RLTSYDESKV
AWGNLAAEAW FDVINRDFVM GEAVWTVFDY LGEPTPYNGI ERGAPYGFPA PRSSFFGIVD
TAGFPKDSYY LYRALWNEKD TTTHILPSWN AKELGDLAEN VPIVVYTNAY AIELIFTDED
GNIKSLGKKY MEKVRTERGF SYKKVKGEDG PRSLYMTWHM PYEKGEISAI SFDENGKIIR
NTVGRSKVKT PTEDTFIKLE AFYPSMGEKR EGINFITIDL VDEDGNIKSS ALDEISVEVS
ENAELLALDS GLQADFELFA TDKKRAYGGR LLAIVKAKGP GPLKLKASGQ NLRQTELTIP
VWGEFHKRNS LVYDKYLINS SPEDLNLEAN KKITWKLIEK GKYHRSYVGD CESGPINTYV
LDIKGEMKLV DYEMGIFEEE LPIFPKSLPL VDEEGQIYYH GKEISYDDFD EEKFRREGFV
RTRARLKLLG KNYKSSVSVR KLVERYRKDA YIEDFALEKR VSEDEIYFAY DTQQIFGEIE
IYPQGFFSDF RFFIGESENE GSFKEIRANK IVKDSSKTTF TFEKFPATFI KIIGDVRNIS
KVRLRSMKIK VEE
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