| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Aaci_1218 |
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| Symbol | |
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| ID | 8424719 |
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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 | Alicyclobacillus acidocaldarius subsp. acidocaldarius DSM 446 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013205 |
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| Strand | + |
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| Start bp | 1255113 |
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| End bp | 1258238 |
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| Gene Length | 3126 bp |
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| Protein Length | 1041 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 645027329 |
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| Product | glycoside hydrolase family 2 TIM barrel |
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| Protein accession | YP_003184636 |
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| Protein GI | 258511202 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.000962199 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | decreased coverage |
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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 | GTGGAACAGA AATATGTCGA GAGCTTCTAC CCTCCTTCGG ACTATCGGTT GCCCCCTCGT
GCGTTCTTCA TACCGCACTC GACAGAGCGA GAAGCGCTCG CACGCGGATT CTACCGTGCG
TCGACACAAG TGTTACCATT AGAAGGAAAG TGGAAGTTTC GCCTGTTTGA CAATCCTCGC
GCTGTGCCGA CGGACGTGAC TTGGATCGAT TTCGACGACT CCTCATGGGA AGAAATACAC
GTGCCGTCGA ACTGGCAGAT GGAGGGCTAT GGACGGCCAC ACTACACAAA CGTGATGTAC
CCCTTTCCTG TTGACCCGCC CCGGGTTCCT TCGGAAAACC CGACGGGTTG TTACAGAACC
AAATTTTTTC TGACACATCA CGATGTAGGC AGGGTACACT TGAGGTTTGA AGGGGTCGAC
GGATTGTATC AAGTTTACGT GAACGGTCAT GATATCGGTT TCGGATATGG TAGCCGATTG
CCCTCGGAAT TTGATATTAC GGACTTTGTT CATGCCGGTG ACAATGTACT TGTCGTGGTT
GTGTGTCAGT GGTCAGCTCA GTCTTATCTT GAAGATCAGG ACATGTGGTG GTTGTCTGGG
ATTTTTAGAG ACGTATACAT TCTGAAGAGA CCTCAGATCT ATTTATCCGA TGTTCGGGTT
CGAGCACTCT TGGGGACTGA CGGACGGACA GGGTGTTTAC ATGTAGAAGT GGAGATTGGG
GGAATTTTAT CACGCGATAA GCCTGTTCCC TTGAGGTTTA AGCTGATTGA TAGCATAGGG
GATAGTGAAA TCCTTGAAAA CACGATGTTG TCCGATGGAT TCGCGACTTA CGAGGCCGAG
ATCCCTAACG TACGACCGTG GACAGCGGAA ACGCCCAACC TGTATACGTT GCTGGTATCA
ATAGATCCGG ATTCCTTGTA CGCGGAACAT GTTGCGTTAC AAGTAGGATT TAGGAGAATT
GAGATTGCCG ATGGGCAGCT GAAGATCAAT GGAGTCCCTA TTGTGCTCAA AGGAGTAAAC
AGGCATGAGC ACGACGCCCG TCTGGGCCGA GCTTTGACGC TGGATGTGAT GATTCGCGAT
GTGCAGATGA TGAAACAGAA CAACATTAAT GCCGTTCGTA CCAGTCATTA CCCTCACCAT
CCTGTGTTCT ATGATCTGTG TGATCGCTAC GGTTTGTATG TTCTAGACGA AGCTGATCTC
GAGTGCCACG GCTTCGCATT GACAGGGAAC TGGGACCGAT TGAGTGACGA CCCGCAGTTG
GAACAGGCGT ACGTTGATCG CCTGGAGCGG ATGATCTGCC GCGACCGCAA TCATGCGTGT
GTAATTATGT GGTCTCTTGG TAATGAGTCT GGGTATGGTC GTAACCATAG AGCCATGGCA
GAACGGGCAA GGGCCATAGA CCCGACGAGA CCCGTACACT ACGAAGGTGA AACAAGGAGG
CTGCTAGAGC TTGGTTCTGA TTTACAACAC GCCGTGATGG ATGTGTACAG CACAATGTAC
ACATCCGTCG ATGAATTGAG CAGGCTTGGG GAATTGGAGC TTCCTAAACC ACATATATTA
TGTGAATTTG CCCATGCGAT GGGGAACGGG CCAGGTGGTC TTAAGGAGTA CGTTGAGCTA
TTTTATCAAC AGCGAAGGTT GCAGGGTGGG TTTGTATGGG AGTGGATTGA TCACGGAATT
CTGGCCTATA CATCTGATGG CAGACCGTAC TTCGCGTACG GCGGTGATTT TGGAGATGTT
CCGAACGACT TAAATTTCGT TATTGACGGA CTGTTATTTC CTGACCGAAC TCCTTCGCCG
GGGCTTTTCG AGTACAAGAA AGCAATTGAG CCGGTAAGAG TTCTTGAGTT CGATCGTTCA
TCAGGGATCA TCAAGGTCCA GAACCGCTAT GATTTTCTCT GTCTCGATTG CCTAGTAGCG
GAGTGGTCGC TTCAGGATGA ACAGTCAGTG TTGGCCGGTG GCATACTTGA ACTAGAGCCA
GTACCACCCA GGAGCATTGG ACAAATAAGG GTACCATGCG CCGAAATCCT TAATCGGCAC
AGAGATCGGT GCTTGACTCT GACTGTAAGA TTCCTTTTGC GCCACCCAAC CGACTATGCG
CCAGCGTTCC ACGAAGTTGC GAGTTTTTGC GAGTATGTTG AACGCAGTTG CCAGAATGCA
AGCATCGACA TATATCGGCC GGTTACAAGA TTTGAAATCG TAGAAAAGGG TAGTAGTCTA
TGCATCTATG ACGATTCGTT CTCCGTTGAG TTCGATTTGC TACGGGGGAG GATCTCTGGG
GTAGGATATC GTGGCTCACA AATCATTATG TCACCGCTCT CAATGTCGTT TTGGAGAGCG
CCTACAGATA ATGACGATCC ACCGAATCGA GAAATGTTTT CGGTTGCCAA AGTATGGCGC
GATTACGGTG TCGATCGGCT CTCAGAGTCC GTGTCAAACA TAGAAATCAA AAAACATGAC
AACGTCGTGC GCGCTCTAGT TGAGTCGCGT GTCGCGCCTG CCGGGCTCTC CTGGGGTATG
GCGTTGCAGT ATGAGTACAT TTTCTTACGC GGTGGGTTGG TCATGGTACG AATTTGCGGT
AAACCCGAAG GAGCTTATCC TCCAACCTTG CCTCGTATAG GACTGTTAAC GACCATTCAC
CTCGACTTCG AATACGTGAG TTGGTTTGGA CGAGGACCCG GTGAGAGTTA CCGCGATTCT
AAGGAGTCAC AACTCATTGG GAGATATAGG AGGTTGGCTG ATGAACTTTA TACCCCGTAT
GTGTATCCGC AAGAGAACGG TAATCGGACA GATGTGTATT GGATCTCGAT TACAAATAAA
TACATGGAGG GTCTGTTCAT AACAGGCCCA CAACCTTTGA ATTTTCAAGT GAGCAGATTC
AGTGTGGAGG ACCTCGAGCG CGCTCGGCAT CCATATGAGT TAGAAGAAAG TCCTTGGAGA
TACCTCCGAA TTGACTTTTC TCACCATGGG CTTGGCAGCG CGAGTTGTGG TCCTGGTCCT
CTTCCTGAGC ATCAATTGCG TACTGAGCCA TTCGAATGGA CTCTGTGCTT CGCACCCCTC
GCGCGACACG AGATCGATGA GTCGATCCTC CATCAAGTGG TCACGGAAAG GTTGAAGTTC
ATTTAG
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| Protein sequence | MEQKYVESFY PPSDYRLPPR AFFIPHSTER EALARGFYRA STQVLPLEGK WKFRLFDNPR
AVPTDVTWID FDDSSWEEIH VPSNWQMEGY GRPHYTNVMY PFPVDPPRVP SENPTGCYRT
KFFLTHHDVG RVHLRFEGVD GLYQVYVNGH DIGFGYGSRL PSEFDITDFV HAGDNVLVVV
VCQWSAQSYL EDQDMWWLSG IFRDVYILKR PQIYLSDVRV RALLGTDGRT GCLHVEVEIG
GILSRDKPVP LRFKLIDSIG DSEILENTML SDGFATYEAE IPNVRPWTAE TPNLYTLLVS
IDPDSLYAEH VALQVGFRRI EIADGQLKIN GVPIVLKGVN RHEHDARLGR ALTLDVMIRD
VQMMKQNNIN AVRTSHYPHH PVFYDLCDRY GLYVLDEADL ECHGFALTGN WDRLSDDPQL
EQAYVDRLER MICRDRNHAC VIMWSLGNES GYGRNHRAMA ERARAIDPTR PVHYEGETRR
LLELGSDLQH AVMDVYSTMY TSVDELSRLG ELELPKPHIL CEFAHAMGNG PGGLKEYVEL
FYQQRRLQGG FVWEWIDHGI LAYTSDGRPY FAYGGDFGDV PNDLNFVIDG LLFPDRTPSP
GLFEYKKAIE PVRVLEFDRS SGIIKVQNRY DFLCLDCLVA EWSLQDEQSV LAGGILELEP
VPPRSIGQIR VPCAEILNRH RDRCLTLTVR FLLRHPTDYA PAFHEVASFC EYVERSCQNA
SIDIYRPVTR FEIVEKGSSL CIYDDSFSVE FDLLRGRISG VGYRGSQIIM SPLSMSFWRA
PTDNDDPPNR EMFSVAKVWR DYGVDRLSES VSNIEIKKHD NVVRALVESR VAPAGLSWGM
ALQYEYIFLR GGLVMVRICG KPEGAYPPTL PRIGLLTTIH LDFEYVSWFG RGPGESYRDS
KESQLIGRYR RLADELYTPY VYPQENGNRT DVYWISITNK YMEGLFITGP QPLNFQVSRF
SVEDLERARH PYELEESPWR YLRIDFSHHG LGSASCGPGP LPEHQLRTEP FEWTLCFAPL
ARHEIDESIL HQVVTERLKF I
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