Gene GYMC61_1485 details

Gene Information

• Locus tag: GYMC61_1485
• ID: 8525348
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Geobacillus sp. Y412MC61
• Kingdom: Bacteria
• Replicon accession: NC_013411
• Strand: +
• Start bp: 1509086
• End bp: 1512604
• Gene Length: 3519 bp
• Protein Length: 1172 aa
• Translation table: 11
• GC content: 56%
• Product: ATP-dependent nuclease subunit B
• Protein accession: YP_003252607
• Protein GI: 261418925

Plasmid Coverage information

• Num covering plasmid clones: n/a
• Plasmid unclonability p-value: n/a
• Plasmid hitchhiking: n/a
• Plasmid clonability: n/a

Fosmid Coverage information

• Num covering fosmid clones: n/a
• Fosmid unclonability p-value: n/a
• Fosmid Hitchhiker: n/a
• Fosmid clonability: n/a

Sequence

Gene sequence

ATGGTGGTGG ATACAATGTC GCTGCGGTTT TTGCTCGGAC GGTCAGGAAG TGGGAAAACG 
GCTGTCTGCC TCGAAGAAAT TCGCCGCCAG TTGCAAGAGG ATCCAAAAGG AAGGGCGATC 
GTCTATCTCG TTCCGGAGCA AATGACATTT CAATGCGAAT ACGCGTTGAT ACATACCGAG 
GGAGTGGACG GGATGATTCG CGCCCAAGTG TTCAGCTTCA CCCGTCTCGC TTGGCGCGTG 
CTGCAGGAAA CAGGCGGCAT GACCCGGTAC CACATTCATG ATGTTGGCGT GCAGATGATG 
ATCCGCAAAA TTATTGAGCA ACGCAAACAA GAGCTGAAAC TGTTTGGCCG CGCGGCGGAC 
AAACATGGGT TTATCGAGCA GCTGAATGAA ATGATCGCTG AATGCAAACG GTATTGCCTG 
ACGCCGGGCG AACTCCGCCG ACATGCTGAG GCGTTCGAGG ATGGGCCAAG CCAGCCGGGC 
CGCCGCTTGC TCGCTGACAA GTTGAGCGAT GTCGCGCTTG TGTATGAGGA ACTTGAGCGG 
AGTCTTATCG GCCACTATCT TGATTCGGAA GATTATTTGC GCTTGCTCGC TGAGCATATT 
CCGCGCTCAA GTTATTTGCG GGATGCCGAT ATTTACATCG ACGGCTTTCA TCATTTCGCG 
CCGCAAGAAT ATATGATCAT CGAACAGCTT CTTCTCCATT GCCGGCGCGT CACCGTTTGT 
TTGACGATCG ACCGCCCGTA TGACGACGGA ATGCCGGACG AACTTCACCT CTTTTATTTG 
CCGGCGCAAA CGTACCGCCA GCTGAGGGAG TTGGCGCTAA GCAATGACAT TGCGATCGAA 
GAGCCGATCG TGCTTTCGGC CAACCGACGC CATGAAGACA GGGCGCTCGT TCATCTTGAG 
GCGCAATTTC ACCGACGCCC ATTGCTTCCA TATGGTGCAA AGACCGATGC CGTTCATCTT 
TATGAGGCGT CCAATCGCCG AGCAGAAATC GAAGCGGTCG CACGCGAAAT CATCCGCCTT 
GTCCGCGATG AAGGGGCGCG CTATCGCGAC ATTGCGCTGA TCATCCGCCA GACGGAGGCG 
TACCGCGATC TGGTGAAAAC GGTGTTTTTT GATTTTGGGA TCCCGTATTT TATGGATGAA 
AAAGAACCGA TGCACCACCA CCCGCTCATT GAACTCGTGC GCGCTGCCTT AGAGACGGTC 
GTGACGCGTT GGCGATATGA AGCGGTGTTT CGGGCGGTGA AAACGGATTT GCTTTTTCCA 
ACGGACGGCG ATCTGCACAT GTGGCGCGAG GCGGCCGACA AGCTCGAAAA CTATGTGCTT 
GCTTACGGAA TCAAAGGGGA TAAGTGGACA AACAATGAGC GCTGGGCGTA TCGGCGCTAT 
CAGGCGCTTG ACGGTTTGAA CGTACCACAA ACGGATGAAG AGCGGCAGTT TGAGGACATG 
CTCAATGAAT GGCGCGAGGC GTTGGCCGCT CCGCTTCGCC GGTTGGAGCG CCGTCTGCGC 
CGGGCGGAGG ACGGACGCGG GTTTTGTATG GCATTATATC TGTTTTTGGA AGAATTGCAG 
ATTCCAAAAA AACTAGAGAA AATGAGCGCG CAAGCGGAAG CGGACGGCCG CCTCGTTGAA 
GCGCGCCAGC ATGAACAGGC GTGGAACGCC GTCGTCGATT TGCTTGACCA ATATGTAGAA 
ATGCTCGGGG CAGAATCACT GCCGCTCGCT GAGTTTGTCA AGATTATCGA GGCTGGGCTC 
GATCGGTTGG AGTTCTCCCT TGTGCCGCCG GCGATGGACC AGGTGATCGT CGCTCAGCTT 
GATCGCTCTC GTTTAATTGA CATCAAGTAT GCGTTCGTCA TCGGCGCCAA CGATGGCGTT 
ATTCCAGCGA AAGTGAAGGA AGACGGGCTG ATGGCGGAAG TGGAGCGCGA GCAGCTGCGT 
GAGTTGGGGG TGGCGCTCGC CCCAGGGGGA CGGGAGCAGC TGTTTTATGA CCCGTTTTTT 
GTCTACTTGG CACTTGTTTG TCCGAGCCGG CGGCTGTATG TTACATATCC GCTTGCTGAT 
GGAGAAGGGA AAGCGTTGAT GCCGTCGCCG CTCATCAAGC AGCTTACGGA ACTGTTTCCG 
CATGCGCCGG TGCATCTGTG CGGCAACGAC CCGTTCGACG CCCCGGCAGA AAAAGCAGAG 
GCGTTCGTGA CCGCGCCGCG GGCGACGCAA ACGTATTTGA TCAGCCAGCT CCGAGCATGG 
AAGCGCAACT ACGGCATCGA TCCGCTTTGG TGGGATGTGT ATAACACGTT CATCGGCCAT 
CGGGACTGGA AGGAGCAGGT GCGGCATGCC GTCTCCGCGC TCTTTTATAC AAACGGAGCG 
ACGCCGCTCA AAAAACAGTG GAGCCAGCGG CTGTACGGCA AAAAAATTCA GGCGAGCGTC 
TCGCGCATGG AGCAGTTTCA AAAATGCCCG TACGCCCATT TCGCATCGCA TGGGCTGCGG 
TTGAAAGAGC GCAACGTTTT CCGACTTGAG GCGCCGGATG TTGGGCAATT GTTCCATGCC 
GCCATCAAGC AAATCGCCGA CCGGCTGCGC GAACAGCATC TTGATTGGCG CGAACTGTCA 
AGACCAGACT GTGAACGGCT GTCGGCCGAA GCGGTCGAGC GAATCGCCCC GCTCATCCAG 
CAGCAAGTGC TCTCAAGCTC TCATCGCTAT GAATATATGA AACGAAAATT GAAACACGTC 
GTTGCCCGTA CAACCCATGT GTTAAGTGAG CATGCGCGGG CGAGCGGTTT CGTTCCGATC 
GGACTTGAGC TGTCATTCGG CCCCAATGGC GACCTGCCGC CGCTTCGGTT TCGGCTGCCC 
GACGGAACAG TGATGGAGCT TGTTGGGCGG ATCGACCGCG TCGATAAGGC GGAAAGCAGC 
CAAGGAGTGC TTCTGCGCAT TATCGATTAC AAATCGAGCG CGAAAACGCT CGATTTGACG 
GAAGTATATT ACGGCCTGGC GCTGCAAATG CTCACCTACC TGGACATCGT GCTGACGTAT 
GCCGAACAGC TCGTTGGACA GCCGGCCTTG CCAGCCGGGG TGCTTTATTT TCACATCCAC 
AATCCGATCG TTCAAGCGAA GCAATGGGTG GATGATGAGG TGGAAATGGC GAAAAAGTTG 
CTTGAACCGT TTCGGATGCG CGGGCTGTTG CTCGCTGACG TCGAGGCGAT CCGGTTGATG 
GACAGCCGAA CGGAAGAGGG ACAATGGTCG CTGATTGTGC CCGCTCAGCT TACGAAAAGC 
GGGTCGATCC ATTCGCGTTC GTCGGTGGCG AGTCCATCCG ACTTTGCCGC GCTCCGCCAG 
CATGTCCGCC GTTTGTTCAT CGACATCGGC GGGCAAATCG CCGACGGCGT CGTGTCGATC 
GCCCCGTACA AGTTGAAAGA TAAAACAGCG TGCGAGTTTT GCGTCTTCAA ACCGGTCTGC 
CAATTTGATG AGGCACTCTC CGGCAACGAA TACCGGAAGC TTGCCCCGCA AACGAAGGAA 
GCGGTCATCG AAAAACTAGC GGAAGGGAAG GAAGGATAA 

 

Protein sequence

MVVDTMSLRF LLGRSGSGKT AVCLEEIRRQ LQEDPKGRAI VYLVPEQMTF QCEYALIHTE 
GVDGMIRAQV FSFTRLAWRV LQETGGMTRY HIHDVGVQMM IRKIIEQRKQ ELKLFGRAAD 
KHGFIEQLNE MIAECKRYCL TPGELRRHAE AFEDGPSQPG RRLLADKLSD VALVYEELER 
SLIGHYLDSE DYLRLLAEHI PRSSYLRDAD IYIDGFHHFA PQEYMIIEQL LLHCRRVTVC 
LTIDRPYDDG MPDELHLFYL PAQTYRQLRE LALSNDIAIE EPIVLSANRR HEDRALVHLE 
AQFHRRPLLP YGAKTDAVHL YEASNRRAEI EAVAREIIRL VRDEGARYRD IALIIRQTEA 
YRDLVKTVFF DFGIPYFMDE KEPMHHHPLI ELVRAALETV VTRWRYEAVF RAVKTDLLFP 
TDGDLHMWRE AADKLENYVL AYGIKGDKWT NNERWAYRRY QALDGLNVPQ TDEERQFEDM 
LNEWREALAA PLRRLERRLR RAEDGRGFCM ALYLFLEELQ IPKKLEKMSA QAEADGRLVE 
ARQHEQAWNA VVDLLDQYVE MLGAESLPLA EFVKIIEAGL DRLEFSLVPP AMDQVIVAQL 
DRSRLIDIKY AFVIGANDGV IPAKVKEDGL MAEVEREQLR ELGVALAPGG REQLFYDPFF 
VYLALVCPSR RLYVTYPLAD GEGKALMPSP LIKQLTELFP HAPVHLCGND PFDAPAEKAE 
AFVTAPRATQ TYLISQLRAW KRNYGIDPLW WDVYNTFIGH RDWKEQVRHA VSALFYTNGA 
TPLKKQWSQR LYGKKIQASV SRMEQFQKCP YAHFASHGLR LKERNVFRLE APDVGQLFHA 
AIKQIADRLR EQHLDWRELS RPDCERLSAE AVERIAPLIQ QQVLSSSHRY EYMKRKLKHV 
VARTTHVLSE HARASGFVPI GLELSFGPNG DLPPLRFRLP DGTVMELVGR IDRVDKAESS 
QGVLLRIIDY KSSAKTLDLT EVYYGLALQM LTYLDIVLTY AEQLVGQPAL PAGVLYFHIH 
NPIVQAKQWV DDEVEMAKKL LEPFRMRGLL LADVEAIRLM DSRTEEGQWS LIVPAQLTKS 
GSIHSRSSVA SPSDFAALRQ HVRRLFIDIG GQIADGVVSI APYKLKDKTA CEFCVFKPVC 
QFDEALSGNE YRKLAPQTKE AVIEKLAEGK EG