Gene GYMC61_1852 details

Gene Information

• Locus tag: GYMC61_1852
• ID: 8525716
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Geobacillus sp. Y412MC61
• Kingdom: Bacteria
• Replicon accession: NC_013411
• Strand: +
• Start bp: 1874260
• End bp: 1877703
• Gene Length: 3444 bp
• Protein Length: 1147 aa
• Translation table: 11
• GC content: 55%
• Product: pyruvate carboxylase
• Protein accession: YP_003252958
• Protein GI: 261419276

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

ATGAGGACAA GACGAATTCG CAAAGTGCTG GCAGCCAACC GTGGAGAGAT CGCCATTCGC 
GTTTTCCGCG CCTGCACGGA GCTTGATATC CGCACCGTGG CGATTTATTC GAAGGAAGAC 
GCCGGATCGT ACCACCGCTA CAAAGCGGAT GAGGCGTATT TAGTCGGGGA AGGGAAAAAG 
CCGATCGAAG CCTACTTGGA CATCGAAGGC ATCATTGAGA TCGCCAAAGC CCACGATGTC 
GATGCCATCC ACCCGGGTTA TGGGTTTTTG TCGGAAAACA TTCAATTTGC CAAACGGTGC 
CGCGAAGAGG GGATTATTTT CATCGGCCCG AACGAAGAAC ATTTGGATAT GTTCGGCGAT 
AAAGTGAAAG CGCGCCATGC GGCCATGAAG GCGGGCATTC CGGTCATCCC GGGCAGCGAT 
GGACCGGTCG GCGGCCTTGA AGACGTCGTC CGTTTTGCTG AGACGCACGG ATACCCGATC 
ATCATTAAAG CGGCGCTTGG CGGCGGCGGC CGGGGCATGC GCATCGTCCG CTCGAAGTCG 
GAAGTGAAGG AAGCGTTTGA GCGGGCCAAG TCGGAAGCGA AAGCGGCGTT TGGCAGCGAT 
GACGTTTATG TTGAAAAGCT GATCGAAAAG CCGAAGCATA TTGAAGTGCA AATTTTGGGC 
GACCACGAAG GAAACATCGT TCACCTTTAT GAACGCGACT GCTCGGTGCA GCGCCGCCAT 
CAAAAAGTCG TGGAAGTCGC GCCGAGCGTC TCGTTGTCGG ACGAGCTGCG CGAGCGCATT 
TGCGAGGTGG CGGTCCGGCT CATGAGAAGC GTCGGCTACG TCAACGCTGG CACGGTTGAG 
TTTCTCGTCT CCGGAGATGA GTTTTATTTC ATCGAAGTCA ATCCGCGCAT TCAAGTTGAG 
CATACGATCA CCGAAATGAT CACCGGGATT GACATCGTCC AGTCGCAAAT TTTAATCGCC 
GACGGATTTT CGCTCCACAG CCCGGAAGTC GGCATTCCAA AGCAGGAAGA CATCCGCATC 
AACGGCTACG CCATTCAGTC GCGGGTGACG ACGGAAGACC CGCTCAACAA CTTTATGCCG 
GATACGGGAA AAATTATGGC GTACCGTTCC GGCGGCGGTT TTGGCGTGCG CTTGGACGCC 
GGCAACGGCT TCCAAGGGGC GGTCATTACG CCGTATTACG ATTCGCTGCT CGTGAAAGTG 
TCGACATGGG CGTTGACGTT TGAGCAGGCG GCAAGAAAAA TGCTGCGCAA CTTGCGCGAA 
TTCCGCATCC GCGGCATTAA AACGAACATT CCGTTTTTGG AAAACGTCGT TCAGCATCCG 
AAATTTTTGT CGGGGGAATA CGATACGTCA TTTATCGATA CGACGCCGGA ATTGTTTGTA 
TTCCCGCGCC GAAAAGACCG CGGGACGAAA ATGCTTACGT ACATCGGCAC CGTGACGGTC 
AACGGCTTCC CTGGCATCGG CAAAAAGAAA AAGCCGGTGT TTGACAAACC GCGCGTGCCG 
AAGGTGAGCC AAACGGAACC GATCCCAGCG GGAACGAAGC AAATTTTGGA TGAACGCGGA 
CCTGAAGGGC TTGTTCGCTG GATCCAAGAG CAGCCGCGCG TGCTCTTGAC CGATACGACG 
TTCCGTGACG CTCATCAGTC GTTGTTGGCG ACCCGCGTCC GCACGATCGA CTTGTTGCGG 
ATCGCTGAGC CGACGGCGCG TTTGCTGCCC AACTTATTCT CGCTTGAGAT GTGGGGCGGA 
GCGACGTTTG ATGTGGCGTA CCGCTTTTTG AAGGAGGATC CGTGGGACCG CCTCTTGAAG 
CTGCGCGAGC GCATTCCAAA CGTGCTGTTC CAGATGCTGC TTCGGTCGGC CAACGCCGTG 
GGGTATAAAA ACTATCCCGA CAACGTCATC CGCGAGTTCG TCGACAAATC AGCGCAAGCC 
GGCATTGATG TGTTCCGCAT TTTCGACAGC CTAAACTGGG TGAAAGGGAT GACGGTGGCG 
ATCGATGCCG TCCGGCAAAG CGGCAAAATC GCCGAGGCGG CTATTTGCTA TACGGGCGAT 
ATTTTAGACC CGAATCGGCC GAAGTACAAT TTGGATTATT ACAAAGCCTT GGCGAAAGAG 
CTCGAGCAAG CCGGAGCGCA CATTTTAGGC ATTAAGGATA TGGCTGGTCT GTTGAAGCCG 
CAGGCGGCGT ACGTGCTCAT TTCCGCGCTT AAGGAGACGG TCAGCATTCC GATCCATTTG 
CATACGCACG ATACGAGCGG CAACGGTATT TACACGTACG CCAAAGCGAT CGAAGCCGGC 
GTCGATATCG TCGATGTCGC CGTCAGCTCG ATGGCCGGCT TGACGTCGCA GCCGAGCGCC 
AATACGCTCT ACTATGCCCT TGAAGGAACG GAGCGGGCGC CGGAGGTCGA TATTTGCGGC 
CTTGAGCAGT TGGCCCGCTA TTGGGAAGAC GTGCGCAAAT TTTATCAGGA GTTTGAAAGC 
GGCATGAACG CGCCGCATAC GGAAGTATAC ATGCATGAGA TGCCAGGCGG CCAGTACAGC 
AACCTGCAGC AGCAGGCAAA AGCGGTCGGC CTCGGCGATC GGTGGGATGA AGTGAAAGAA 
ATGTATCGCC GCGTCAACGA CTTGTTCGGC GACATCGTCA AAGTGACGCC GTCATCGAAA 
GTTGTCGGCG ACATGGCGCT TTACATGGTG CAAAACAATT TGACGGAGCA AGACATTTTT 
GAACGCGGCG AAACGCTCAA TTTCCCAGAC TCGGTCGTGG AGTTTTTCGA AGGCTATTTA 
GGCCAGCCGC ATGGCGGGTT CCCGAAAGAG TTGCAGCGCA TTATTTTGAA AGGGCGCGAA 
CCGATCACCG TTCGTCCGGG CGAGCTGCTT GAGCCGGTTG ATTTCGAGCA AATCAAGCGG 
GAGCTGTATG ACAAGCTCGG CCGCGAAGTG ACCGACTTTG ACGCCATTGC CTATGCGCTT 
TATCCGAAAG TGTTTTTGGA ATATGCCGAA ACGGTCGAAA AATACGGCGA TATTTCAGTG 
CTCGATACAC CGACGTTCCT GTACGGCATG CGCCTCGGCG AGGAAATTGA AGTGGAGATT 
GAGCGCGGGA AAACGCTCAT CGTCAAACTC GTCTCCATCG GCCAGCCTCA GGCGGACGGC 
ACACGCGTCG TTTACTTCGA GCTGAACGGC CAGCCGCGCG AAGTCATCAT CCGCGATGAA 
AGCATCAAAG CCGCTGTCGC TGAGCGCATC AAGGCCGATC GGACGAATCC GAACCACATT 
GCCGCCACGA TGCCGGGCAC GGTTGTGAAA GTGCTCGTGG AGAAAGGGGA AAAAGTCGAC 
AAAGGCGACC ATTTGATGGT TACGGAAGCG ATGAAGATGG AAACGACGGT GCAGGCGCCG 
TTTGCCGGCA TTGTCAAAGA CATTTACGTC AAAAGCGGCG ATGCCATTCA AGCGGGGGAT 
TTGCTGATCG AGCTGTCCAA ATGA 

 

Protein sequence

MRTRRIRKVL AANRGEIAIR VFRACTELDI RTVAIYSKED AGSYHRYKAD EAYLVGEGKK 
PIEAYLDIEG IIEIAKAHDV DAIHPGYGFL SENIQFAKRC REEGIIFIGP NEEHLDMFGD 
KVKARHAAMK AGIPVIPGSD GPVGGLEDVV RFAETHGYPI IIKAALGGGG RGMRIVRSKS 
EVKEAFERAK SEAKAAFGSD DVYVEKLIEK PKHIEVQILG DHEGNIVHLY ERDCSVQRRH 
QKVVEVAPSV SLSDELRERI CEVAVRLMRS VGYVNAGTVE FLVSGDEFYF IEVNPRIQVE 
HTITEMITGI DIVQSQILIA DGFSLHSPEV GIPKQEDIRI NGYAIQSRVT TEDPLNNFMP 
DTGKIMAYRS GGGFGVRLDA GNGFQGAVIT PYYDSLLVKV STWALTFEQA ARKMLRNLRE 
FRIRGIKTNI PFLENVVQHP KFLSGEYDTS FIDTTPELFV FPRRKDRGTK MLTYIGTVTV 
NGFPGIGKKK KPVFDKPRVP KVSQTEPIPA GTKQILDERG PEGLVRWIQE QPRVLLTDTT 
FRDAHQSLLA TRVRTIDLLR IAEPTARLLP NLFSLEMWGG ATFDVAYRFL KEDPWDRLLK 
LRERIPNVLF QMLLRSANAV GYKNYPDNVI REFVDKSAQA GIDVFRIFDS LNWVKGMTVA 
IDAVRQSGKI AEAAICYTGD ILDPNRPKYN LDYYKALAKE LEQAGAHILG IKDMAGLLKP 
QAAYVLISAL KETVSIPIHL HTHDTSGNGI YTYAKAIEAG VDIVDVAVSS MAGLTSQPSA 
NTLYYALEGT ERAPEVDICG LEQLARYWED VRKFYQEFES GMNAPHTEVY MHEMPGGQYS 
NLQQQAKAVG LGDRWDEVKE MYRRVNDLFG DIVKVTPSSK VVGDMALYMV QNNLTEQDIF 
ERGETLNFPD SVVEFFEGYL GQPHGGFPKE LQRIILKGRE PITVRPGELL EPVDFEQIKR 
ELYDKLGREV TDFDAIAYAL YPKVFLEYAE TVEKYGDISV LDTPTFLYGM RLGEEIEVEI 
ERGKTLIVKL VSIGQPQADG TRVVYFELNG QPREVIIRDE SIKAAVAERI KADRTNPNHI 
AATMPGTVVK VLVEKGEKVD KGDHLMVTEA MKMETTVQAP FAGIVKDIYV KSGDAIQAGD 
LLIELSK