Gene GYMC61_3598 details

Gene Information

• Locus tag: GYMC61_3598
• ID: 8527485
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Geobacillus sp. Y412MC61
• Kingdom: Bacteria
• Replicon accession: NC_013412
• Strand: +
• Start bp: 37251
• End bp: 39170
• Gene Length: 1920 bp
• Protein Length: 639 aa
• Translation table: 11
• GC content: 40%
• Product: proprionate catabolism activator, Fis family
• Protein accession: YP_003254624
• Protein GI: 261420943

Plasmid Coverage information

• Num covering plasmid clones: 6
• Plasmid unclonability p-value: 0.00055082
• Plasmid hitchhiking: Yes
• Plasmid clonability: hitchhiker

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

GTGTTTACAT ATAGCAAACT CACAAGGATT CTTCAAGAAG TTTTAGCTGA AAAACAATGG 
CCGGCCGAGT TTATACTTCA TGAAGTTTTA ATTGAGGAAG CGATAAAAAA AGCACATGAA 
ATCGAAAAAA CTAATTCAGC TGATGTAATT GTTGCCTCAG GAGCTAATGC AACCGCGATT 
GAAGAACAGG GATTAAGTAT CCCTGTAGTC CGAATTAAAG TAACAGGTTT TGATCTAGTG 
AATGCACTAT GGCTTGCTAA GCGCATGAAT AGACAAGCAG TAGTTATGTC TTATCAGGAA 
CCAATTCCGC AGTTGGAACA GTTTCGTGAT TTGTTTCGTG TAGATTTGAT GCAGGAGGCT 
TACGATGGAG TTCACGATGC ACAAGAGAAG TTATTACGCA TATTAGGAAG TGGGAAATCT 
GTGATTATTG GTGCAAGCTT AGTTAATGAA CTTACGGAGC GAATGGGTGG ACATAGTATT 
TTCATTTACT CTAGATCTTC TATTCGCCTA GCTTTGGAAA CAGCTGTAGA GCTTGCAGAT 
CAACGAAGGT CCGAAATTGA AAAAAGACAA AAGATACAAG CTATGATGCG TGCTGTTCAT 
GAAGGGATTT TATATGTGGA TACTAACGGA CTTCTAATGG AGATTAATCC TGTTGCCGAA 
AAGTTGCTAG GCGTGTCTGC CCAGGATGTT ATCGGGAAAT CCATAGACAA AGTTGCTCCT 
GAGATTAAAC TTGATGATGT GTTTAAGAGA GGGAAACCAC TGCTCAATGT AGCGCAGAAG 
ACAAAACAAG GTATGCTTTT AGTTAACCGA ATTCCTGTAG TCCATCAAGG AGAACTAATT 
GGAGCTGTGG CAACAATTCA GGATGCGCAA GCCGTACAGA AAGCGGAGAA AGCCATCCGG 
CATCGGGTAT ATAGTAAAGG GCTTTTAGCC AAGGCAACAT TCGAACATAT TATCGGAAAA 
AACTCTACCT TTATGAAGTT AATCGACAAG GCGCAGCACT ATGCCCAAAC GGATGCTACA 
ATCTTGATTC GTGGTGAGAC TGGAACGGGA AAAGAGTTAT TTGCACAGAG TATTCATAAC 
GCAAGCAATA GGAATCGCCA TCCTTTTGTA GCAGTGAATT GTGCGGCTCT ACCTGAATCA 
ATTTTAGAAA GTGAACTATT TGGATATGAA GAGGGAGCGT TCACAGGAGC ACGTAAGGGT 
GGAAAACAGG GATTGTTTGA GCTAGCTCAC AGGGGAACCA TTTTTCTGGA TGAGATAGGT 
GAAATGTCCT TACCCTTGCA ATCCCGTCTT CTTCGAGTTT TACAGGAAAA AGAGGTAATG 
CGTCTTGGAA GTGACATGGT AATTCCTATC GATGTAAGAA TAATAGCAGC CACCAATCGT 
GACTTAAAAT CGATGGTAAA AGACGGGTTG TTTAGGCAGG ATTTGTACTA TAGACTTAAT 
GTACTCTCAA TTGAGCTACC ACCTCTTAGA GAACGATTAG ATGATTTACC CGACTTATTT 
CGTTTCTTTT TAAAGAATTA CAAATTAGAT AAACAACTGA TAGAGAAAGT CTTGTCTATT 
ATGTTACCAG TACTGTGTCA CCATAACTGG CCGGGAAATA TAAGAGAACT TGAAAATATT 
GCGGAGCGAG TTTCTGTTCT ATTAAAAGCG CATGTCACTA TGGACGAGGT ATTGGCCGAA 
GTGAAGAAGG AGCTATTTGG GAGTCATATC GAAATTCTGG ATTCAACTGA TTTGACTAAA 
GAAGTTGAAA ACTGGGAGCG ACAACGTATT TTACAGGTAT TAAGAGAAGT GCGAGGAAGC 
AAAACCAAGG CAGCGGCTCT TCTAGGGATT AGTCGGACCA CCTTATGGAG AAAGATTAAG 
GATTACGGAA TTGATAGATA TGATGACGAG GAAAAATCTA ATAATTTGTT TCAAAAATGA 

 

Protein sequence

MFTYSKLTRI LQEVLAEKQW PAEFILHEVL IEEAIKKAHE IEKTNSADVI VASGANATAI 
EEQGLSIPVV RIKVTGFDLV NALWLAKRMN RQAVVMSYQE PIPQLEQFRD LFRVDLMQEA 
YDGVHDAQEK LLRILGSGKS VIIGASLVNE LTERMGGHSI FIYSRSSIRL ALETAVELAD 
QRRSEIEKRQ KIQAMMRAVH EGILYVDTNG LLMEINPVAE KLLGVSAQDV IGKSIDKVAP 
EIKLDDVFKR GKPLLNVAQK TKQGMLLVNR IPVVHQGELI GAVATIQDAQ AVQKAEKAIR 
HRVYSKGLLA KATFEHIIGK NSTFMKLIDK AQHYAQTDAT ILIRGETGTG KELFAQSIHN 
ASNRNRHPFV AVNCAALPES ILESELFGYE EGAFTGARKG GKQGLFELAH RGTIFLDEIG 
EMSLPLQSRL LRVLQEKEVM RLGSDMVIPI DVRIIAATNR DLKSMVKDGL FRQDLYYRLN 
VLSIELPPLR ERLDDLPDLF RFFLKNYKLD KQLIEKVLSI MLPVLCHHNW PGNIRELENI 
AERVSVLLKA HVTMDEVLAE VKKELFGSHI EILDSTDLTK EVENWERQRI LQVLREVRGS 
KTKAAALLGI SRTTLWRKIK DYGIDRYDDE EKSNNLFQK