Gene GYMC61_3601 details

Gene Information

• Locus tag: GYMC61_3601
• ID: 8527488
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Geobacillus sp. Y412MC61
• Kingdom: Bacteria
• Replicon accession: NC_013412
• Strand: +
• Start bp: 41213
• End bp: 43261
• Gene Length: 2049 bp
• Protein Length: 682 aa
• Translation table: 11
• GC content: 42%
• Product: 5-oxoprolinase (ATP-hydrolyzing)
• Protein accession: YP_003254627
• Protein GI: 261420946

Plasmid Coverage information

• Num covering plasmid clones: 22
• Plasmid unclonability p-value: 1
• Plasmid hitchhiking: No
• Plasmid clonability: normal

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

ATGTATAGGG TAGCGGTCGA CGTGGGAGGT ACCTTTACTG ATGTTGTTTT ACAAAACGAA 
GAGACAGGTG AGATTTTTGT TACAAAGGTT CCTTCTACAC CATCTGACCA ATCAATCGGA 
TTAATGGATG GAATACTTAA AATCTGTAGA GAAGCAGGTG TTAGTTTATC TGATATTAGG 
ACGATTATAC ATGGTACAAC AGTGGCTACT AATGCAGTTT TAGAAGGAAA AGGTGCAAAG 
GTTGGATTAA TAACAACTCA TGGATTTGAA CAAATTCTAC ATGTTGCCCG TTCTTGGACT 
CCTGCTCCTG TTAGCGCATG GATTGGATTT ATTAAGCCTG ATCCACTTGC AGATCTGACT 
AATACCCGTG GAGCATTAGA ACGGATTAGT GCACAGGGTG AAATAATACG TGAACTCGAT 
GAAGATCATA TTCGGCGTCA AATTCAGGAA TTGTATGAAA AAAGTGTTGA AAGCTTAACG 
ATTAGTTTAA TTAATTCCTA TGCGAACCCA GTACATGAAC AACGAATTAG GGAAATTGCG 
ACAGAAATAA ACCCAGATAT TCCCGTTTCT ATATCTTATG AAATCTTACC GGAGTTTAGG 
GAATATGAAA GAACGCTAAC AACCGTTATG AATTCTTATG TTCGACCGCC AATGCAAAAA 
TATTTGAGAA ACATTGAAAA TAAGTTAAAG GAAAATCATA TGCGTAGCCG TGTTGGTATT 
GTACGTTCAG ATGGAGGACT AATGAGCATT TCGGCAGCTG CTACGCGTCC CGTACACACA 
ATGTTATCCG GACCTTCCGG TGGAGTAACT GCATCAGCTA TGATCGGTAT ACAGGCTGGA 
TTTAGAAATG TAATATCTTT CGATATGGGG GGGACATCAA CGGATGTAGC GTTGACATAT 
GACGGTAAAC CTAGGGTTTC AAGAGAAACC AAGGTTGGAA CCTTTCCAGT AAAAGCCCCT 
TCACTCGAAG TTGTCAGCAT CGGGGCTGGG GGGGGATCGA TTGCGCATGT TCCCCCAACT 
GGCGCGTTGC GCGTTGGACC AAAAAGTGCC GGAGCTGATC CCGGGCCCGC TTGTTATGGT 
CGTGGTGGCG AAGAGCCAAC GGTAACGGAT GCAAATGTAG TTTTAGGATA CCTCCCTTCA 
AGTTTAGTTG GTGGAGAAAT GAAACTTGAT GTGGAGGCAG CATTTAAGGC AGTTGGTAAG 
ATTGCAGAAC GCCTAGGTAT AGATGTGTAT CGTGCAGCCA AGGGTATATA TGACATTGTT 
AATGAGAATA TGTACGGTGC AATTCGAGTT GTATCAGTTG AAAAAGGTTA TGATCCACGT 
GATTTCGCAT TGATTGCACT GGGAGGGGCA GGTCCTTTAC ATGCGAATGC GTTAGGGCGT 
TTATCTGGTT CATTCCCTGT TATTATTCCA CCAACTCCTG GAGTCTTATC TGCATTAGGT 
TTCTTACAAT CGGATATTCG TAATGAATAC TCCAAGACCT TTATTCGTAC TTTAAGTCAA 
ATCGATGTGC GCTCACTAAT AAGAGAGTTA AACGAACTAG GAAAAGAAGC TGAAGAATGG 
CTGATTCAAG AGTCAGTACC CAAGGATCAA CAGACAGTTT CCTTCGAAGT AGATGTACGT 
TACTTTCGAC AAGGTTATGA AATTTCAATT CAGGTTGATA AACAGACCTT AATACAAAAT 
GGTCTTGGAC TGCTGAAGAG TCAATTTGAT AAAATTCACG AGAAAATCTA CGGCTTTAAG 
ATGGATATTG AACTTGAGAT TGTTAACCTG AGAGCAGTTG CTATAGGAAA AGTTACTTCT 
CCATCGTTGC CTTCCAGTAG CCCTGGTAAT GAGGATGCGT CGCACGCCTT AATAGATAAG 
GAACACAAGG CATTTTTTGA TGGCGAATTT TTACCTACAC CGTTATATGA TCGTGCGCTG 
TTAAAACCCA ATAATAGAAT TCCGGGACCA GCGATCGTTA TCCAAAAAGA TAGTACAACA 
TTAGTTTTGC CGGGTTATGT GGCGGTAGTT GATAACCATA TGAACCTTTT GATTAAAGAG 
GAGGTTTAA 

 

Protein sequence

MYRVAVDVGG TFTDVVLQNE ETGEIFVTKV PSTPSDQSIG LMDGILKICR EAGVSLSDIR 
TIIHGTTVAT NAVLEGKGAK VGLITTHGFE QILHVARSWT PAPVSAWIGF IKPDPLADLT 
NTRGALERIS AQGEIIRELD EDHIRRQIQE LYEKSVESLT ISLINSYANP VHEQRIREIA 
TEINPDIPVS ISYEILPEFR EYERTLTTVM NSYVRPPMQK YLRNIENKLK ENHMRSRVGI 
VRSDGGLMSI SAAATRPVHT MLSGPSGGVT ASAMIGIQAG FRNVISFDMG GTSTDVALTY 
DGKPRVSRET KVGTFPVKAP SLEVVSIGAG GGSIAHVPPT GALRVGPKSA GADPGPACYG 
RGGEEPTVTD ANVVLGYLPS SLVGGEMKLD VEAAFKAVGK IAERLGIDVY RAAKGIYDIV 
NENMYGAIRV VSVEKGYDPR DFALIALGGA GPLHANALGR LSGSFPVIIP PTPGVLSALG 
FLQSDIRNEY SKTFIRTLSQ IDVRSLIREL NELGKEAEEW LIQESVPKDQ QTVSFEVDVR 
YFRQGYEISI QVDKQTLIQN GLGLLKSQFD KIHEKIYGFK MDIELEIVNL RAVAIGKVTS 
PSLPSSSPGN EDASHALIDK EHKAFFDGEF LPTPLYDRAL LKPNNRIPGP AIVIQKDSTT 
LVLPGYVAVV DNHMNLLIKE EV