Gene GYMC61_1887 details

Gene Information

• Locus tag: GYMC61_1887
• ID: 8525751
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Geobacillus sp. Y412MC61
• Kingdom: Bacteria
• Replicon accession: NC_013411
• Strand: +
• Start bp: 1906632
• End bp: 1908566
• Gene Length: 1935 bp
• Protein Length: 644 aa
• Translation table: 11
• GC content: 55%
• Product: stage V sporulation protein D
• Protein accession: YP_003252993
• Protein GI: 261419311

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

ATGCGCGTAT CGTACGTTAC CGTGCGCAAG CGGTTGACGA TCGTGTTTTT GATCGGGATT 
TTGATCTTTG CCATTATCGA TCTCCGTCTC GGCTACGTCC AATTTTGGCT CGGCGATCTA 
TTAGCGGAAC GGGCGAAAGG GCTATGGGGC CGGAACATTC CGTTTGAGCC GAAGCGAGGC 
GAAATTTTGG ACCGCAACGG CGTCCCGCTG GCGACGAACA TGAGCGCGCC GACGGTGTAT 
GTCATTCCGC GGCAAGTCAA AAACCCGGCA GAGGCGGCGA AAAAGCTGGC CGGGGTGCTG 
GGCGGTTCGG TCGAATCCAT CTATAAACAA ATCACGCAAA AAACGTCGAT CGTCCGCCTG 
AAAGAAGGGC GGAAAATTTC CGATGAAAAA GCGGCGAATG TGCGCTCCCT CGACTTGGAT 
GGGGTGTATA TCGCTGAAGA TACGAAGCGC TACTATCCGT TTGGCAGCTA TTTGTCGCAC 
GTGCTCGGCT TCACCGGCAT TGACAACCAA GGGCTCACCG GGTTGGAGCT GTATTATGAC 
AAGGAACTGA GGGGCGAGCG CGGCTCCGTG CAGTTTTATT CCGATGCGAA AGGGCGGCGC 
ATGCCCGATA TCGCTGATGA CTATACGCCG CCGACTGACG GCTTGAATTT GGTGTTGACG 
ATCGATTCGC GCATTCAGAC GATCATTGAG CGCGAACTTG ACATCGCGGA GGCGAAATAC 
AATCCGGACG GCATCATCGC GATCGCCATG GACCCGAACA CCGGTGAAAT TTTGGCGATG 
GCGAGCCGGC CGACGTTCAA TCCAGCGGAT TACCGGAGCG TTCCTCCGGA AATTTACAAC 
CGCAACTTGC CGATTTGGAG CACGTACGAA CCGGGATCGA CGTTTAAAAT CATTACGCTG 
GCCGCGGCGC TTGAGGAACA TAAGGTGAAT TTGCTGAAAG ACCATTTCTT TGACCCGGGC 
TACGCCAAAG TAGCCGGCGC TACGCTTCGC TGCTGGAAAA AAGGCGGCCA CGGAGATCAG 
ACGTTTTTGG AAGTCGTGCA AAACTCGTGC AACCCGGGGT TTGTCGAGCT TGGCGAGCGG 
CTTGGAAAGG AGACGTTGTT TCGTTACATT AAGCAATTCG GTTTTGGTGA GAAAACGGGC 
ATCGACTTGC AAGGCGAAGG AACAGGCATT TTGTTTGATT TGAAACGGGT CGGGCCGGTG 
GAACTGGCAA CGACGGCGTT TGGCCAAGGA GTGTCGGTGA CGCCGATCCA GCAAGTCGCT 
GCCGTGTCGG CGGCAATCAA TGGCGGCATT TTGTACACTC CGTACATTGC CAAGCAGTGG 
GTCGACCCGG AAACCGGAGA GATCGTCCGC CGCAACACGC CAAAAGCGAA ACGGCGCGTC 
ATTTCCGAGG AAACATCGAA ACAAGTCCGT TACGCACTTG AGAGCGTCGT CGCTCAAGGA 
ACAGGGAAAA AGGCGTATGT CGAAGGGTAC CGCGTCGGTG GAAAAACGGG AACGGCGCAA 
AAGGCGCAAG GCGGCCGCTA TTTGCCAAAC AACCATATCG TTTCGTTCAT CGGCTTCGCT 
CCGGCGGATG ACCCGAAGCT TGTCGTGTAC GTCGCCGTCG ACAACCCGAA AGGAACGGTT 
CAGTTCGGCG GCACAGTCGC TGCCCCGATT GTAGGAAAAA TTATGGAAGA TAGTTTGCGC 
ACGTTGGGCG TGAAGCCCCG CAAAGACCAG CTCGAGAAGG AGCGCGACTG GAACGAGCCG 
AAAGTCATTG AAGTGCCCAA CTTAATCGGA ATGACAAAAA ATGATTTGCA AGAACAGCTT 
TTTGACTTAA AATTAGATGT TAGTGGCGAG GGAGATGTCG TTGTGGAACA ATCCCCGAAG 
CCAGGGGCGA AAGTGAAAGA AGGCTCAACG GTCCGCATTT ATTTGGCGAA ACGCGAAGCG 
GCGGAAGAAC GGTAA 

 

Protein sequence

MRVSYVTVRK RLTIVFLIGI LIFAIIDLRL GYVQFWLGDL LAERAKGLWG RNIPFEPKRG 
EILDRNGVPL ATNMSAPTVY VIPRQVKNPA EAAKKLAGVL GGSVESIYKQ ITQKTSIVRL 
KEGRKISDEK AANVRSLDLD GVYIAEDTKR YYPFGSYLSH VLGFTGIDNQ GLTGLELYYD 
KELRGERGSV QFYSDAKGRR MPDIADDYTP PTDGLNLVLT IDSRIQTIIE RELDIAEAKY 
NPDGIIAIAM DPNTGEILAM ASRPTFNPAD YRSVPPEIYN RNLPIWSTYE PGSTFKIITL 
AAALEEHKVN LLKDHFFDPG YAKVAGATLR CWKKGGHGDQ TFLEVVQNSC NPGFVELGER 
LGKETLFRYI KQFGFGEKTG IDLQGEGTGI LFDLKRVGPV ELATTAFGQG VSVTPIQQVA 
AVSAAINGGI LYTPYIAKQW VDPETGEIVR RNTPKAKRRV ISEETSKQVR YALESVVAQG 
TGKKAYVEGY RVGGKTGTAQ KAQGGRYLPN NHIVSFIGFA PADDPKLVVY VAVDNPKGTV 
QFGGTVAAPI VGKIMEDSLR TLGVKPRKDQ LEKERDWNEP KVIEVPNLIG MTKNDLQEQL 
FDLKLDVSGE GDVVVEQSPK PGAKVKEGST VRIYLAKREA AEER