| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | GYMC61_2177 |
|---|
| Symbol | |
|---|
| ID | 8526042 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Geobacillus sp. Y412MC61 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_013411 |
|---|
| Strand | + |
|---|
| Start bp | 2199740 |
|---|
| End bp | 2202985 |
|---|
| Gene Length | 3246 bp |
|---|
| Protein Length | 1081 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 47% |
|---|
| IMG OID | |
|---|
| Product | helicase domain protein |
|---|
| Protein accession | YP_003253272 |
|---|
| Protein GI | 261419590 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
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 | ATGAAGACAA AAGGGATGAT TGACAACAGA CAAAACGGCC TAGTCGGCGA TGCGTTGAAA
GCGCATATCA CAAAAGGCAG CAAACTATCG ATTGCAGCGG CCCATTTTAC GTTATATGCG
TTTGCAGAGT TGAAAAAAGA ACTGGCGCAA ATCGATGAAT TTCGCTTTAT TTTCACAGAG
CCTGCCTTTG TGCGCGGTGA TCGTTCATTC AATGAATGGA TGAAGAAAAA CGAAGCGACG
CTGTATGGAG TAGAAGAAGA ACGAAAATAC AAAATCGAAC TTAACCAAGC ATACATAGCA
AGGGAACTGG CGAAATGGCT GAAACAGAAA GCAAGGGTGA AATCGGTCGT CAATCAGCGC
ATTCAAGGCA GCATATATCA TGTGCGAAAT GAGGATGGGT CACAAATCGG CTTGATCGGC
GGGGCGCCGT TTTCCAGTCC GGGGCTCGGC TACAGCAGCT CCCCCCATTT TTATTTTGCT
CATATAATGG ATGATCGAGA TTCCAGCGCC CAGCTGCTTC GCCAGTTTGA GGCGATTTGG
CAAGATGAAC AGGCGCTGCA AGATGTGAAA GATGAAATTT TGCGGCGCTT GGAAGTCATG
TATCAAGAAC ATCCGCCAGA GTTTATTTAC TTTGTCACAC TTTATTACTT ATTCAAAGAT
TTTTTAAAAG AAGCGACAAA CTACGAAACG TTGCAGACGA GAACTGGTTT CCAAAATACG
GTGATTTGGA ACAAACTTTA TGACTTTCAG CGCGATGGGG TCCTTGGGGC TATCAATAAA
ATTGAAACGT ACGGGGGCTG CATCATCGCC GACAGTGTCG GGCTTGGAAA AACGTTCGAA
GCGTTGGCGG TGATCAAATA TTACGAATTG CGCAACCATC GCGTTCTCGT ATTGGCGCCG
AAAAAATTGC GGGAAAACTG GGCCATCTAC CGTTTAAATG ATAAGCGAAA CATTTTAGCC
GCAGACCGCT TTTCGTATGA CTTGCTCAAC CATACCGACT TATCGCGTGA GCGCGGCTAC
AGCGGCGATA TTAATTTGGA ACATGTGAAT TGGGGAAATT ATGATTTAGT TGTTATCGAC
GAGTCGCACA ACTTTCGCAA CAACGATCCG CGCAATGACC GGGTGACGAG ATATTCCCGC
TTGATGAACG ATATTATGAA AGCGGGGGTG AAAACGAAGG TATTGATGCT TTCCGCCACC
CCCGTCAACA ACAAGCTGGA TGACTTGAAA AATCAAATTG CCTTTATTAC AGAAGGAAAT
GACAAGGCAT TGGCGGAAAC GGCAAACATC AAAAGCATCA GCCAGACGAT TCGCCGCGCC
CAGTCGCAGT TTAACAAATG GAGCCAGCTT CCCGAAGAAG AGCGGACGAC CGAGCGGTTG
TTGGATATGC TCGATTGGGA TTATTTTGCT TTGCTTGATT CGCTGACAAT CGCCCGTTCG
CGCCGCCATA TCGAAAAATA TTACAATGTG GATGCCATCG GGCCGTTTCC CACGCGTCTA
AAGCCGATCA ATCTGAAAGA AAAAATCGAC AGCAAAGATG AGTTTCCGCC GCTTGAGAAA
ATCAATAACG ACATCTTGCG GCTTCGGATG GCGGTCTATT CGCCGATGCA ATACATTTTG
CCGAACAAAA AAGCGGACTA TAGCGAAAAA TACGACACAA AGGTCGCAAA CGGCAGAGTG
TTTAAGCAAA CCGACCGCGA GCACAACCTT GTTTACTTAA TGAAGTCGAA TTTGCTGAAG
CGGTTGGAAA GCAGCGTTCA TTCGTTTTCT TTGACATTGC AAAACATTAT CCAGCAAATC
GACGAACATG TTGAGAAAAT CAACCGTTGC GATGGAAGTT CCGGGACAAT TGGAGAGATG
GACGGGATCG ACGCGGAAGA TCCGGAATTG GAAGAGGCGT TGATCGGATC GAAAGTCAAA
ATCTTTTTGA AAGACATGGA TTTGATCCGT TGGAAACAAG ATTTGTTATA CGACCGGGAG
ATTTTGCTGA GGCTGCTTCA CCAGGCGCGG AACGTAACGC CGGATCGCGA TCAGAAGCTG
TTGGCGTTGA AACGATTGAT CGAACATAAA ATCAAGCACC CGATTAACGA TCAGAACAAA
AAACTGCTCA TTTTCACCGC TTTTGCCGAT ACGGCGAAAT ACTTATACGA GAATTTGCAT
CAATGGGTGC AAAACCAATT TGGCTTGCAC TGCGCGGTCG TGACGGGCGC TGATCGGCCG
AAAACAACAT TGAAGATGAA GAAAGTCGAT TTCAATCATG TGTTGATGAA CTTTTCGCCC
GTCTCGAAAG AGCGGGGTAA AGTGATGCCG GAAATGAAAG ACGAAATCGA CATCCTCATC
GCCACGGACT GTATTTCCGA AGGACAGAAC TTGCAAGACT GCGATTATCT TGTCAACTAT
GACATCCATT GGAACCCGGT CCGCATCATC CAGCGGTTCG GCCGCATCGA CCGGATCGGC
AGCAAAAACA AACAGATCCA GCTCGTAAAC TTCTGGCCAT CAATCGAGCT TGACGAATAC
ATTCAGCTCG TCAATCGGGT CAAAGGCCGA ATGACGATCC TGGATATTTC ATCGACCGGG
GAAGAAAACG TCATTGCCGA CAACAGCAAC GAAATGAATG ACTTGGAATA CCGCCGCAAA
CAGCTGGAAA AATTGCAAAA TGAAGTCATC GACTTAGAGG ACATTTCCGG AAATATCTCG
CTGACGGATT TTACACTCGA CGACTTCCGA ATGGACTTGT TGAATTTCAT GAAGGAACAT
AAGGAAGAGC TCGAGCGGGC CCCGCTCGGA CTGTTCAGCA TTGTCGCGAA TCAAAATGAA
AAACTGAAAG ACGAAATTCA GCCGGGCGTC ATTTTCTGCC TGAAACAAAC GGCGCCGATG
GCATCGGCGC ATGAACAAAA CGCGCTTTAT CCGTATTACT TAGTGTACGT GCGGGAAGAC
GGCACGGTGT TGTATAACCA TGTCCACGTA AAGAAAGTGT TGGATTTATA CCGGTCGCTT
TGCAACGGCA AAAAAGACGT TGAATGGGGC TTGTACAAGG CGTTTTATCA AGAGACGAAA
AACGGAAAAG ACATGGGGCA ATACAAGGCG CTGCTGGAAA AAGCGGTGGA AGAGATCGTC
GGCAAGATGG ACCAGCAATT GATGCTCAAC ATCTTCAGCC TTGGGAACTT GGACGCCTTC
GTGACGAACG CCAACACGAG TTTGCAAGAT TTTGAGATCG TTTCGTATTT GATCATTAAA
GGGTGA
|
|---|
| Protein sequence | MKTKGMIDNR QNGLVGDALK AHITKGSKLS IAAAHFTLYA FAELKKELAQ IDEFRFIFTE
PAFVRGDRSF NEWMKKNEAT LYGVEEERKY KIELNQAYIA RELAKWLKQK ARVKSVVNQR
IQGSIYHVRN EDGSQIGLIG GAPFSSPGLG YSSSPHFYFA HIMDDRDSSA QLLRQFEAIW
QDEQALQDVK DEILRRLEVM YQEHPPEFIY FVTLYYLFKD FLKEATNYET LQTRTGFQNT
VIWNKLYDFQ RDGVLGAINK IETYGGCIIA DSVGLGKTFE ALAVIKYYEL RNHRVLVLAP
KKLRENWAIY RLNDKRNILA ADRFSYDLLN HTDLSRERGY SGDINLEHVN WGNYDLVVID
ESHNFRNNDP RNDRVTRYSR LMNDIMKAGV KTKVLMLSAT PVNNKLDDLK NQIAFITEGN
DKALAETANI KSISQTIRRA QSQFNKWSQL PEEERTTERL LDMLDWDYFA LLDSLTIARS
RRHIEKYYNV DAIGPFPTRL KPINLKEKID SKDEFPPLEK INNDILRLRM AVYSPMQYIL
PNKKADYSEK YDTKVANGRV FKQTDREHNL VYLMKSNLLK RLESSVHSFS LTLQNIIQQI
DEHVEKINRC DGSSGTIGEM DGIDAEDPEL EEALIGSKVK IFLKDMDLIR WKQDLLYDRE
ILLRLLHQAR NVTPDRDQKL LALKRLIEHK IKHPINDQNK KLLIFTAFAD TAKYLYENLH
QWVQNQFGLH CAVVTGADRP KTTLKMKKVD FNHVLMNFSP VSKERGKVMP EMKDEIDILI
ATDCISEGQN LQDCDYLVNY DIHWNPVRII QRFGRIDRIG SKNKQIQLVN FWPSIELDEY
IQLVNRVKGR MTILDISSTG EENVIADNSN EMNDLEYRRK QLEKLQNEVI DLEDISGNIS
LTDFTLDDFR MDLLNFMKEH KEELERAPLG LFSIVANQNE KLKDEIQPGV IFCLKQTAPM
ASAHEQNALY PYYLVYVRED GTVLYNHVHV KKVLDLYRSL CNGKKDVEWG LYKAFYQETK
NGKDMGQYKA LLEKAVEEIV GKMDQQLMLN IFSLGNLDAF VTNANTSLQD FEIVSYLIIK
G
|
|---|
| |