| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | GWCH70_1664 |
|---|
| Symbol | |
|---|
| ID | 7976378 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Geobacillus sp. WCH70 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_012793 |
|---|
| Strand | - |
|---|
| Start bp | 1743939 |
|---|
| End bp | 1746935 |
|---|
| Gene Length | 2997 bp |
|---|
| Protein Length | 998 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 29% |
|---|
| IMG OID | 644798540 |
|---|
| Product | amino acid adenylation domain protein |
|---|
| Protein accession | YP_002949712 |
|---|
| Protein GI | 239827088 |
|---|
| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
|---|
| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
|---|
| TIGRFAM ID | [TIGR00517] acyl carrier protein
[TIGR01733] amino acid adenylation domain |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 27 |
|---|
| 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 | ATGACTTATA AAGAATTAGA TGAACTATCA TCAAAATTGG CAAACTATTT ACATGAAAAT
AATTATAGTA AAAATGCCTT TATTCCAATT TATATGCCTC CATGTCCTGA AATGATTATA
AGTATTTTGG GAGTGTTAAA GGTAGGTGCT GCTTATCTAC CTATATCTAC AGAATATCCA
GTTAATCGCA TTAATATGCT ACTAGAAGAT TCAAATAGCC AAATAATTCT AAAAAATACG
AGTAATTTGT TAAATTTAAA TGTTAAAGAA ATTGATATTA GAAATATTAT TACTTCAGAT
TACTCTGACT CATTCAATGA AATAGATGGC GAATTAGCTT ATTTAATGTA CACTTCTGGA
AGTACAGGAA AGCCAAAGGG TGTTAGAGTT ACGCATTCAA ATTTAGAATA TATACTAAAT
AACATGCAGA AATACTACCC GGTTTCTAGA GATGACAAGT ATATTTTATC AACACCATTC
ACCTTTGATG TTTCAGTTGT TGAAATTTTT GGTTGGATTT ACGGTGGGGG GGCTTTAGTA
ATACCAACAC AAGAGAACTC ACGTAATTTT AGAAAACTGG CTCATTTAAT AGAAATTCAT
AAAGTAACAC ATATGGCACT CTCGCCTGCA ATTCTAAATT TGATGCTAGA TAAGTTAAAT
GAGGATGATA TTGATAAATT AGATAGAAAC CTTAAATATT TAATGGTAGC AGGTGAAGAG
TTTAAAGTTT CCCTTGCTCA TAAAGCTATT AAGTATTTAA AAAATGTTTG TATTGAAAAT
TTATATGGCC CAACTGAATG TACAGTATAT GCAACGCGTT ATAGAATTGA TCGTAACTTT
AATCGTCCAA GCGTTCCGAT TGGAAAGGAA CTCGATGGGG TGCAAATTAA AATTTTAGAC
TCTAACGGAA TTGAGGTGCC GATAGGTACT CAGGGGGAGA TGTATATTTC CGGTGAAGGA
GTTGCTAAAG GATATTTGAA CTTACCTAGT GTCAATAATG AAAAATTCTT ATTTATAGAT
GGCAAAAGAT ATTATAAAAC AGGAGATTAT GCCAAAAGAT TAAAAGACGG AAACATAGAG
TTTATAGGAA GGAAAGACTA TCAGGTTCAA ATAAACGGGA TTCGAGTAGA GTTAGGGGAG
ATTGAAGATA TTATTTTGAA AGAAATAAAA GAAATAAACA TGGTTAAGGT GTTATATAAA
AACAATAAAC TTTATTGCTT TTATCAAGGG CAAAAAGCAA TCGTACCTGA TGATATAAAG
AAGACTTTGA AGAACTTTTT GCCTTCATAT ATGATTCCGA ACTTTTATAA ACAGATAGAT
GAATTTCCAC TAACGATTAA CAGAAAAATA GATACTAAGG CGCTTATGTC TTATTATGAT
GATACTGATG TTCTACAGAA TGTTATTCAA GATGCTGTTA CTGATACGCA AAAAAAAATC
TTGAGTATAT TTAAAGAAAC TTTAAATGTA GATAGTGTTT CTTTATATGA TAGCTTCTTT
GATCTAGGTG GAGATTCATT AGATGTCATA TCTGTGATTA TAGAGTTAGA GAATTATTAT
AACATCAATT TAGATGAATC TGTGTTATAT AACCACCAGA ATGCTAGTGA ACTAGCAAGT
TATATAGAAA ATATGTTAGA GCAGGAAAAT GAAGTAACTA AAAAGGTTCA AAATACAATT
GAAGATATTA ACATCGATCA TATAAAATCG CAAGTCTCTA GCTCATACTA TAAGAATAAT
AAATTGTTAG GTACAATAGA GAAAGTTTAT CCAGTATATT ATCACCAAAA GAATTACATC
AAAGACAATT TTAATAGTGT CATCGACATC AAAATTGACG TGAAAAAAGA TTTTGAAATG
GAAAAGGTTA TTCAAGCATG TAAGGATATA ATTCTATCTA ATGAACTATT AAGGTCTGTA
ATTTCTGTGG AGAGTGAACA GATTGTATTT AAACAGGTTA AATTAGATAT AGATAGTTAT
GAAATACCAT TATTTGACCT GTCTGAATAT TCTTATGATA GTGCAATCTC ACTAGTTGAC
GAAATTACTA AGACTATGGC AGAAGTCGTC TTAAAAAATC CTTTGGATGA GCTGCTATAC
ACTGTTACGA TCTTTAAATT GCGTCAAAAG TACATTGTAG TGTTTGTGTT ATCCCACAAC
ATTGCAGATT TATCTAACAA ACACATTTTG ATTAAACAAT TTATGAATTT ATTAAACGGT
CATAAATTAG AAAATAGACC GGAATATAAA GATTTCATAG AGTTTATGGA TAGCAAAAAC
AAATTAGAGT ATATTAGTAA TTGTGATTAC ACAAAAAAAC TTCTAAAAGT CAATAACAAT
AGAGTTAAAG TACAAAGTAG TGATGATTTA TTAGTATTAA AGTTTAATTT TGACAATAAA
CTCAGAACAA CATTCGATAT AATAGATAAA ATTAATTATA TAAGTACTCA AATCCTATCT
AGGGTTATTG GACAAAAAGA GTTCATCTAT CAAACGATAG TTAACATAAG AAAATATAAA
GATTTAGACT TCAGTAATTG TATCGGTGAT TATCATACTT CGATGGTTCT TTTGGGAAAA
CCAGAGGAAA CATTTGAGGA ATTTAAAAAT AGAATGGAAG AAGTTTATTC CATGTATAGA
GATGGATTCA ATCCAATTTA TCTGTTCGCA AAAGGGTTTC CAAACATGAG CGAAACTCAC
AAAGATTTAT ACCATCTCTA CGGTGTCAAT CCTATTGCTA AGACAAACTA CTTAGGAACA
ATTAAAAATG AGCAATTAAA TGTCATGTTA GATTCATTAG AAGAAACGAG AAAAAACTTA
AGTACTTTAA GAGATAATCC GTTTTTCATA ACTTCTTTTT CAACAAAAGA CCATATCTAT
ATTGCGTTTT TAAACAAGCC AGTTAACTTA GATGAAAAAA TATATAAAGA TCTTAACGTA
TCTGAAGAAC GCATCTTTAG TAGTACTAAT ACTTTAGATA AAACACCAAT AAAATAG
|
|---|
| Protein sequence | MTYKELDELS SKLANYLHEN NYSKNAFIPI YMPPCPEMII SILGVLKVGA AYLPISTEYP
VNRINMLLED SNSQIILKNT SNLLNLNVKE IDIRNIITSD YSDSFNEIDG ELAYLMYTSG
STGKPKGVRV THSNLEYILN NMQKYYPVSR DDKYILSTPF TFDVSVVEIF GWIYGGGALV
IPTQENSRNF RKLAHLIEIH KVTHMALSPA ILNLMLDKLN EDDIDKLDRN LKYLMVAGEE
FKVSLAHKAI KYLKNVCIEN LYGPTECTVY ATRYRIDRNF NRPSVPIGKE LDGVQIKILD
SNGIEVPIGT QGEMYISGEG VAKGYLNLPS VNNEKFLFID GKRYYKTGDY AKRLKDGNIE
FIGRKDYQVQ INGIRVELGE IEDIILKEIK EINMVKVLYK NNKLYCFYQG QKAIVPDDIK
KTLKNFLPSY MIPNFYKQID EFPLTINRKI DTKALMSYYD DTDVLQNVIQ DAVTDTQKKI
LSIFKETLNV DSVSLYDSFF DLGGDSLDVI SVIIELENYY NINLDESVLY NHQNASELAS
YIENMLEQEN EVTKKVQNTI EDINIDHIKS QVSSSYYKNN KLLGTIEKVY PVYYHQKNYI
KDNFNSVIDI KIDVKKDFEM EKVIQACKDI ILSNELLRSV ISVESEQIVF KQVKLDIDSY
EIPLFDLSEY SYDSAISLVD EITKTMAEVV LKNPLDELLY TVTIFKLRQK YIVVFVLSHN
IADLSNKHIL IKQFMNLLNG HKLENRPEYK DFIEFMDSKN KLEYISNCDY TKKLLKVNNN
RVKVQSSDDL LVLKFNFDNK LRTTFDIIDK INYISTQILS RVIGQKEFIY QTIVNIRKYK
DLDFSNCIGD YHTSMVLLGK PEETFEEFKN RMEEVYSMYR DGFNPIYLFA KGFPNMSETH
KDLYHLYGVN PIAKTNYLGT IKNEQLNVML DSLEETRKNL STLRDNPFFI TSFSTKDHIY
IAFLNKPVNL DEKIYKDLNV SEERIFSSTN TLDKTPIK
|
|---|
| |