| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Taci_0666 |
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| Symbol | |
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| ID | 8630480 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Thermanaerovibrio acidaminovorans DSM 6589 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013522 |
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| Strand | + |
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| Start bp | 701162 |
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| End bp | 704188 |
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| Gene Length | 3027 bp |
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| Protein Length | 1008 aa |
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| Translation table | 11 |
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| GC content | 61% |
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| IMG OID | |
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| Product | flagellin domain protein |
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| Protein accession | YP_003317184 |
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| Protein GI | 269792280 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGCTTCAGC GGGTTACTAA CAGCATGATG CACGGCATGT TGCTGTCCGA CATGCAGAGC
AACTTGGCCA AGATGCTGGA GATCCAGAAG CAGCTGGCCA CCCAGAAGAA GTTCTCCAGG
CCATCGGACA ACCCCATAGA CGTGACCAGG TCTCTCTCTA TGGACACCAC CATAACGGAG
AACGTCCAGT ACAGGAGAAA CCTGGACGAC GCTCTGACGT GGCTCAACAA CACCGAGACC
GCATTTGACC AGATAACCAG CGTCTATCAG CAGGTCCGTC AGTTGGCCGT ATACGCTGGG
GACGGGGGGC TGGTGGACGT GGACATGGGG GCCATCGCGG AGCAACTGTA CCAGCTGCAG
GAGGAGATGC GGAACGCGGC CAACTACGAG GTGGAGGGCC GTTTCCTCCT GTCAGGTCTC
TCCACCGGTG TCAGGCCCTT CGTTAGGGAC TCCAGCGGCC GGGTGGTCTA CAAAGGCAGC
ACCATGCCGG TCTACTTCGA GATGGAGCGC CAGCAGCTGG GCCGGGTCTC CTTTACCGGC
CGGGACGTTT TCCAGGTGAA CGAGAAGAAG TACACGTTGA GGAGCTTCGA GGTGCCCTTG
GACTTCACCT GGAAGGGGCG GGACGAGATA ATCCAGCTCC AGGTGGGAGA TCAGGTGGTG
AAGGCCCGTC TGTCGGAGAG GTGGCAGGAC GAGAAGCTGG ACAACGTGGC GGACAGCACC
GACTACGACC GTTTCCGGGA GGCTTCGGAG CTGGAGGGTT ACAGTCTGGA CGACGTAGCC
AAGGCGCTGA ACGACAGCAT AGAGATGGGG GATCTCAAGC GGCTGGTGTC CGTATCGGTG
GAGAAGGACA CCGCCAAGGG GGTCCAGCGG CTGGTGATAA GGAGCCACAA CGGCCTTCCG
GTTAGGCTCA CCAGCTGGCC CGAGACTGAC ATACCAAAGC TCTCCCAGGG TGTTCGGGGT
GTCGATGTTC CCCTGGCCCC CCCGTTTGTG GCGGACGCCT CTTCCACCCT TACGGTGGAC
TTCGGCAATG GGGTGACCCA CGACGTGGCG GTGGCGGGCA AGACCTTGTC CCAGATTGCC
GATGAGCTCA TGAAGGTCCC TGGTTTATGG GCGGAGAGAA AGACCGATGG GACCAACGAG
TGGCTCCTGG TGGTATCCCG GGATCCGTCC AGGTCCTTCA GCATAAGGTC CACCGGCAAC
GTGGCCACCG ATGTCTTTGG ATCCGACACG GTGTTGTCCT CCGAGGTCCA GAAGAACGTG
GATCACAGCC ACATAGACCT GGTGCGGCTT CTCGGCATGG AGACCTCCCT GAAGTCCACC
GAGGTTTCCC CCACTTGGAA CGTGGACACC ACCGCATCTC CCCTTCACTG GAAGTTCATG
GCGGGGGGGA AGAGGGGGGA GCTCTTCATA AACGGTGACC CGGACCTAAC CATGGAGGAG
CTGGCCCAGC GGATAAATGC GGTGATGGGT GAGTGGGTCG AGGCGGTGGT GGAGCTGGAC
GAGCCGGACG GGGCCAGCCC TAGCCCGGAC CCTTTGGGCA ACAGCGGTTC CAACGCCGAG
GAGGCCACCA AGAGGCTTAT CCTGAGGACC CGGGACGGCT CCCCCCTTGT GGTATACGAT
GGGGAGAGGG CGGGGGCCAA CTACGCCTCC CAGCTGGGGG TGGATACCAG CGTCAGGGGG
GCGGGGCCTT TGACCTATCC GAGCGACGGG GCTGGGCCTT TCGACGAGAA CATGCCCGCC
CTGGTGGAGG TCCGGGTTGG GGACGAGACC TACACGGTGA AGCTCTGTCG GTTGAGGCAC
GACACGGGGG AGAAGGTGGC GGAGGCCATC GTCGCCCAGG TGAACCAGAT GGCGGGGGAG
AGGCTTTTGG ACGTGGACAG TCTGTCCTCC TCCGATGACT TCGCCATCTT GTCCCTCACG
GGACAGCCGG TTAGCATCGT GGACCGGGGC TATGGGGATC CCGCCTACGG CCAGTATACC
GGTGGCGTGG CCATCCAGCT GGGCATCGCT TCCGGTGTGA CCGGGGGCGG CGTGCCGGGC
AACACCGCTG CCGGGGCCGA CGGGACGGTC AGGATCTCCT CCCTTGGGCG GTGGGTTGAC
GTGCCGGTCC TGGCCACCGA CGACGTGAAG AGCTTCCTGG ACCGGGCCAG GGACCTGGCG
GGGGATTGGT TGGATCTGTC GTACTTCGAT CCGAGCCTGT CCAACCCTCC GGGGGGCACT
AACGTCAGTT TCTCCATATC CGCCAAGGAC GGTTCCCCGG TATCCATCTT CGATCTGTCC
GGTTCCGCCT CCAGCGTTTT CAACATGGGC ACCGGTCTTT CGGGCAGTTC GCTTGGGGCT
TGGACTCCGG TGGCGGGTGA CGTGCTCACC ATATCGGTAA ACGGGGTGAC CCACAGCATA
GATTTGTACG ATGAGAGCAA GGGGCAACCC ATCGTATCCA ACTTGGATGA GCTGGCGGAT
CTGATAAACG CCCGCTTTCA GGGGCAGGAT CTCGTGGCTC AGACGGTGGA CATGGGGGGG
GGGAGCAAGA GGTTGGTGAT AACCTCCCCG AGGGGCTACG TGGTCAATGT TGACGAAAGC
GCCATGTCGG CTGGGACCCA GTTGGGGCTC AATGGGACGT CTCCCTCAAG AGGGGGGTAC
GGCCCTTTCA ATCAGAGGGT TCAGGTGCGA ACTCTGGGCA ATCAAACCAA ACAGGACTTT
TTCGGTGTCA TGGATGACCT GATAAACGCG GTCCGTAACG AGGATCGCCG GGGTATATCG
GACCATCTCC TAAAGAAAGT GACCGATTGG GGGGATAACC TGCTCCGATG TAGGACCGAG
TGCGGGGCCT TGATAAACCG CTATGAGAAC ACTCAGGCTA GGCTCAAACA GAACAATGTG
AATTTGACAG AACTCCAAAG CAAGATATCC GATGTGGATC TGGCGGAGGC GGCTACGCAG
TTCCAGATGG CTCAAGCGGT GTACCAGGCC AGTTTGGCGG TCATAGCCAG GATAATCCAG
CCGACCCTTG TGGATTTTTT GAGGTGA
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| Protein sequence | MLQRVTNSMM HGMLLSDMQS NLAKMLEIQK QLATQKKFSR PSDNPIDVTR SLSMDTTITE
NVQYRRNLDD ALTWLNNTET AFDQITSVYQ QVRQLAVYAG DGGLVDVDMG AIAEQLYQLQ
EEMRNAANYE VEGRFLLSGL STGVRPFVRD SSGRVVYKGS TMPVYFEMER QQLGRVSFTG
RDVFQVNEKK YTLRSFEVPL DFTWKGRDEI IQLQVGDQVV KARLSERWQD EKLDNVADST
DYDRFREASE LEGYSLDDVA KALNDSIEMG DLKRLVSVSV EKDTAKGVQR LVIRSHNGLP
VRLTSWPETD IPKLSQGVRG VDVPLAPPFV ADASSTLTVD FGNGVTHDVA VAGKTLSQIA
DELMKVPGLW AERKTDGTNE WLLVVSRDPS RSFSIRSTGN VATDVFGSDT VLSSEVQKNV
DHSHIDLVRL LGMETSLKST EVSPTWNVDT TASPLHWKFM AGGKRGELFI NGDPDLTMEE
LAQRINAVMG EWVEAVVELD EPDGASPSPD PLGNSGSNAE EATKRLILRT RDGSPLVVYD
GERAGANYAS QLGVDTSVRG AGPLTYPSDG AGPFDENMPA LVEVRVGDET YTVKLCRLRH
DTGEKVAEAI VAQVNQMAGE RLLDVDSLSS SDDFAILSLT GQPVSIVDRG YGDPAYGQYT
GGVAIQLGIA SGVTGGGVPG NTAAGADGTV RISSLGRWVD VPVLATDDVK SFLDRARDLA
GDWLDLSYFD PSLSNPPGGT NVSFSISAKD GSPVSIFDLS GSASSVFNMG TGLSGSSLGA
WTPVAGDVLT ISVNGVTHSI DLYDESKGQP IVSNLDELAD LINARFQGQD LVAQTVDMGG
GSKRLVITSP RGYVVNVDES AMSAGTQLGL NGTSPSRGGY GPFNQRVQVR TLGNQTKQDF
FGVMDDLINA VRNEDRRGIS DHLLKKVTDW GDNLLRCRTE CGALINRYEN TQARLKQNNV
NLTELQSKIS DVDLAEAATQ FQMAQAVYQA SLAVIARIIQ PTLVDFLR
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