| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BT9727_1158 |
|---|
| Symbol | sucA |
|---|
| ID | 2854114 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Bacillus thuringiensis serovar konkukian str. 97-27 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_005957 |
|---|
| Strand | - |
|---|
| Start bp | 1248492 |
|---|
| End bp | 1251359 |
|---|
| Gene Length | 2868 bp |
|---|
| Protein Length | 955 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 41% |
|---|
| IMG OID | 637512590 |
|---|
| Product | 2-oxoglutarate dehydrogenase E1 component |
|---|
| Protein accession | YP_035493 |
|---|
| Protein GI | 49479790 |
|---|
| COG category | [C] Energy production and conversion |
|---|
| COG ID | [COG0567] 2-oxoglutarate dehydrogenase complex, dehydrogenase (E1) component, and related enzymes |
|---|
| TIGRFAM ID | [TIGR00239] 2-oxoglutarate dehydrogenase, E1 component |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 64 |
|---|
| 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 | ATGACGAGGA AGAATACAAC GACAAACCCT TGGGCCAAGT TCCATGGTCC GAACCTTGGT
TATGTTATTG AACAGTATGA TCTTTACGTA ACTGGAGCAG GTTCTGTTGA TCCGGAATTA
CAAGAGCTTT TTGAAATTTT TGGAGCTCCT TCGTTTCAAG ATGATGTCGT AACAGGGGAC
AACACAGCAA CACATTTTTC TCCTCAAAAC ACAGGTAACA TTGAAAAGAT TCTTAAAGTC
GTTCAACTTG TTGAACAGAT TCGTTCTTTC GGGCATACGT TGGCTCACAT CAATCCGATG
GAGGATGGTG CAAATGGACA ATCTCTTCTT GAGAAAGCAA TGAACGAACT GAGCGATGCT
GATTTGAAAG CGATTCCAGC GAAAACAGTA TGGCAAGATG CACCAGAAGG TATTCACACT
GCACTTGATG TAATTCATAG ATTAAAAGAA GTGTATACAC AATCTTTAGC TTATGAATTT
TCTCATATAC AAGATAGTGA AGAACGCGCG TGGTTGCATC AAATGGTGGA ATCAAATTCA
TTGCGTCAAC CACTATCAAA TAAAAAACGA ACTGCTCTTT TAAAACGTTT GACAGCTGTT
GAAGGTTTCG AGCAATTCTT GCATAAAACA TTCGTTGGGC AAAAGCGTTT CTCTATCGAG
GGCGTTGATA TGCTTGTACC TGTTCTAGAT GAAATTGTGC TAGAAGGAGC TAAAAACGGC
GTAGAAGATG TCATGATTGG TATGGCTCAC CGCGGTCGTC TAAGCGTACT TGCTCACGTA
TTAGAAAAAC CATATAGTCA CATGTTTGCT GAGTTCAAAC ATGCAAAAAT AGAAGGCGCA
GTGGCAAATT CTGGCTGGAC TGGCGACGTG AAATACCATT TAGGTAGAGA ACAAGTCGTT
AGTAACGAAG AAGTTAGCAC TCGCGTTACA TTAGCAAATA ACCCAAGTCA CCTTGAGTTC
GTTAATCCCG TTGTGGAAGG TTTCGCACGT GCGGCTCAAG AAAACCGTAA AAAATCTGGT
CTTCCAGAAC AAGATACTTC AAAATCATTC GTAATTTTAG TTCATGGTGA TGCTGCATTC
CCTGGTCAAG GTATTGTATC TGAGACATTG AACTTAAGCA GATTGAACGC GTATCAAACG
GGCGGAACAA TTCATGTTAT CGCAAACAAT GCAGTTGGTT TTACGACTGA TAGCTATGAC
TCTCGTTCTA CGAAATATTC AAGTGACCTT GCAAAAGGTT TCGATATTCC GATTGTTCAC
GTGAACGCTG ATGATCCAGA AGCTTGTCTT GCTGCTGCTA ACCTTGCGAT TCAATATCGC
ATGCTGTTCA AAAAAGATTT CCTAATCGAT TTAATTGGTT ACCGCCGCTA CGGTCATAAC
GAAATGGATG ATCCAGCAGT TACACAACCA CAAGTGTACA AAAAGATTAA AAATCACCCA
ACTGTAAGAG CAATTTATGC AGATCAATTA CAAGCTGCTG GTGTTCTAAA TGCAGATGAA
ATTGAAACAA TTACACAGTT TACGCAAGAG CAATTAAAAT CTGACTATGC ACAAGTACCG
CCAGCTGATA CGAGCGATGC AACAATTCAC GTTAAAGTGC CAGATGTTGT TGCAAAAGGT
ATTCAGCCAA TTGATACTGG TGTTGAGCTT GACTCACTTC GTGCAATTAA TGAAGGTCTA
CTCTCTTGGC CAGAAGGCTT TAACGTATAT CCGAAAGTGA AGAAAATTCT TGAGCGCCGT
AAAGATGCTC TTGAAGAGAA CGGTAAAATT GAATGGGCAC TTGCTGAGTC ATTAGCATTC
GCTTCTATTT TACAAGAAGG TACGCCAATT CGTTTAACTG GGCAAGATTC ACAGCGTGGT
ACATTCGCGC ATCGTCACAT CGTATTACAC GATACTGATA CAAATGAAAC ATATTCACCA
TTACACCGCT TACCAAACAT CAACGCTTCA TTCTCTGTTC ATAACAGTCC GTTATCAGAA
GCTGCTGTTG TTGGTTACGA GTATGGTTAT AACGTATTCG CTCCGGAAAC GCTTGTTATG
TGGGAAGCGC AATATGGTGA CTTCTCAAAT ACTGCGCAAG CATTATTTGA TCAATATGTT
TCAGCTGGAA GAGCAAAATG GGGTCAAAAA TCTGGTTTAG TTCTTCTATT ACCACACGGT
TATGAAGGTC AAGGGCCAGA GCACTCTAGT GCACGTCCAG AGCGATTCTT ACAGTTAGCT
GCTGAGAACA ACTGGACAGT TGCAAACTTA ACGAGCGCGG CACAATACTT CCATATCCTG
CGTCGTCAAG CATCTATCTT AGGAACAGAA GCTGTTCGAC CATTAGTACT GATGACGCCG
AAAAGTTTAT TACGTCACCC ACTTACGCTT TCAACTGCTA GTCAGTTAAG CGAAGGACGT
TTCCAACCTG CTTTAGAACA AGAAAACCTT GGTACAAAAC CAAACAAAGT AAAACGTCTT
GTTTTAAGTA CAGGTAAAAT GGCGATTGAC TTAGCAGCAG AAATCGAGTC TGGTAAGCAT
GAGTACAACT TAGATGAAAT TCATATCGTT CGTATTGAAC AGTTGTACCC ATTCCCTGCT
GAGAAAGTTC AATCTATTAT TAAACGCTTT AAAAACTTAG AAGAAATTAT TTGGGTTCAA
GAAGAGCCTC GTAATATGGG CGCATGGCAT TATATGGCTC CAATTCTGTT CGAACTAGCT
GGAGATAAAG TAAAAACAGG TTACATCGGA CGTCCAGATC GCTCTAGCCC ATCTGGCGGC
GATCCATTCG CTCACAAAGC TGAGCAAGAA CTAATTGTTG CACACGCTTT AGATGTAAAG
TATAACTTCC GTCAAGATAA ACTAGAAATT GAAGTTTTCA GCAACTAA
|
|---|
| Protein sequence | MTRKNTTTNP WAKFHGPNLG YVIEQYDLYV TGAGSVDPEL QELFEIFGAP SFQDDVVTGD
NTATHFSPQN TGNIEKILKV VQLVEQIRSF GHTLAHINPM EDGANGQSLL EKAMNELSDA
DLKAIPAKTV WQDAPEGIHT ALDVIHRLKE VYTQSLAYEF SHIQDSEERA WLHQMVESNS
LRQPLSNKKR TALLKRLTAV EGFEQFLHKT FVGQKRFSIE GVDMLVPVLD EIVLEGAKNG
VEDVMIGMAH RGRLSVLAHV LEKPYSHMFA EFKHAKIEGA VANSGWTGDV KYHLGREQVV
SNEEVSTRVT LANNPSHLEF VNPVVEGFAR AAQENRKKSG LPEQDTSKSF VILVHGDAAF
PGQGIVSETL NLSRLNAYQT GGTIHVIANN AVGFTTDSYD SRSTKYSSDL AKGFDIPIVH
VNADDPEACL AAANLAIQYR MLFKKDFLID LIGYRRYGHN EMDDPAVTQP QVYKKIKNHP
TVRAIYADQL QAAGVLNADE IETITQFTQE QLKSDYAQVP PADTSDATIH VKVPDVVAKG
IQPIDTGVEL DSLRAINEGL LSWPEGFNVY PKVKKILERR KDALEENGKI EWALAESLAF
ASILQEGTPI RLTGQDSQRG TFAHRHIVLH DTDTNETYSP LHRLPNINAS FSVHNSPLSE
AAVVGYEYGY NVFAPETLVM WEAQYGDFSN TAQALFDQYV SAGRAKWGQK SGLVLLLPHG
YEGQGPEHSS ARPERFLQLA AENNWTVANL TSAAQYFHIL RRQASILGTE AVRPLVLMTP
KSLLRHPLTL STASQLSEGR FQPALEQENL GTKPNKVKRL VLSTGKMAID LAAEIESGKH
EYNLDEIHIV RIEQLYPFPA EKVQSIIKRF KNLEEIIWVQ EEPRNMGAWH YMAPILFELA
GDKVKTGYIG RPDRSSPSGG DPFAHKAEQE LIVAHALDVK YNFRQDKLEI EVFSN
|
|---|
| |