| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Sterm_2697 |
|---|
| Symbol | |
|---|
| ID | 8598153 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Sebaldella termitidis ATCC 33386 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_013517 |
|---|
| Strand | - |
|---|
| Start bp | 2864377 |
|---|
| End bp | 2868612 |
|---|
| Gene Length | 4236 bp |
|---|
| Protein Length | 1411 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 36% |
|---|
| IMG OID | |
|---|
| Product | CoA-substrate-specific enzyme activase |
|---|
| Protein accession | YP_003309473 |
|---|
| Protein GI | 269121296 |
|---|
| COG category | |
|---|
| COG ID | |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 8 |
|---|
| Plasmid unclonability p-value | 0.776938 |
|---|
| 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 | ATGATGATTT CATATTTAGG AGTTGATACA GGATCAACGA CAGTTAAAGC AGTACTGCTG
GATGAAAAAC AAAATATAAT TTATAAACGT TATGAAAGAC ACTTTTCACA GATAAAAGAA
ACGTTGTATA CGATTTTGAA GGATATGGAA GAGATACTGA AAGACAGTGA TGTCAAAGTT
GCCATAACAG GATCCGGCGG TATGAAGCTG GCAGAGGATT TAGGAATTCC TTTTATTCAG
GAGGTCCTTG CCGGCAGTAA AGCAGTAAAA AATTATATAC CACATACAGA TGTGGCCATA
GAGCTTGGCG GTGAAGATGC CAAGATAACT TTTTTTGAAG AAATTCTGGA TCAGAAGATG
AACGGAAGCT GTGCCGGCGG TACAGGAGCT TTTATAGACC AAATGGCAAC ACTTCTTGAG
ACTGATGCTG CAGGACTGAA TGAACTGTCT AAAAATCATA AAAGACTATA TTCAATTGCT
TCAAGATGCG GAGTATTTGC TAAAACAGAC GTACAGCCGC TCCTGAATGA AGGAGCCATG
AAGGAGGACG TTGCCGCTTC TGTATTTCAG GCTGTGGTAC ACCAGACGAT AACAGGTCTT
GCACAGGGAA AAAAAATAAA AGGAAATGTT GCTTTTTTGG GAGGACCTCT ATACTTTCTT
TCTGAATTAA GAGAGAGATT TAAGGAAACT CTGGAATTAA AAGAGGAACA GGTACTTCTT
CCGGAAAATT CGCAGTATTA TGTGGCTATA GGTACTGCTC TTGCGCTGTT TGAAGAAGAA
AATAACAGTG TTAATTATGA TGAATTTATA AAAAGGTATG CTGACATTAT TAGTAAAAAG
TCAGATGCAG AGATAGAAAA AACTGATCCC CTGTTTGAAG ACGAGGAGGA TTACAAGAGA
TTCAGAGACA GACACAGTAC AGCAAAGGCA AATGTAAAAA ATATCAGCGA ATACAGCGGT
AATGCTTATC TGGGGATAGA TGCCGGTTCT ACAACGACAA AAATGGTGCT TCTTGATAAG
GAAAACAGCA TTTTATGGTC TTTCTACGGG AGCAACAAGG GAAATCCCGT AAAAATTGTA
CAGGAACAGC TGCAGGAAAT TTACACTCTG ACAAAGGACA GAATAAGAAT CAGAAAAGCA
GTAACGACAG GATACGGAGA AGCACTTATA AAAAACGCTT TTAATCTTGA TATGGGCGAA
GTAGAAACTA TAGCTCACTA TAAGGCTGCG AGATATTTTA ATCCCGATGT GGATTTTGTA
ATAGATATCG GCGGACAGGA CATGAAAAGT TTTAAAATAA ATAACGGAGT AATAGAGTCA
ATAATGCTGA ATGAAGCATG CTCGTCAGGA TGCGGGTCGT TCATAGAAAC TTTTGCAAAA
TCACTTAATA TGGAAATAGA AGACTTTTCG CAAAAAGGTC TCAGAGCCGT AGCTCCTGTA
GATTTGGGTA CACGCTGCAC CGTATTTATG AATTCTAAAA TAAAACAGGT TCAGAAAGAA
GGTGTTTCCA TAGAGGATCT GTCAGCCGGA CTATCTATTT CCGTGGTAAA AAATGCCCTT
TATAAGGTAA TAAGAGTAAA GAATCCTGAT GATCTGGGGA AAAATATAGT AGTTCAGGGT
GGTACTTTTT ATAATGATTC TGTATTAAGA GCATTTGAAA TGCTTCTGGG AAGAGAAGTA
GTAAGACCTG CAATTTCCGG TTTAATGGGG GCTTTTGGTT CGGCATTGAT TGCACATGAG
AAAGCAAGGC ATGATGAGGA ATATTCCAAA ATACTCAGTG AAAAAGAACT GGAAACTTTT
GTACATGATT CAAGTACTGC AAGATGCGGT TTGTGTACGA ATAACTGTCT GATGACAATA
AATAAATTCG GCAGCAGAAA ATATATTTCT GGAAACAGAT GTGAAAGACC ATTAGGAAAA
GGCGAGATAA ATGATAAGCT GCCGAATCTG TTCGATTATA AATATAAAAG AACTTTTGAC
TATTATGAAC CTCTTGAGGA TGATAAAAGC TACAGAGGAG AAATAGGAAT ACCAAGGGCT
CTGAATATGT ATGAAAATTT TCCTCTTTGG TTTACTGTAT TTACGAATTT AGGATTTAAA
GTAGTCTTAT CGGATAAATC TACCAAAGAG CTGATAACAA AAGGAATGGA CAGTATTGCA
TCGGATACTA TATGTTATCC TGCAAAGCTG ACTAACGGGC ACATAAAGAA TCTAATATCA
AAGGGAATAA AAACAATATT TTATCCTTGT GTTCCGTATA ATATTAAAGA AGATGAAACA
GCCACTAATC ACTATAACTG TCCGATTGTG AATTCATATC CGGAAGTAAT AGGAGCGAAT
ATAGATGAAT TAAAGGAGCT GGATTATATA AGCCCGTATC TGCCTATATA TGATAAAAAA
ATGACTGTTG AAATTCTTCA TAAAATACTA AGCGAAAAGT ATGACATAAA AAAATCGGAA
TTAAAAGAAG CCGTGGAAAA AGGTTATGAG GAACTACATA ATTATAAAGA GGACATACGT
CATTCCGGCG AAAAGGCACT TAAGTATGCC AAGGAAAATA ATCTGAAATC GGTAATACTT
GCAGGAAGAG TCTATCATCT TGATGCCGAA ACACATCACG GTATACCGGA GCTTTTGAAT
TCATTCAATC TGGTTGTATT AACAGAAGAT TCTATAGCAC ATCTCGGAGA AATAAAAAAG
CCGCTCCATG TGGTAGATCA GTGGACATAT CACTCAAGAC TTTATAAAGC GGCAAGTTTT
GCGGCAAAAG AGGAAAACGT GGAGCTTATT CAGCTGAATT CATTTGGGTG CGGGCTTGAT
GCTATCACTA CAGATGAAGT AAAAAGAATT CTTGAGGAAA ATAATAAAGT ATACACTCTT
TTGAAAATAG ATGAGATAAC GAATCTGGGA GCAGTAAAAA TAAGAATAAG ATCACTTTTG
GCATCTATGT CTGAAAAAGA GCAGCTTGAG AGTAAGTGTT CTTCCTGTGC AGTTACAGAC
AATGCGGAGT ATGAAAGACC GGTATTTACA AAAGAAATGA AAAAAACACA TAAAATACTT
ATACCTCAGA TGGCTCCTTT CCATTTTCAG TTTTTGGAAA CGGCACTAAA TATAGCAGGG
TACAATACAG AGGTACTGGC TAATGAAAGT AAGAATGTAG TGGAGGAAGG ATTGAAATAT
ATACATAATG ATGCCTGCTA TCCGTCTATT ATAGTGGTGG GGCAATTTAT AGACGCATTG
AAATCAGGAA AGTATGATCT CGATAAAGTG GCGCTTATAA TATCACAGAC AGGCGGCGGA
TGCAGGGCAA CCAACTATAT TTCTTTTCTG AGAAAAGCTT TGAAGGATAA CAGACTTGAG
CATATACCGG TAATATCATT TAATATATCA GGATTGGAAA AGAATCCCGG GTTTAAACTA
AATACAAAAA TACTGAAGGA TTTTCTTCAC GGTGTCCTGT ATGGTGATTT ATTAATGAGA
CTTGTCTATA AAACAAGACC TTATGAAAAA AATAAGGGTG ATACAGATAA AGTTTATGAA
GGATGGATAA ACAGATTAAA GTCTTCGCTG GAAAATACAG AAAATAAAAA AACATTTAAT
AAAAATATAA AACAGATAAT CAAAGATTTT CAAAATATAG AGATAACAGA CGAAGTCAAG
CCTAAGGTAG GAATAGTGGG AGAAATACTG GTGAAATTTC AGCCGCTTGC TAATAACTAT
CTTGTGGATT TCCTTGAAAA AGAGGGGGCG GAAGTTTCTG TCCCTGAATT ATATGATTTC
TTCCTGTATA CTTTACAGGT AGGAAAACTC GAATACAGGA ATTATAAGAA GAATTTAAAA
AGAAATATAG TATCAGGATT TCTTTTGAAA TATCTCCAGC AATACAGAAA TACTATTATA
GAGGAACTAA AAAATACGAG ATTCAAGGCT CCTAAAAGAA TAGAGGAAAT GGAAGAGCTG
AGAGAAGGCT ATGTGTCTTC ACTGAACAAT ATGGGTGAAG GTTGGCTTCT GACAGCAGAA
ATGCTTCATC TTATAGAAGA CGGAGTAAAT AATATAGTCT GTGTCCAGCC CTTCGGATGT
CTTCCTAATC ATGTAAGCGG AAAAGGGATG ATAAAGAAAA TAAGGGATCT GAATCCCACA
TCTAATATAA TGCCTATAGA TTATGATCCC GGGGCAAGCG AGGTAAATCA AATAAACAGA
ATAAGATTAA TGCTGTCAAA TGCAAAAATA ATATAA
|
|---|
| Protein sequence | MMISYLGVDT GSTTVKAVLL DEKQNIIYKR YERHFSQIKE TLYTILKDME EILKDSDVKV
AITGSGGMKL AEDLGIPFIQ EVLAGSKAVK NYIPHTDVAI ELGGEDAKIT FFEEILDQKM
NGSCAGGTGA FIDQMATLLE TDAAGLNELS KNHKRLYSIA SRCGVFAKTD VQPLLNEGAM
KEDVAASVFQ AVVHQTITGL AQGKKIKGNV AFLGGPLYFL SELRERFKET LELKEEQVLL
PENSQYYVAI GTALALFEEE NNSVNYDEFI KRYADIISKK SDAEIEKTDP LFEDEEDYKR
FRDRHSTAKA NVKNISEYSG NAYLGIDAGS TTTKMVLLDK ENSILWSFYG SNKGNPVKIV
QEQLQEIYTL TKDRIRIRKA VTTGYGEALI KNAFNLDMGE VETIAHYKAA RYFNPDVDFV
IDIGGQDMKS FKINNGVIES IMLNEACSSG CGSFIETFAK SLNMEIEDFS QKGLRAVAPV
DLGTRCTVFM NSKIKQVQKE GVSIEDLSAG LSISVVKNAL YKVIRVKNPD DLGKNIVVQG
GTFYNDSVLR AFEMLLGREV VRPAISGLMG AFGSALIAHE KARHDEEYSK ILSEKELETF
VHDSSTARCG LCTNNCLMTI NKFGSRKYIS GNRCERPLGK GEINDKLPNL FDYKYKRTFD
YYEPLEDDKS YRGEIGIPRA LNMYENFPLW FTVFTNLGFK VVLSDKSTKE LITKGMDSIA
SDTICYPAKL TNGHIKNLIS KGIKTIFYPC VPYNIKEDET ATNHYNCPIV NSYPEVIGAN
IDELKELDYI SPYLPIYDKK MTVEILHKIL SEKYDIKKSE LKEAVEKGYE ELHNYKEDIR
HSGEKALKYA KENNLKSVIL AGRVYHLDAE THHGIPELLN SFNLVVLTED SIAHLGEIKK
PLHVVDQWTY HSRLYKAASF AAKEENVELI QLNSFGCGLD AITTDEVKRI LEENNKVYTL
LKIDEITNLG AVKIRIRSLL ASMSEKEQLE SKCSSCAVTD NAEYERPVFT KEMKKTHKIL
IPQMAPFHFQ FLETALNIAG YNTEVLANES KNVVEEGLKY IHNDACYPSI IVVGQFIDAL
KSGKYDLDKV ALIISQTGGG CRATNYISFL RKALKDNRLE HIPVISFNIS GLEKNPGFKL
NTKILKDFLH GVLYGDLLMR LVYKTRPYEK NKGDTDKVYE GWINRLKSSL ENTENKKTFN
KNIKQIIKDF QNIEITDEVK PKVGIVGEIL VKFQPLANNY LVDFLEKEGA EVSVPELYDF
FLYTLQVGKL EYRNYKKNLK RNIVSGFLLK YLQQYRNTII EELKNTRFKA PKRIEEMEEL
REGYVSSLNN MGEGWLLTAE MLHLIEDGVN NIVCVQPFGC LPNHVSGKGM IKKIRDLNPT
SNIMPIDYDP GASEVNQINR IRLMLSNAKI I
|
|---|
| |