Gene BT9727_0362 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagBT9727_0362 
SymbolchiA 
ID2858240 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameBacillus thuringiensis serovar konkukian str. 97-27 
KingdomBacteria 
Replicon accessionNC_005957 
Strand
Start bp429452 
End bp431476 
Gene Length2025 bp 
Protein Length674 aa 
Translation table11 
GC content38% 
IMG OID637511766 
Productchitinase 
Protein accessionYP_034712 
Protein GI49478497 
COG category[G] Carbohydrate transport and metabolism 
COG ID[COG3325] Chitinase 
TIGRFAM ID 


Plasmid Coverage information

Num covering plasmid clones32 
Plasmid unclonability p-value
Plasmid hitchhikingNo 
Plasmid clonabilitynormal 
 

Fosmid Coverage information

Num covering fosmid clonesn/a 
Fosmid unclonability p-valuen/a 
Fosmid Hitchhikern/a 
Fosmid clonabilityn/a 
 

Sequence

Gene sequence
ATGAAATCAA AAAAATTCAC ACTGCTATTA CTATCCCTAC TACTCTTCTT ACCTCTTTTT 
CTCACAAACT TTATTACTCC AAATGTCGTA TTAGCAGATT CACAAAAGCA AGATCAAAAA
ATTGTTGGGT ATTTTCCTTC ATGGGGCATT TACGGACGTA ATTATCAAGT TGCAGACATT
GATGCATCAA AGCTAACTCA TTTAAACTAT GCTTTCGCTG ATATTTGCTG GAATGGAAAA
CATGGAAATC CTTCTACTCA CCCCGATAAT CCAAATAAAC AAACGTGGAA CTGTAAAGAA
TCTGGTGTAC CACTGCAAAA TAAAGAGGTC CCTAATGGTA CTCTCGTACT CGGTGAGCCA
TGGGCTGATG TCACAAAATC TTATCCTGGC TCAGGTACAA CTTGGGAAGA TTGTGATAAA
TACGCACGCT GCGGAAATTT CGGCGAACTG AAACGATTAA AAGCTAAGTA TCCTCACCTA
AAAACAATTA TTTCCGTTGG TGGCTGGACT TGGTCTAACC GCTTTTCTGA CATGGCCGCT
GATGAAAAAA CAAGAAAAGT ATTCGCTGAT TCTACAGTCG ATTTCCTACG CGAATATGGA
TTTGATGGCG TTGATTTAGA TTGGGAATAT CCGGGCGTAG AAACGATTCC TGGTGGTAGT
TATCGCCCTG AAGATAAACA AAACTTCACC CTACTCCTTC AGGATGTTCG AAATGCATTA
ACGAAAGCTG GTGCAGAAGA TGGTAAAAAA TATTTACTAA CAATTGCATC AGGTGCAAGC
CAACGTTATG CTGATCATAC AGAGCTAAAG AAAATCTCTC AAATACTGGA TTGGATTAAT
ATTATGACAT ATGATTTCCA CGGTGGATGG GAAGCTACTT CTAACCATAA TGCAGCTCTA
TACAAAGATC CAAATGATCC AGCAGCGGAT ACGAAATTTT ACGTAGATGG TGCGATAGAC
ATTTATACAA ATGAAGGGGT TCCAGCAGAT AAACTCGTAT TAGGTGTACC ATTTTACGGA
CGCGGGTGGA AAAGTTGTGG AAAAGAAAAT AACGGACAAT ACCAACCTTG TAAACCAGGT
AGCGATGGAA AGCTCGCTTC TAAAGGTACT TGGGATGACT ATTCTACCGG CGATACAGGT
GTGTATGATT ATGGTGATTT AGCAGCTAAT TATGTTAATA AAAATGGTTT TGTTCGCGGA
TGGAACGATG TGGCGAAAGT ACCTTATTTA TATAATGCAA CTACAGGCAC ATTTATTAGC
TATGATGACA ACGAATCTAT GAAATATAAA ACAGACTATA TAAAGACAAA AGGTTTAAGT
GGCGCAATGT TTTGGGAGCT TAGTGGTGAC TGTCGCACAA GTCCAAAATA TAGTTGTAGT
GGACCAAAAT TACTTGATAC GTTAGTAAAA GAATTACTAG GTGGACCTAT TACTCAAAAA
GATATTGAGC CACCAACAAA CGTAAAAAAT ATTGCTGTAA CAAATAAAAA TTCAAACTCA
GTTCAATTAA ACTGGACGGC ATCTACTGAT AACGTAGGAG TTACGGAATA TGAAATTACT
GCTGGAGAAG AGAAATGGAG TACAACAACA AATAGCATTG CAATTAAAAA CTTAAAACCT
AATACAGAAT ACACATTTTC AATACTAGCA AAAGATGCTG CTGGGAATAA ATCACAGCCT
ACTTCTATTC TTGTAAAAAC AGATGATGCT AACACAACAC CTCCTGGTGG AAATAGCAAT
GCTACCTTTT CAGTCACTTC AAATTGGGGA AGTGGTTACA ACTTCTCGAT TGTAATTAAA
AATAGTGGAA CGACCCCTAT TAAAAACTGG AAATTAGAAT TTGATTATAA CGGCAATTTA
ACACAAGTTT GGGATTCTAA AATTAGTAGT AAAATAAATA ATCATTACGT AATTACGAAT
GCAGGATGGA ATGGTGAAAT TCCTCCTGGT GGATCGATTA CAATCGGAGG AGCAGGAACA
GGTACTCCTG CTGAACTTGT AAATGCATCC ATTAGCGAAA ACTAA
 
Protein sequence
MKSKKFTLLL LSLLLFLPLF LTNFITPNVV LADSQKQDQK IVGYFPSWGI YGRNYQVADI 
DASKLTHLNY AFADICWNGK HGNPSTHPDN PNKQTWNCKE SGVPLQNKEV PNGTLVLGEP
WADVTKSYPG SGTTWEDCDK YARCGNFGEL KRLKAKYPHL KTIISVGGWT WSNRFSDMAA
DEKTRKVFAD STVDFLREYG FDGVDLDWEY PGVETIPGGS YRPEDKQNFT LLLQDVRNAL
TKAGAEDGKK YLLTIASGAS QRYADHTELK KISQILDWIN IMTYDFHGGW EATSNHNAAL
YKDPNDPAAD TKFYVDGAID IYTNEGVPAD KLVLGVPFYG RGWKSCGKEN NGQYQPCKPG
SDGKLASKGT WDDYSTGDTG VYDYGDLAAN YVNKNGFVRG WNDVAKVPYL YNATTGTFIS
YDDNESMKYK TDYIKTKGLS GAMFWELSGD CRTSPKYSCS GPKLLDTLVK ELLGGPITQK
DIEPPTNVKN IAVTNKNSNS VQLNWTASTD NVGVTEYEIT AGEEKWSTTT NSIAIKNLKP
NTEYTFSILA KDAAGNKSQP TSILVKTDDA NTTPPGGNSN ATFSVTSNWG SGYNFSIVIK
NSGTTPIKNW KLEFDYNGNL TQVWDSKISS KINNHYVITN AGWNGEIPPG GSITIGGAGT
GTPAELVNAS ISEN