Gene Bcer98_1652 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagBcer98_1652 
Symbol 
ID5346665 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameBacillus cytotoxicus NVH 391-98 
KingdomBacteria 
Replicon accessionNC_009674 
Strand
Start bp1755707 
End bp1757608 
Gene Length1902 bp 
Protein Length633 aa 
Translation table11 
GC content36% 
IMG OID640839230 
Productasparagine synthase (glutamine-hydrolyzing) 
Protein accessionYP_001374956 
Protein GI152975439 
COG category[E] Amino acid transport and metabolism 
COG ID[COG0367] Asparagine synthase (glutamine-hydrolyzing) 
TIGRFAM ID[TIGR01536] asparagine synthase (glutamine-hydrolyzing) 


Plasmid Coverage information

Num covering plasmid clones
Plasmid unclonability p-value1.97095e-06 
Plasmid hitchhikingYes 
Plasmid clonabilityhitchhiker 
 

Fosmid Coverage information

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

Sequence

Gene sequence
ATGTGTGGTT TTGTAGGATG TTTATGTGAA AACCCTAGAG AGTTTTCAGA AACAGAAAAA 
CATCAATTTG AAAATATGAA CACGATTATT TTCCATCGTG GTCCAGATGA CGAAGGGTAT
TTTCGTGATG AGCATGTACA ATTTGGCTTC CGCCGTTTAA GTATCATTGA CTTAGAGGCA
GGACATCAGC CGCTAACTTA TGAAAATGAT CGATATGTAA TTATTTTTAA TGGTGAAATT
TACAACTATG TAGAATTGCG AGAAATGTTA CTAGAGAAAG GGGCAACATT CGCAACGCAA
TCTGACACTG AAGTAATTAT TGCGTTATAT GCACATATGA AAGAAAAGTG TGTGGATTAC
CTTCGCGGTA TGTTTGCCTT TATGATTTGG GATCGTGAAG AGAAAAAACT TTTCGGAGCG
CGTGATCATT TCGGCATCAA ACCTCTTTAC ATCGCAACAG AAGGGGATAC AACATTCTTT
GCATCTGAAA AGAAAAGTAT TATGCATGTT ATGCAAGATA AAGGTGTAAA TCCAACTTCG
CTACAACATT ACTTTACGTA CCAATATGGT CCAGAACCAG AAACATTGAC AACAGATATC
AATAAAATTG AACCTGGCCA TTATTTTGTA AAAGAAATTG GTAAAGAGAT GGAGATTCAT
CGTTACTGGA AGCCATATTT CAAGGCTTCA AACGCAACGA AAGAAGAGCA TATTCAAGCG
ATTCGCGATG TACTATATGA TTCAGTAAAA GTGCATATGC GCAGTGATGT ACCAGTAGGT
TCATTCTTAT CTGGTGGTAT TGATTCATCT ATTATTGCTT CTATTGCAAA AGAAATGAAT
CCAAATCTTC TAACGTTCTC TGTTGGTTTT GAACGTCGCG GCTTTAGTGA AGTAGACGTA
GCGAGGGAAA CTGCTGAGAA GTTAGGTGTG AAAAACTATA GTGTATTTGT AACACCACAA
GAGTTTATGA ATGAATTCCC GAAAATTATG TGGCATATGG ATGATCCATT AGCGGATCCA
GCAGCAGTAC CATTGTACTT CGTTGCAAAA GAAGCGCGTA AACATGTAAC AGTTGTTCTT
TCTGGTGAAG GTTCAGACGA ACTGTTTGGT GGATATAATA TTTATCGTGA GCCCAATTCT
TTAAAAATGT TCTCTTACAT TCCTACTCCA GGAAAAGCTG TTTTAAAAGC TTTGAGCGGA
GCACTGAAAG AAGGATTTAA AGGAAAAAGC TTCCTAGAGC GTGGATGTAC ACCAATTGAA
GAGCGTTACT ATGGCAATGC GAAAATCTTC CGTGAAGAAG AAAAAGCAGT ATTCATGAAG
CACTACAATG AAAGTATTAA CTATATGGAT GTCACGAAAC CATTGTATAA TGAAATTAAA
GATTATGATG ATGTAAGTAA AATGCAATAT ATTGACATGT ACACATGGTT ACGTGGAGAC
ATTTTATTAA AAGCGGATAA AATGACAATG GCAAATTCAT TAGAGCTTCG TGTACCATTT
TTAGATAAAG AAGTATTTGA CGTTGCTTCA AAAATTCCGA CAGAATTAAA AATCGCTAAC
GGAACAACAA AAGCAATTTT ACGTGAAGCG GTACGTGGAA TTGTTCCAGA TCATGTGTTA
GATCGTAAGA AACTAGGATT CCCGGTGCCA ATTCGTCACT GGTTAAAAGA TGAAATGCAC
GACTGGGCTG TTAATATCAT TAAAGAAAGC AAAACAGAGC ATTTAATCGA TAAGCAATAT
GTATTAAACT TACTAGAAGC GCATTGTGCG GATCAAGGCG ATTATAGCCG TAAAATTTGG
ACAGTATTAG CATTTATGGT ATGGCATCAA ATCTTTGTTG AACATAAATA TGATACAAAT
AAATTCCATG AAGAAACAAA GCGTGCATAT AGCTTAGTTT AA
 
Protein sequence
MCGFVGCLCE NPREFSETEK HQFENMNTII FHRGPDDEGY FRDEHVQFGF RRLSIIDLEA 
GHQPLTYEND RYVIIFNGEI YNYVELREML LEKGATFATQ SDTEVIIALY AHMKEKCVDY
LRGMFAFMIW DREEKKLFGA RDHFGIKPLY IATEGDTTFF ASEKKSIMHV MQDKGVNPTS
LQHYFTYQYG PEPETLTTDI NKIEPGHYFV KEIGKEMEIH RYWKPYFKAS NATKEEHIQA
IRDVLYDSVK VHMRSDVPVG SFLSGGIDSS IIASIAKEMN PNLLTFSVGF ERRGFSEVDV
ARETAEKLGV KNYSVFVTPQ EFMNEFPKIM WHMDDPLADP AAVPLYFVAK EARKHVTVVL
SGEGSDELFG GYNIYREPNS LKMFSYIPTP GKAVLKALSG ALKEGFKGKS FLERGCTPIE
ERYYGNAKIF REEEKAVFMK HYNESINYMD VTKPLYNEIK DYDDVSKMQY IDMYTWLRGD
ILLKADKMTM ANSLELRVPF LDKEVFDVAS KIPTELKIAN GTTKAILREA VRGIVPDHVL
DRKKLGFPVP IRHWLKDEMH DWAVNIIKES KTEHLIDKQY VLNLLEAHCA DQGDYSRKIW
TVLAFMVWHQ IFVEHKYDTN KFHEETKRAY SLV