Gene GSU1953 details

Gene Information

• Locus tag: GSU1953
• Symbol: asnB
• ID: 2688303
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Geobacter sulfurreducens PCA
• Kingdom: Bacteria
• Replicon accession: NC_002939
• Strand: -
• Start bp: 2140879
• End bp: 2142714
• Gene Length: 1836 bp
• Protein Length: 611 aa
• Translation table: 11
• GC content: 51%
• IMG OID: 637126644
• Product: asparagine synthase, glutamine-hydrolyzing
• Protein accession: NP_953002
• Protein GI: 39997051
• 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: 6
• 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

ATGTGCGGAA TTGTAGGTAA ATATTATTTT AATAAAAATG CCGGTGACAG CAGTGATATA 
GATGCAATGA TGCAGGCAAT TTACCATCGG GGTCCTGATT CCTCGGGGAA ATACATAAAT 
GGGAGGGCTG CGCTCGGGTT TCAGAGACTG AGTATTATTG ATACGGTTTC AGGCCATCAG 
CCACTTTATA ATGAAACAAA AACCATCGTC CTGCTTGCCA ATGGGGAGAT ATACAATTAC 
AAGGAATTCG TTCCGTTTCT GGAAAGCAAG GGCCACGTGT TTTCCACGCG GAGTGATTGT 
GAAGTAATTA TTCACCTGTA CGAAGAATAC GGGATCGAGT TCATAAGCAA GCTCAACGGT 
ATGTTTGCAT TCTGTCTCTA CGACACACGC AACGACGTCA TGTTCATTGC GAGAGACAGG 
GTCGGCATCA AGCCCCTCTA CTATCATCTC AACAAGGAAG CCATTATTTT CGGTTCGGAG 
ATAAAGGGTA TTCTGGCGTC TGGCGAGGTT GTAACCGAGG AGGCTAATGA CTGCCTGGCG 
GAATACCTTT GTTTCAGGTA TGTTGCAAAT TTCAGGACGT TCTTCTCTTC CGTCAACGCC 
CTTGAGCCGG GCACGTATAT CAAAATTTCT CCTAACGGTT GTACGTTCGA AAAATTCTGG 
GATTTATCCA AGTACGTGTT GAACTATGCT CAAGACGGAG ATCTCGTCGA GACGGTTGAT 
GCCGCGTTGA CAGCATCGGT GCAGCGCCAG ATGATGACGG ACGTTCCCCT TGGCACTCAA 
CTAAGCGGGG GGGTCGATTC GAGTCTTGTC AGCAAACTGG CTGCTGGATA CTCACCCGGA 
CTGAAGACCT TTACGGTCAG TTTTTTCGAA AGTGCCTATG ACGAGTCAGC CTATGCACGG 
CTGCTGGCGG ATTCGGCGGG GCTTGAGTAT CACCAGATCA GAGTCGACGG CAAGACCTTT 
GCCGACACTC TGCCCAAGGT TATCTGGTAT CACGACGAGC CCCTCTGTCA TGCCAACTCC 
GTGCATATGT ACCTGCTGTG CACGTATGCA CGACAGTTTG TGACGGTCCT GCTGACCGGC 
GAAGGGGCCG ATGAACTTTT TGCCGGTTAT CCCCGTTATC AGATTTGCAG GTTCGGCGAT 
GCATATAACA AGTTGAATCC GAGTGTTGCT TCGCTGGTGA AGTCGGTCCT GAAGGGCGTT 
CCTGCACGAA AGATCGTCAA AATAGTCGAC AACCTCGGTC TTGGTGCCCG TGAACTGGCC 
TTGTGGAATT CATCCTTTAC CACTAAGGAG AAGGTTTCCT GGCTGCTGGA TTCCGGCGAT 
GTCACTCTCG ATGCCCGATC CGCCCTGGTG GACAGCGTCT GGAACGATGA GTTGAGTCTT 
TTCGACAATC TGCTCCTCTA TGAACAGAAG TCCTATCTTC AGCCGATTCT GATGCGGCAG 
GACAAGATGA GCATGGCCGC CTCAGTTGAG TCCAGGGTCC CGGTCCTTGA CAACGAGATG 
CTGGACGTGG CCAACACAAT TCCGTATCAG TACAAAGTCC GGCACTTCAC TCCCAAGCAC 
GTGTTCAAGA AGGTTGCGGA AAGGCATATA TCCCGAAAGA TCGTCTACAA GAAAAAGGTC 
GGCTTCGGTG TGCCCGTGGA CGAATGGCTG CGTGACCATA GCGGTTTGGG CAGGTACCTT 
GATCTTCTCC TCGATACCGC CCGTGGCATC AACGGCGTCA GCAGACCGCG GATTGAGCAG 
TTGATTGCGG AGCATGCGAG CCGAAGATAT AACCATGGCG ATGTGTTATG GCCCCTGGTC 
AATTATGCAA TCTGGCGGGA ACAATTTTTC AAGTAA 

 

Protein sequence

MCGIVGKYYF NKNAGDSSDI DAMMQAIYHR GPDSSGKYIN GRAALGFQRL SIIDTVSGHQ 
PLYNETKTIV LLANGEIYNY KEFVPFLESK GHVFSTRSDC EVIIHLYEEY GIEFISKLNG 
MFAFCLYDTR NDVMFIARDR VGIKPLYYHL NKEAIIFGSE IKGILASGEV VTEEANDCLA 
EYLCFRYVAN FRTFFSSVNA LEPGTYIKIS PNGCTFEKFW DLSKYVLNYA QDGDLVETVD 
AALTASVQRQ MMTDVPLGTQ LSGGVDSSLV SKLAAGYSPG LKTFTVSFFE SAYDESAYAR 
LLADSAGLEY HQIRVDGKTF ADTLPKVIWY HDEPLCHANS VHMYLLCTYA RQFVTVLLTG 
EGADELFAGY PRYQICRFGD AYNKLNPSVA SLVKSVLKGV PARKIVKIVD NLGLGARELA 
LWNSSFTTKE KVSWLLDSGD VTLDARSALV DSVWNDELSL FDNLLLYEQK SYLQPILMRQ 
DKMSMAASVE SRVPVLDNEM LDVANTIPYQ YKVRHFTPKH VFKKVAERHI SRKIVYKKKV 
GFGVPVDEWL RDHSGLGRYL DLLLDTARGI NGVSRPRIEQ LIAEHASRRY NHGDVLWPLV 
NYAIWREQFF K