Gene VIBHAR_00831 details

Gene Information

• Locus tag: VIBHAR_00831
• ID: 5553953
• Type: CDS
• Is gene spliced: No
• Is pseudo gene: No
• Organism name: Vibrio harveyi ATCC BAA-1116
• Kingdom: Bacteria
• Replicon accession: NC_009783
• Strand: +
• Start bp: 819575
• End bp: 821407
• Gene Length: 1833 bp
• Protein Length: 610 aa
• Translation table: 11
• GC content: 49%
• IMG OID: 640906325
• Product: glucosamine--fructose-6-phosphate aminotransferase
• Protein accession: YP_001444059
• Protein GI: 156973152
• COG category: [M] Cell wall/membrane/envelope biogenesis
• COG ID: [COG0449] Glucosamine 6-phosphate synthetase, contains amidotransferase and phosphosugar isomerase domains
• TIGRFAM ID: [TIGR01135] glucosamine--fructose-6-phosphate aminotransferase (isomerizing)

Plasmid Coverage information

• Num covering plasmid clones: n/a
• Plasmid unclonability p-value: n/a
• Plasmid hitchhiking: n/a
• Plasmid clonability: n/a

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

ATGTGTGGAA TCGTAGGTGC AGTAGCACAA CGAGACGTTG CAGAAATTTT GGTTGAAGGC 
CTACGCCGCT TGGAATACCG CGGTTATGAC TCTGCGGGTG TCGCGATTGT TGATGGCGAA 
ACCAACCTAA CGCGTATTCG TCGTCTAGGT AAGGTACAAG AGTTGGCTGA CGCAGTAGAC 
CAAGCGAAAG TCGTTGGTGG TACGGGTATC GCACACACTC GTTGGGCTAC TCACGGTGAG 
CCATCAGAAG CAAACGCGCA CCCACACATG TCTGGTGACA TCGCGGTGGT ACACAACGGT 
ATTATCGAAA ATCACGAAGA GTTACGTGAA CTGCTTCAAT CTCGCGGTTA CGTTTTCGAA 
TCTCAAACAG ATACTGAAGT TATCGCACAC ATGGTTGAGT GGGAACTTCG CACTTCAGAA 
ACGCTACTAG AAGCGGTACA GAAGACAGCA AAACAACTGG ATGGCGCATA CGGCACAGTA 
GCGCTGGATC GTAAAGATCC TTCACGTATT GTAGTAGCAC GTTCAGGTAG CCCAATCGTT 
ATTGGTTTTG GTGTGGGTGA AAACTTCCTT GCCTCTGACC AACTTGCACT GCTTAACGTG 
ACACGTCGCT TCATGTATCT AGAAGAAGGT GATGTTGCAG AGATCACTCG TCGCGTAGTG 
ACTGTATTTG ATGCAGCTGG TGAGCGTGTA GAGCGTGAAA TTATCGAATC AAACGCTGAA 
CATGATGCGG GTGATAAAGG TCAATACCGT CACTTCATGC AGAAAGAAAT TTACGAGCAA 
CCAACAGCGC TGATCAACAC AATGGAAGGT CGTATCACGG CTGATTCTGT TGTCACTGAA 
GCAATCGGTG TAAACGCGGC AGAAATCCTA AGCAAAGTAG AGCACGTACA GATCGTAGCT 
TGTGGTACGT CTTACAACGC AGGTATGACA GCACGTTATT GGTTCGAAGA CATTGCAGGT 
GTCAGTTGTG ACGTAGAAAT TGCGTCTGAA TTCCGTTACC GCAAGTTCGT GACGCGTCCA 
AACAGCCTGT TGATCACGCT TTCTCAGTCT GGTGAAACTG CCGATACGCT AGCAGCACTT 
CGCTTAGCAA AAGAGAAAGG TTACATGGCG GCAATGACCA TCTGTAACGT CGCGGGCTCT 
TCTTTGGTTC GTGAGTCTGA CTTTGCGTTT ATGACTCGTG CAGGTGTAGA AATCGGTGTG 
GCATCAACCA AAGCCTTCAC GACTCAGCTC TCTGCGCTAC TAATGCTAGT GACAGCGCTG 
GGTAAGCAAC AAAACCGCAT CAGCAAAGAG AAAGAAAAAG AGATCGTAGA AGCGCTTCAC 
GCTCTGCCGC AGCAAATCAA CGCAGCGCTG TCTTTCGAGA AAGAAATCGA AGCACTGGCA 
ACCGATTTTG CCGATAAGCA CCATACACTA TTCTTGGGTC GTGGTGAGTT CTACCCAATC 
GCGATGGAAG CGTCTCTAAA GCTGAAAGAG ATCTCTTACA TCCACGCAGA AGCTTACGCG 
GCGGGTGAAC TGAAGCATGG TCCTCTAGCG TTGATCGATG CAGATATGCC AGTGGTTGTT 
GTTGCACCAA GCAACGATCT TCTAGAAAAA CTGAAATCAA ACGTTGAAGA AGTACGTGCG 
CGTGGTGGCC TGCTTTACGT ATTCGCAGAT GCTGACGCAG GTTTTGAAGG TGACGAGACC 
ATGAAGATCA TCACTATGCC ACACGTTAGT GAAATTACGG CGGCGATCTA CTACACCATC 
CCAATGCAGC TGCTGTCTTA CTACGTAGCA TTGATCAAAG GTACGGACGT AGACCAACCT 
CGTAACCTAG CGAAAGCGGT AACCGTAGAG TAA 

 

Protein sequence

MCGIVGAVAQ RDVAEILVEG LRRLEYRGYD SAGVAIVDGE TNLTRIRRLG KVQELADAVD 
QAKVVGGTGI AHTRWATHGE PSEANAHPHM SGDIAVVHNG IIENHEELRE LLQSRGYVFE 
SQTDTEVIAH MVEWELRTSE TLLEAVQKTA KQLDGAYGTV ALDRKDPSRI VVARSGSPIV 
IGFGVGENFL ASDQLALLNV TRRFMYLEEG DVAEITRRVV TVFDAAGERV EREIIESNAE 
HDAGDKGQYR HFMQKEIYEQ PTALINTMEG RITADSVVTE AIGVNAAEIL SKVEHVQIVA 
CGTSYNAGMT ARYWFEDIAG VSCDVEIASE FRYRKFVTRP NSLLITLSQS GETADTLAAL 
RLAKEKGYMA AMTICNVAGS SLVRESDFAF MTRAGVEIGV ASTKAFTTQL SALLMLVTAL 
GKQQNRISKE KEKEIVEALH ALPQQINAAL SFEKEIEALA TDFADKHHTL FLGRGEFYPI 
AMEASLKLKE ISYIHAEAYA AGELKHGPLA LIDADMPVVV VAPSNDLLEK LKSNVEEVRA 
RGGLLYVFAD ADAGFEGDET MKIITMPHVS EITAAIYYTI PMQLLSYYVA LIKGTDVDQP 
RNLAKAVTVE