Gene Sbal_4361 details

Gene Information       Plasmid Coverage information       Fosmid Coverage information       Sequence       

Gene Information

Locus tagSbal_4361 
Symbol 
ID4845487 
TypeCDS 
Is gene splicedNo 
Is pseudo geneNo 
Organism nameShewanella baltica OS155 
KingdomBacteria 
Replicon accessionNC_009052 
Strand
Start bp5103611 
End bp5105440 
Gene Length1830 bp 
Protein Length609 aa 
Translation table11 
GC content49% 
IMG OID640121639 
Productglucosamine--fructose-6-phosphate aminotransferase 
Protein accessionYP_001052691 
Protein GI126176542 
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 clones12 
Plasmid unclonability p-value0.284496 
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
ATGTGTGGAA TCGTAGGCGC CGTGGCGCAA AGGGATGTGG CTGAAATTCT GGTAGAAGGC 
TTACGCCGCT TAGAATATCG CGGATATGAC TCCGCAGGCG TTGCCGTTAT TCACAATGGT
GAACTCAATC GCACGCGCCG CGTTGGTAAA GTACAAGAGC TGTCTGCTGC GCTTGAAACC
GATCCATTAG CGGGCGGAAC CGGTATCGCG CACACTCGCT GGGCGACCCA CGGTGAACCG
AGTGAGCGTA ATGCTCACCC GCATTTATCG GAAGGTGATA TCGCGGTGGT GCACAACGGC
ATTATTGAAA ACCACAATAA ACTGCGCGAG ATGCTAAAAG GTTTAGGCTA TAAATTTAGC
TCAGATACCG ATACCGAAGT GATTTGTCAC TTAGTACACC ATGAGCTGAA AACTAACAGC
ACTTTGCTTT CTGCCGTGCA AGCCACAGTT AAACAACTCG AAGGCGCCTA TGGCACAGTG
GTAATCGATC GCCGCGACAG CGAGCGCTTG GTTGTGGCTC GATCTGGTAG TCCTTTAGTG
ATTGGTTTTG GTCTAGGTGA AAACTTTGTC GCCTCGGATC AACTGGCACT CTTACCTGTG
ACTCGTTCAT TCGCCTTCTT AGAAGAAGGT GATGTGGCCG AAGTAACCCG TCGCAGCGTG
AGTATTTTCG ACTTAAACGG TAATGCCGTT GAGCGTGAAG TCAAAGAATC TGAAATTACT
CACGATGCTG GTGATAAGGG CGAATATCGC CACTACATGC TTAAAGAGAT TTACGAGCAG
CCATTGGCAC TGACGCGCAC TATCGAAGGC CGTATTGCTA ACAAGCAAGT GCTAGACACG
GCTTTTGGTG ATAACGCTGC TGAGTTCTTA AAAGATATCA AACACGTGCA AATCATCGCT
TGTGGCACTA GCTACCATGC GGGCATGGCG GCGCGTTACT GGTTGGAAGA TTGGGCTGGC
GTATCGTGTA ACGTCGAAAT TGCCTCTGAG TTCCGTTACC GCAAGTCGCA CTTATTCCCA
AATAGCCTGT TGGTGACGAT TTCACAATCT GGTGAAACTG CAGATACTTT AGCGGCCATG
CGCTTAGCGA AAGAAATGGG TTACAAAGCC ACATTGACGA TTTGTAATGC GCCAGGTTCG
TCACTGGTTC GCGAATCTGA CATGGCTTAC ATGATGAAAG CGGGCGCCGA GATTGGTGTG
GCATCCACTA AAGCCTTCAC AGTACAGCTT GCTGGCTTGT TAATGTTGAC TGCGGTGATC
GGTCGCCACA ATGGTATGTC TGATCAAATG CAGGCCCAAA TCACTCAAAG CCTACAATCT
ATGCCAGCTA AAGTGGAACA AGCTTTAGGG CTAGATGCTG CGATTGCTGA ATTGGCTGAA
GATTTTGCCG ATAAACACCA TGCTTTATTC CTTGGCCGTG GCGATCAATA CCCGATTGCG
ATGGAAGGCG CGTTAAAGCT GAAAGAGATT TCTTACATTC ATGCTGAAGC GTATGCCTCT
GGCGAATTAA AACACGGCCC ATTAGCGCTT ATCGATGCCG ATATGCCTGT GATTGTCGTT
GCGCCAAACA ATGAATTGCT CGAAAAACTG AAATCGAATG TTGAAGAAGT GCGTGCCCGT
GGCGGCTTAA TGTATGTGTT TGCCGATGTG GATGCCGAGT TCGAGTCGGA TGACACGATG
AAAGTGATTC CAGTGCCACA CTGCGATATA TTTATGGCGC CGCTGATTTA CACTATTCCG
CTACAGCTAT TGTCGTACCA TGTTGCGTTG ATCAAAGGTA CCGACGTGGA TCAACCACGC
AACCTAGCAA AATCTGTAAC AGTAGAATAA
 
Protein sequence
MCGIVGAVAQ RDVAEILVEG LRRLEYRGYD SAGVAVIHNG ELNRTRRVGK VQELSAALET 
DPLAGGTGIA HTRWATHGEP SERNAHPHLS EGDIAVVHNG IIENHNKLRE MLKGLGYKFS
SDTDTEVICH LVHHELKTNS TLLSAVQATV KQLEGAYGTV VIDRRDSERL VVARSGSPLV
IGFGLGENFV ASDQLALLPV TRSFAFLEEG DVAEVTRRSV SIFDLNGNAV EREVKESEIT
HDAGDKGEYR HYMLKEIYEQ PLALTRTIEG RIANKQVLDT AFGDNAAEFL KDIKHVQIIA
CGTSYHAGMA ARYWLEDWAG VSCNVEIASE FRYRKSHLFP NSLLVTISQS GETADTLAAM
RLAKEMGYKA TLTICNAPGS SLVRESDMAY MMKAGAEIGV ASTKAFTVQL AGLLMLTAVI
GRHNGMSDQM QAQITQSLQS MPAKVEQALG LDAAIAELAE DFADKHHALF LGRGDQYPIA
MEGALKLKEI SYIHAEAYAS GELKHGPLAL IDADMPVIVV APNNELLEKL KSNVEEVRAR
GGLMYVFADV DAEFESDDTM KVIPVPHCDI FMAPLIYTIP LQLLSYHVAL IKGTDVDQPR
NLAKSVTVE