S. Aiba A. E. / S. H. Razavi S. A. / Bacillus 2 Biotechnology Research International / Creative Commons / Hindawi Publishing Corporation / /
Country
United States / United Kingdom / / /
Facility
G C University / National Institute / Utah State University / /
IndustryTerm
active site / starch processing industries / chemical hydrolysis / media components / enzyme solutions / free energy / transition state binding energy / liquid media preparation / starch hydrolysis major product / submerged fermentation systems / activation free energy / destabilization energy / less free energy / metal ions / storage product / soluble starch solution / iodide solution / transition state formation energy / synthetic media / industrial applications / starch processing / gas constant / submerged and solid state fermentation systems / basal salt solution / microbial systems / large-scale starch processing industry / activation energy / /
Movie
Half-Life / /
NaturalFeature
Old Main Hill / /
Organization
National Institute for Biotechnology / Genetic Engineering / Pakistan Department of Bioinformatics / National Institute for Biotechnology and Genetic Engineering / Utah State University / Biological Engineering Department / /
Person
Khalid Yaqoob / Shazia Khaliq / M. J. Maarel / V / Figure / Romana Tabassum / /
Solid State Fermentation of a Raw Starch Digesting Alkaline Alpha-Amylase from Bacillus licheniformis RT7PE1 and Its Characteristics