Item 27 of 44 (back to results) previous next Ultrasound-assisted compatible in situ hydrolysis of sugarcane bagasse in cellulase-aqueous–N-methylmorpholine-N-oxide system for improved saccharification Bioresource technology

Current search: Natural Resources, Earth and Environmental Sciences: natural resources × Research, Technology and Engineering: technology > processing technology > continuous systems × Select any link to see items in a related category. more general categories    information about this item Biological Sciences  Biological Sciences  biochemistry (102540)   biotransformation (735)  biochemical compounds (82890)   carbohydrates (23127)   polysaccharides (9609)   glucans (5043)   cellulose (1820)  enzymes (23169)   hydrolases (9245)   glycosidases (3353)   O-glycoside hydrolases (3250)   cellulases (774)   endo-1,4-beta-glucanase (448) Calendar Year  Calendar Year  Year (337475)   2012 (47541) Economics, Business and Industry  Economics, Business and Industry  products and commodities (80757)   byproducts (1437)   plant byproducts (360)   bagasse (260)   sugarcane bagasse (170)  sugarcane byproducts (176)   sugarcane bagasse (170) Natural Resources, Earth and Environmental Sciences  Natural Resources, Earth and Environmental Sciences  natural resources (75944)   biological resources (55960)   biomass (6371)  renewable resources (7916)   biomass (6371) Physical and Chemical Sciences  Physical and Chemical Sciences  chemical substances (129118)   biochemical compounds (82878)   carbohydrates (23127)   polysaccharides (9609)   glucans (5043)   cellulose (1820)  enzymes (23169)   hydrolases (9245)   glycosidases (3353)   O-glycoside hydrolases (3250)   cellulases (774)   endo-1,4-beta-glucanase (448)  chemical compounds (78840)   organic compounds (57444)   polymers (3677)   lignin (1125)  chemistry (84737)   analytical chemistry (19151)   analytical methods (16695)   spectroscopy (8016)   infrared spectroscopy (1462)   Fourier transform infrared spectroscopy (876)  reaction chemistry (20939)   chemical reactions (18979)   hydrolysis (2576)  physics (54990)   ultrasonics (417)  physical properties (32618)   rheological properties (2747)   viscosity (1469) Plant Science and Plant Products  Plant Science and Plant Products  plant byproducts (360)   bagasse (260)   sugarcane bagasse (170)  sugarcane byproducts (176)   sugarcane bagasse (170) Reference Types  Reference Types  Journal (337546) Research, Technology and Engineering  Research, Technology and Engineering  materials science (14620)   materials (8714)   polymers (3677)   lignin (1125)  methodology (66114)   analytical methods (16690)   spectroscopy (8016)   infrared spectroscopy (1462)   Fourier transform infrared spectroscopy (876)  technology (49139)   processing technology (28127)   continuous systems (219)  saccharification (385) Abstract of Article:   Will be presented in next release Date Last Accessed:   Accessed January 20, 2015 Title of Article:   Ultrasound-assisted compatible in situ hydrolysis of sugarcane bagasse in cellulase-aqueous–N-methylmorpholine-N-oxide system for improved saccharification Author(s) of Article:   Will be identified in next release Citation:   Bioresource technology 2012 v.107 pp. 251-257 Click to View:   (Click to View) Date of Publication:   2012 Location of Article:   http://pubag.nal.usda.gov/pubag/article.xhtml?id=564044 Name of Publication:   Bioresource technology Publishing Company:   Will be identified in next release Accession Number:   167172