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Alkali treatmentcausesswelling and changes in the crystalline structure of cellulose
These effects ... lignincausesswelling of the cellulose structure and partial decrystallization of cellulose
the cell cortex in varied microtubule patterns ( parallel , net - like , and large bundlesinfluencesthe orientation and structure of cellulose microfibrils within the surrounding cell wall
Heat treatmentleadsto permanent changes in the structure of the chemical components of wood ( hemicelluloses , cellulose , and lignin
the largely different surface in terms of dielectric propertywould influencestructure and property of ultrathin films on the substrates
the content of TiO2influencedon the structure and properties of the hybrid materials
by the method of processing(passive) are ... influenced bythe structure and properties of polymeric materials
breaking down the tissue molecules by bacteria through changes in pressure and temperature or various chemical processescausingchemical changes in the structure of the protein and cellulose
I / II hydrogel , 2 or 3 cycles of EDA ( 99 wt% ) treatmentsresultedin partial conversion of the cellulose I structure to a cellulose II structure
Most of the cell wall in plantis composedof structural polysaccharides in the form of cellulose and hemicelluloses
strongly(passive) are ... influencedThe structure and properties of these materials
a synthesis of the old knowledge and the development of different studiescontributeto the understanding of the structure of cellulose allomorphs
I. These featurescan ... influencethe structure and properties of the coatings obtained
Plant Cellulose Purdue researchershave discoveredthe structure of the enzyme that makes cellulose
different studiescontributeto the understanding of the structure of cellulose allomorphs
CMTsinfluencethe orientation and structure of cellulose microfibrils in the cell wall
US - Purdue researchershave discoveredthe structure of the enzyme that makes cellulose
Amylopectin is assumedto contribute significantlytowards the structural and physicochemical properties of starch
Purdue researchershave discoveredthe structure of the enzyme that makes cellulose
These featurescan significantly influencethe structure and properties of the coatings froex
Lytic polysaccharide monooxygenases ( LPMOscontributeto enzymatic conversion of recalcitrant polysaccharides such as chitin and cellulose
The pathwaysleadingto the synthesis of cellulose and sulfated fucans and to the remodelling of cellulose in the cell wall
the strong hydrogen bondscontributeto the rigidity and structure of cellulose
i.e.woody stalks and leavescomposed mainlyof cell wall polysaccharides , such as pectin , cellulose , and hemicellulose
This indicates the intermolecular H - bonds in 4 % , 6 % , and 8 % NaOH treated cotton cellulose was disruptedcausedloosening the structure of cellulose microfibers
This award ... the distinguished French scientistdiscoveredcellulose ... and pioneered in the chemistry of both cellulose and lignin
cell walls in red and green leaveswere ... composedof cellulose and pectin , which is expected for mosses
woodis ... composedof structured cellulose and lignin
the structural backbone of plant materialmainly composedof cellulose and hemicelluloses linked by lignin
The Anselme Payen Award ... the distinguished French scientistdiscoveredcellulose ... and pioneered in the chemistry of both cellulose and lignin
to copurification of endotoxins with plasmid DNAleadto copurification of endotoxins with plasmid DNA
Both cell walls(passive) are composedBoth cell walls
Plants(passive) are composedPlants
This biomass(passive) is composedThis biomass
Wood(passive) is composedWood
to easier ways of breaking down plant materials to make biofuels and other products and materialscould leadto easier ways of breaking down plant materials to make biofuels and other products and materials
to easier ways of breaking down plant materials to make biofuels and othercould leadto easier ways of breaking down plant materials to make biofuels and other
to easier ways of breakingcould leadto easier ways of breaking
The cell wall(passive) is composedThe cell wall
Lignocellulosic biomass(passive) is composedLignocellulosic biomass
microtubules(passive) is set ... bymicrotubules
This huge amount of plant material(passive) is primarily composedThis huge amount of plant material
Wood(passive) is composedWood
Wood(passive) is primarily composedWood
in the timbers becoming stringyresultingin the timbers becoming stringy
The plant cell wall(passive) is composedThe plant cell wall
from the forces between the electrons and nuclei of atomsresultsfrom the forces between the electrons and nuclei of atoms
Efficacy and binding of these compounds(passive) are markedly influenced byEfficacy and binding of these compounds
the adsorption of CBMs to cellulose(passive) is ... influenced bythe adsorption of CBMs to cellulose
Most of the cell wall in plant(passive) is composedMost of the cell wall in plant
to the higher degradation temperature than amorphous hemicellulosecontributedto the higher degradation temperature than amorphous hemicellulose
to water absorption behaviorcontributeto water absorption behavior
reflectivityinfluencereflectivity
Natural fibers(passive) are composed byNatural fibers
This difference(passive) may have been caused byThis difference
The way(passive) are influenced byThe way
Plant cell wall , the first barrier of defense against invading pathogens(passive) is composedPlant cell wall , the first barrier of defense against invading pathogens
The primary cell wall of land plants(passive) is composedThe primary cell wall of land plants
The plant cell wall(passive) is composedThe plant cell wall
The plant cell wall(passive) is mainly composedThe plant cell wall
The candida cell wall(passive) is composedThe candida cell wall
Cell walls(passive) are essentially composedCell walls
to the cycling of carbon and nutrientscontributesto the cycling of carbon and nutrients
difficulties to fully swell like starch in the process of high - temperature pretreatment , leading to the reduced access surface areas and the limited degradations of cellulase and hemicellulasecausedifficulties to fully swell like starch in the process of high - temperature pretreatment , leading to the reduced access surface areas and the limited degradations of cellulase and hemicellulase
wood(passive) is ... composedwood