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Cell plant

The major classes of organic compounds common to living systems are lipids pro terns nucleic acids and carbohydrates Carbohydrates are very familiar to us— we call many of them sugars They make up a substantial portion of the food we eat and provide most of the energy that keeps the human engine running Carbohy drates are structural components of the walls of plant cells and the wood of trees Genetic information is stored and transferred by way of nucleic acids specialized derivatives of carbohydrates which we 11 examine m more detail m Chapter 28... [Pg.1026]

Plant Cell Culture. Air-lift bioreactors have been favored for plant cell systems since these cultures were first studied (4). However, they can give rise to problems resulting from flotation of the cells to form a meringue on the top. It is interesting to note that some reports indicate that stirred bioreactors do not damage such cells (4). [Pg.336]

Ice formation is both beneficial and detrimental. Benefits, which include the strengthening of food stmctures and the removal of free moisture, are often outweighed by deleterious effects that ice crystal formation may have on plant cell walls in fmits and vegetable products preserved by freezing. Ice crystal formation can result in partial dehydration of the tissue surrounding the ice crystal and the freeze concentration of potential reactants. Ice crystals mechanically dismpt cell stmctures and increase the concentration of cell electrolytes which can result in the chemical denaturation of proteins. Other quaHty losses can also occur (12). [Pg.459]

Hemicellulose [9034-32-6] is the least utilized component of the biomass triad comprising cellulose (qv), lignin (qv), and hemiceUulose. The term was origiaated by Schulze (1) and is used here to distinguish the nonceUulosic polysaccharides of plant cell walls from those that are not part of the wall stmcture. Confusion arises because other hemicellulose definitions based on solvent extraction are often used in the Hterature (2—4). The term polyose is used in Europe to describe these nonceUulosic polysaccharides from wood, whereas hemicellulose is used to describe the alkaline extracts from commercial pulps (4). The quantity of hemicellulose in different sources varies considerably as shown in Table 1. [Pg.29]

R. D. Preston, The Physical Biology of Plant Cell Walls, Chapman and Had, London, 1974. [Pg.35]

G. O. AspiuaU, iu F. Loewus ed.. Biogenesis of Plant Cell Wall Polysaccharides, Academic Press, Inc., New York, 1973. [Pg.36]

O. Hohn-Hansen, Eimnol Oceanogr. 14, 740 (1969) Plant Cell Physiol 11, 689 (1970). [Pg.281]

In addition to the isolation of steroid raw materials from whole plants, plant tissue cultures have been iavestigated as an alternative source of these steroids. Despite many advances (128), there are no iadustrial appHcatioas of plant cell cultures for the production of steroids (129,130). [Pg.427]

The leaves of Camellia sinensis are similar to most plants in general morphology and contain all the standard enzymes and stmctures associated with plant cell growth and photosynthesis (10—12). Unique to tea plants are large quantities of flavonoids and methylxanthines, compounds which impart the unique flavor and functional properties of tea. The general composition of fresh tea leaves is presented ia Table 1. [Pg.366]

Although the focus of this article is mainly on mammalian cells, the technologies described herein also apply in principle to insect and plant cells. [Pg.229]

Historically, dietary fiber referred to iasoluble plant cell wall material, primarily polysaccharides, not digested by the endogenous enzymes of the human digestive tract. This definition has been extended to iaclude other nondigestible polysaccharides, from plants and other sources, that are iacorporated iato processed foods. Cellulose [9004-34-6] (qv) is fibrous however, lignin [9005-53-2] (qv) and many other polysaccharides ia food do not have fiberlike stmctures (see also Carbohydrates). [Pg.69]

Detergent Methods. The neutral detergent fiber (NDF) and acid detergent fiber (ADF) methods (2), later modified for human foods (13), measure total insoluble plant cell wall material (NDF) and the cellulose—lignin complex (ADF). The easily solubilized pectins and some associated polysaccharides, galactomaimans of legume seeds, various plant gums, and seaweed polysaccharides are extracted away from the NDF. They caimot be recovered easily from the extract, and therefore the soluble fiber fraction is lost. [Pg.71]

Systems for evaluating electrolytes for metal electrowinning have been developed and are being used commercially in zinc production (96). Computerized mathematical models of zinc electrowinning cells have been developed and vaUdated by comparison with experimental data taken from pilot-plant cells (97). [Pg.79]

Because of cell speciaHzation, some produces are produced in cultures of those cellular types. Three main classifications of the types of plant cell and tissue cultures are ... [Pg.2134]

The production of secondaiy metabohtes has often been characterized using the classical equations of Leudeldng and Piret. However, the complexities of plant cell and tissue cultures have led to revisions to this equation to include fresh cell weight and viability, cell expansion, and culture death phase. Therefore, the production model is written as the following ... [Pg.2146]


See other pages where Cell plant is mentioned: [Pg.372]    [Pg.767]    [Pg.767]    [Pg.206]    [Pg.331]    [Pg.119]    [Pg.438]    [Pg.463]    [Pg.252]    [Pg.252]    [Pg.253]    [Pg.253]    [Pg.253]    [Pg.255]    [Pg.255]    [Pg.45]    [Pg.84]    [Pg.304]    [Pg.304]    [Pg.450]    [Pg.417]    [Pg.228]    [Pg.236]    [Pg.244]    [Pg.69]    [Pg.69]    [Pg.303]    [Pg.2129]    [Pg.2129]    [Pg.2134]    [Pg.2134]    [Pg.2134]    [Pg.2135]    [Pg.2146]    [Pg.2146]   
See also in sourсe #XX -- [ Pg.51 , Pg.53 ]

See also in sourсe #XX -- [ Pg.172 ]

See also in sourсe #XX -- [ Pg.41 ]




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Animal and Plant Cell Cultures

Arabinan from plant cell-walls

Auxins plant cell-wall growth

BIOREACTORS FOR PLANT CELL TISSUE AND ORGAN CULTURES (by Shinsaku Takayama)

Benzylisoquinoline alkaloids from plant cell cultures

Bioengineering in Plant Cell Culture

Biogenesis, of cellulose and plant cell-walls

Biological Activity of Phenolics in Plant Cells

Biological particles plant cells

Biopharmaceutical Production in Cultured Plant Cells

Bioreactors plant cell cultures

Biotransformations, immobilized plant cells

Callus induction, plant cell

Callus induction, plant cell cultures

Cell Culture as an Alternative Expression System to Whole Plants

Cell biology facilitated plant

Cell culture plant cells

Cell damage plant cells

Cell fate in plant meristems

Cell types plant

Cell wall of plant cells

Cell wall of plants

Cell, plant yeast

Cell, typical plant

Cell, typical plant membranes

Cell/tissue culture plant

Cells, animal plant

Cellulose in plant cell-walls

Chemical Bioengineering in Plant Cell Culture

Chloroplasts plant cell

Commercial buildings and power plant fuel cells

Companies power plant fuel cells

Comparison of Cell Culture over Whole Plants for Biopharmaceutical Production

Culture of Plant Cells and Tissues

Cultured plant cells, immobilization

Decommissioning of mercury cell plants

Developers power plant fuel cells

Dicotyledonous plants primary cell-wall polysaccharides

Economics power plant fuel cells

Effects of Shear Stress on Plant Cells in a Bioreactor

Electron micrograph of plant cell

Elicitors in Plant Cell Culture

Endoplasmic reticulum plant cell

Enzyme systems, plant cell

Enzyme systems, plant cell cultures

Europe power plant fuel cells

Extraction from plant cell walls

Fermentation animal/plant cell cultures

Foreign Protein Expression Using Plant Cell Suspension and Hairy Root Cultures

From plant cell walls

Fuel Cell Plant Description

Fuel Cell Power Plant Major Processes

Fuel cell power plant Carbonate

Fuel cell power plant Introduction

Fuel cell power plant PEMFC

Fuel cell power plants

Fuel cell power plants description

Fuel cell power plants design analysis

Fuel cell power plants design specifications

Fuel cell power plants performance

Fuel cell power plants system level models

Galactan from plant cell-walls

Galacturonan from plant cell-walls

Genetic Engineering of Plant Cells

Glucans 1—>4)-(3-, from plant cell-walls

Glucomannan from plant cell-walls

Golgi apparatus plant cell

Growing plant cell wall, working model

Hazards plant cell culture

Hemicellulose in plant cell-walls

Hemicelluloses in plant cell-walls

High performance Plants cells

Homogalacturonan from plant cell-walls

Imaging single plant cells

Immobilization of plant cells

In plant cell-wall hydrolyzates, liquid

In plant cell-wall hydrolyzates, liquid chromatography analysis

In plant cell-wall polymers

Integrated gasification, fuel cell plant

Intracellular plant cell

Japan power plant fuel cells

Lignin plant cell walls

Lignin, in plant cell-walls

Mannan from plant cell-walls

Mass transfer plant cell cultures

Membrane sterols plant cells

Mercury-Cell Plants

Methods for Evaluating the Shear Effects on Plant Cells

Microbiological Reactors (Fermenters, Cell Tissue Culture Vessels, and Waste Water Treatment Plants)

Mitochondria of plant cell, in micrograph

Morphinans from plant cell cultures

Morphology, of cellulose and plant cell

Morphology, of cellulose and plant cell walls

Novel plant cell inhibitor

Nucleus of plant cell, micrograph

Of plant cell-wall polysaccharides

PLANT CELL WALL POLYMERS

PLANT CELL WALL POLYMERS into root tissue

Paclitaxel plant cell fermentation

Particle size plant cell, preparation

Pathogenic plant cells

Pectic plant cell wall, arabinans

Pectins in plant cell-walls

Performance Requirements of Fuel Cells for Power Plants

Pesticides plant cell cultures

Phenylpropanoid in plant cell walls

Phosphoric acid fuel cell power plants

Pilot plant cells

Plant Cell Cultivations

Plant Cell Fermentation Process

Plant Cell Growth Curve Materials

Plant Cell Immobilization Materials

Plant and animal cells

Plant and animal whole cells, in sol-gel matrices

Plant cell activation

Plant cell and tissue culture

Plant cell apoplastic peroxidase

Plant cell ascorbate system

Plant cell commitment

Plant cell compounds

Plant cell culture

Plant cell culture (chemical

Plant cell culture (chemical applications

Plant cell culture (chemical biosynthetic

Plant cell culture (chemical cultures

Plant cell culture (chemical derivatives

Plant cell culture (chemical elicitation

Plant cell culture (chemical elicitors

Plant cell culture (chemical high-yielding

Plant cell culture (chemical improvement

Plant cell culture (chemical mechanism

Plant cell culture (chemical pharmaceuticals

Plant cell culture (chemical relationship

Plant cell culture (chemical secondary metabolites

Plant cell culture (chemical secondary production

Plant cell culture (chemical technology

Plant cell culture (chemical tissue productions from

Plant cell culture (chemical treatment

Plant cell culture basal

Plant cell culture benzylisoquinolines from

Plant cell culture biosynthetic precursors

Plant cell culture carbon source

Plant cell culture media

Plant cell culture regenerants

Plant cell culture stability

Plant cell cultures chloroplasts

Plant cell cultures herbicide-resistant

Plant cell cultures, synthesis

Plant cell cultures, synthesis secondary metabolites

Plant cell diagnostics

Plant cell division

Plant cell extensin

Plant cell fermentation

Plant cell immobilization

Plant cell isolation

Plant cell lignification

Plant cell materials, explosive

Plant cell membranes

Plant cell membranes, fatty acid

Plant cell models

Plant cell organelles

Plant cell organelles chloroplasts

Plant cell organelles glyoxysomes

Plant cell organelles microsomes

Plant cell organelles plasma membrane

Plant cell organelles plastids

Plant cell organelles primary

Plant cell organelles secondary

Plant cell organelles tonoplast

Plant cell organelles vacuoles

Plant cell permeabilization

Plant cell primary glycoproteins

Plant cell primary hemicellulose

Plant cell primary pectic polysaccharides

Plant cell responses

Plant cell structure

Plant cell ultrastructure, effect

Plant cell vacuolar ATPase

Plant cell vacuole

Plant cell wall constituents, importance

Plant cell wall glycans

Plant cell wall synthesis

Plant cell walls, molecular

Plant cell walls, molecular organization

Plant cell, electron micrograph

Plant cell-wall materials, hydrolysis

Plant cell-wall polymers, microbial

Plant cell-walls Albersheim model

Plant cell-walls chemical composition

Plant cell-walls complex, acidic oligosaccharides from

Plant cell-walls description

Plant cell-walls diagram

Plant cell-walls enzymes bound

Plant cell-walls formation

Plant cell-walls hemicellulose

Plant cell-walls interconnections

Plant cell-walls liquid chromatography analysis

Plant cell-walls loosening

Plant cell-walls methods

Plant cell-walls microfibril orientation

Plant cell-walls origin

Plant cell-walls pectins

Plant cell-walls polysaccharides

Plant cell-walls preparation

Plant cell-walls primary

Plant cell-walls protein

Plant cell-walls structure

Plant cell-walls terminal complexes

Plant cells albuminous

Plant cells amino acid synthesis

Plant cells and tissues

Plant cells and tissues fiber

Plant cells and tissues thermogenic

Plant cells cellulose walls

Plant cells characteristics

Plant cells companion

Plant cells entrapment

Plant cells genetic material Insertion

Plant cells glyoxylate cycle

Plant cells in culture

Plant cells layout

Plant cells parenchyma

Plant cells regeneration from protoplasts

Plant cells sclerenchyma

Plant cells sieve tubes

Plant cells starch synthesis

Plant cells subsidiary

Plant cells tracheids

Plant cells transfer

Plant cells trichomes

Plant cells vessel element

Plant cells wood fiber

Plant cells, aggregation

Plant cells, processing

Plant growth regulation cell division

Plant programmed cell death

Plant regeneration cells

Plant regeneration from resistant cells

Plant secretory cells study

Plant tissue cell lysis

Plant-Microbial Fuel Cells (PMFCs)

Plante lead/acid cells

Plants cell elongation

Plants cell expansion

Plants cell size

Plants cell walls

Plants growth from single cells

Plants, higher Cell size

Plants, higher Cell walls

Polymeric Interaction in the Plant Cell Wall

Polysaccharides from plant cell-walls

Power plant system, fuel cell

Power plants using fuel cells

Production by Means of Plant Cell Cultures

Production by plant cells

Production of Biopharmaceuticals in Plant Suspension Cells

Secondary Metabolites from Plant Cell Culture Technology

Secondary metabolites production plant cell culture

Sol-gel matrices plant and animal cells

Solid oxide fuel cells power plant, components

Sterol function plant cell membranes

Taxol from Plant Cell Fermentation

The Biosynthesis and Biogenesis of Lignin in Plant Cell Walls

The Primary Cell Walls of Higher Plants

The Taxol Story-Development of a Green Synthesis via Plant Cell Fermentation

Transport of Amino Acids Across Cell Membranes in Plants

Ultrastructure, plant cell

Vacuoles in plant cells

Water Potential and Plant Cells

Whole-cell encapsulation, in sol-gels plant and animal cells

Xylan from plant cell-walls

Xylans from plant cell walls

Xyloglucan from plant cell-walls

Xyloglucans from plant cell-walls

Xyloglucans from plant cell-walls structure

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