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System organization

Organic ring systems are named by replacement nomenclature. Three- to ten-membered mono-cyclic ring systems containing uncharged boron atoms may be named by the specialist nomenclature for heterocyclic systems. Organic derivatives are named as outlined for substitutive nomenclature. The complexity of boron nomenclature precludes additional details the text by Rigaudy and Klesney should be consulted. [Pg.29]

In this step, the team organizes and makes a final review of the quantitative information on all material flows, and summarizes the data onto a spreadsheet. For each unit operation, the team should use data compiled from Steps 2 through 12 to construct the material-balance system. Organize the information clearly. [Pg.377]

In its 1989 book. Guidelines for Technical Management of Chemical Process Safety, CCPS identifies 22 characteristics of a management system, organized to reflect four key activities planning, organizing, implementing, and control-... [Pg.63]

Other important historical landmarks include the founding, in 1984, of the Santa Fe Institute, which is one of the leading interdisciplinary centers for complex systems theory research the first conference devoted solely to research in cellular automata (which is a prototypical mathematical model of complex systems), organized by Farmer, Toffoli and Wolfram at MIT in 1984 [farmer84] and the first artificial life conference, organized by Chri.s Langton at Los Alamos National Laboratory, in 1987 [lang89]. [Pg.4]

While Fe- and Mn-oxides certainly are important in the binding and transport of the trace metals in the estuarine system, organic matter appears to play a dominant role in the coagulation step. For instance, adjustment of the solution pH to values where humics normally precipitate (pH = l to 3) causes all the components (Fe and Mn, organics, and trace metals) to coagulate into filterable particles. By contrast, adjustment of the pH upward, which would normally favor precipitation of Fe- and Mn-oxides, has no effect. In view of this it is not... [Pg.404]

Size A large tile (with a white border) defines each SOC (System Organ Class) in the MedDRA dictionary. [Pg.673]

Frontiers of basic reasearch on photocatalysis, including studies of simple molecular systems, organized molecular tissemblies and semiconductors as photocatalysts. [Pg.35]

The lipases demonstrated very high stability in media partially or totally composed of organic solvent. In such media, the lipases catalyze esterification, transesterification, and resolution of enantiomers [19,45,75,97-100]. Nevertheless, several biphasic systems (organic-aqueous) are used for hydrolysis of lipid and fats [7,34,101]. Kinetic studies in biphase media or in inverted micelles demonstrate that the lipase behavior is different... [Pg.569]

Yang and Russell [7] made comparison of lipase-catalyzed hydrolysis in three different systems organic, biphasic, and reversed micelles. They affirmed that water content is an important factor that distinctly affects every system. Their results demonstrated that activity of lipase in organic-aqueous biphasic media was lower than that obtained in reversed micelles. However, better productivities were obtained in biphasic media, which were the most suitable environment. [Pg.576]

Barrington, L. (2000) Breeding for Organic Dairy Systems. Organic Farming, 68, 23. [Pg.59]

SORT PREFERRED TERM DATA FROM MEDDRA WHERE PREFERRED TERM = PREFERRED TERM, SOC CODE = SYSTEM ORGAN CLASS CODE, AND PT CODE = PREFERRED TERM CODE. proc sort... [Pg.110]

SORT LOWER LEVEL TERM AND PREFERRED TERMS FOR MERGE WITH SYSTEM ORGAN CLASS DATA. proc sort... [Pg.110]

There are a couple of items to note about MedDRA and the preceding sample SAS code. First, the example assumes that you have already managed to read the system organ class, preferred term, and lowest-level term data tables from the MedDRA dictionary into SAS. Second, the preferred terms may map to more than one system organ class. In this case, MedDRA provides a variable at the preferred term level to indicate what the primary system organ class is. So, you may need to subset the preferred term data set in the example in order to select just the primary system organ class. [Pg.111]

As far as man and animals are concerned, the economic poisons exert their harmful and deleterious effect after absorption and distribution through the blood stream. Relatively few agents are irritating or corrosive in their action, and their effect on the intact skin may be considered secondary (5, 8). Toxic action of economic poisons is exerted by alteration in physiologic or biochemical activity of various systems, organs, and cells. [Pg.39]

Hilterhaus, L., Thum, O. and Liese, A. (2008) Reactor concept for lipase-catalyzed solvent-free conversion of highly viscous reactants forming two-phase systems. Organic Process Research Development, 12, 618-625. [Pg.102]

Redox systems, organic, with multiple electrophores, electron storage and transfer in, 28,1... [Pg.340]

In accordance with the above, it is clear that the organized media may play an important role in the development of CL reactions. This role may be shown in the improvement of the sensitivity, precision, and selectivity of many CL reactions, due principally to the change of the microenvironment of the CL system. Organized media can alter the microviscosity, local pH, polarity, reaction pathway or rate, etc. This situation allows application of these organized media to determination of organic and inorganic analytes in different kinds of matrices using CL reactions. A summary of these applications is shown in Table 5. [Pg.308]

Analyte CL system Organized medium Analytical parameters Applications Ref. [Pg.309]

Blair, P.C., M.B.Thompson, R.E.Morrissey, M.P.Moorman, R.A.Sloane, and B.A. Fowler. 1990a. Comparative toxicity of arsine gas in B6C3F1 mice, Fischer 344 rats, and Syrian golden hamsters system organ studies and comparison of clinical indices of exposure. Fundam. Appl. Toxicol. 14 776-787. [Pg.115]


See other pages where System organization is mentioned: [Pg.27]    [Pg.222]    [Pg.90]    [Pg.2]    [Pg.3]    [Pg.3]    [Pg.3]    [Pg.271]    [Pg.182]    [Pg.5]    [Pg.796]    [Pg.191]    [Pg.249]    [Pg.626]    [Pg.309]    [Pg.109]    [Pg.147]    [Pg.29]    [Pg.83]    [Pg.107]    [Pg.294]    [Pg.298]    [Pg.462]    [Pg.123]    [Pg.134]    [Pg.784]   
See also in sourсe #XX -- [ Pg.420 ]




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Alkali base systems, organic

Anatomical organization of dopamine systems in the normal human brain

Animal welfare organic production systems

Antenna systems supramolecularly organized luminescent dye

Application to organic redox systems

Aqueous Systems with Additional Organic Solvent

Aqueous Systems without Additional Organic Solvent

Aqueous/organic cosolvent systems

Asymmetric systems organic electrolytes

Automation Concepts How Multicomponent Systems are Organized

Autonomic nervous system anatomical organization

Biochemical systems in organic chemistry

Biological systems organic compounds

Bioreduction in Biphasic Aqueous-Organic Systems

Biphasic aqueous—organic systems

Biphasic catalysts aqueous organic solvents, recyclable systems

Bonding between metal atoms and organic pi systems

Bonding in Sulfur-Nitrogen Compounds Comparison with Organic Systems

Bonding systems organic solvent-based

Catalysis, enzymatic, physical organic model systems and the problem

Cementitious systems modified with organic polymers

Central nervous system cellular organization

Central nervous system internal organization

Central nervous system organization

Central nervous system organizer cells

Characterisation of Natural Organics and Colloid Systems

Charge-transfer complexes with other organic systems

Chemical evolution organized molecular systems

Chlorinated organic pesticides, solvent systems

Comparison of Different Organic Solvent-Water Systems

Complex systems self-organization

Complexity theory, self-organizing systems

Conductivity in Organic Systems

Crop protection with copper-based fungicides in organic production systems

Curing system organic accelerator

Disinfection systems organic acids

Do organic and low input systems present a particular risk for mycotoxin contamination

Dose-response with organ systems

ESCA in Selected Organic Systems

Earth as Self-Organizing System

Electron Transfer in Self-organizing Systems of Amphiphiles

Electron storage and transfer in organic redox systems with multiple

Electron storage and transfer in organic redox systems with multiple electrophores

Electron-Transfer Reactions in Organic Systems

Emergence organized molecular systems

Endocrine system organization

Enzyme system organized

Ethics organic production systems

Ferromagnetism in Organic Systems

Filing system organization

Food, organic research systems

Forbidden transitions in organic and inorganic systems

Genetically modified organism detection systems

HACCP-based systems for integrated control of pathogen transfer into organic food supply chains

Health care systems within organization

Higher aqueous-organic biphasic system

Human organ system

Hydroformylation of Olefins in Aqueous-Organic Biphasic Catalytic Systems

Hydrogen delivery using organic hydrides for fuel-cell cars and domestic power systems

Ideal organic photochromic system

Immune system organization

Improving the quality and shelf life of fruit from organic production systems

Information technology systems management support organizations

Information technology systems validation organization

International Civil Aviation Organization systems

International Standards Organization 14001, Environmental Management Systems

International Standards Organization/Open System Interconnect model

Irradiated organic liquid systems, excitation

Lanthanide-Organic Radical Systems

Mesostructure Assembly System Interaction Mechanisms between Organics and Inorganics

Metal complex-organic halide redox system

Metal powder organic solvent systems

Metallo-organic systems with high

Methanol-organic system, properties

Micro-aqueous organic reaction system

Microwave-assisted organic synthesis commercial system

Mixed Hybrid Organic-Inorganic Systems

Models organ system approach

Molecular Encapsulation: Organic Reactions in Constrained Systems Edited by Udo H. Brinker and Jean-Luc Mieusset

Molecular Encapsulation: Organic Reactions in Constrained Systems Edited by Udo H. Brinker and Jean-Luc Mieusset 2010 John Wiley Sons, Ltd

Monophasic aqueous-organic systems

Mucosal immune system organization

Multiple organ systems

Naming systems organic acids

Natural organic matter-water systems

Natural organic matter-water systems partitioning

Nervous system, organization

Organ culture systems, tissue interaction

Organ culture systems, tissue interaction media

Organ system bias

Organ system studies

Organ system studies cardiovascular

Organ system studies dermal

Organ system studies endocrine

Organ system studies gastrointestinal

Organ system studies hematologic

Organ system studies hepatic

Organ system studies immunologic

Organ system studies pulmonary

Organ system studies renal

Organ system toxicity

Organ system toxicity heart

Organ systems

Organ systems

Organ systems, transport

Organ-Like Cell Cultures in Microfluidic Systems

Organic Guarantee System

Organic Photochemical Refractive-Index Image Recording Systems (Tomlinson and Chandross)

Organic Solid-state Systems

Organic Substituent Groups and Ring Systems

Organic biphasic system

Organic cations in constrained systems

Organic chemicals informed systems

Organic chemistry IUPAC nomenclature systems

Organic compounds in aqueous systems

Organic farming systems

Organic hydroperoxide-amine systems

Organic ion transport system

Organic liquid systems, excitation

Organic livestock husbandry methods and the microbiological safety of ruminant production systems

Organic material systems, photoelectron

Organic material systems, photoelectron spectroscopy

Organic materials systems, printable

Organic matter-water systems

Organic matter-water systems partitioning

Organic molecular systems, control

Organic pharmaceutical systems

Organic photochemical reactions systems

Organic polymer systems

Organic production system standards

Organic production systems

Organic production systems welfare problem

Organic reactions, naming systems

Organic regulatory system

Organic semiconductor polymeric systems

Organic solar cells systems

Organic solvent systems

Organic solvents monophasic systems

Organic solvents nervous system

Organic solvents two-phase systems

Organic substances infiltration system

Organic systems

Organic systems

Organic systems, researching

Organic vapor separation systems

Organic-Aqueous Biphasic Systems General Considerations

Organic-aqueous two-phase system

Organic-inorganic hybrid systems

Organic-ionic liquid biphasic catalysis multiphase reaction systems

Organically modified montmorillonite system)

Organization of the Central Nervous System

Organization of the Endocrine System

Organized assemblies and heterogeneous systems

Organized molecular systems

Organized surfactant systems

Organs and systems

Organs and systems cardiovascular

Organs and systems nervous system

Organs sensory systems

Other organ systems

PHASIC SYSTEMS WATER - ORGANIC

Patterns of Dissolved Organic Matter Lability among Systems

Perfused organ system

Peripheral organ systems

Persistence of Organics in Soil-Water Systems

Phase Behaviour of Ionic Liquid Systems with Azeotropic Organic Mixtures

Pigment-organic matrix system

Planting systems in organic fruit production

Polymer systems, self-organizing

Power system organization

Preparative-scale Kinetic Resolution Using Aldolase Antibodies in a Biphasic Aqueous-Organic Solvent System

Previously Described Synthetic Systems based on Purely Organic Components

Proton Tautomerism in Systems of Increasing Complexity Examples from Organic Molecules to Enzymes

Radical Damage in Nonrespiratory Organ Systems

Recyclable systems, aqueous organic solvents

Redox systems, organic, with multiple

Redox systems, organic, with multiple electrophores, electron storage and

Redox systems, organic, with multiple electrophores, electron storage and transfer

Redox systems, organic, with multiple transfer

Reducing anthelmintic use for the control of internal parasites in organic livestock systems

Reducing copper-based fungicide use in organic crop production systems

Respiratory system—structural organization

Reticulo-endothelial system organs

Reversible Intrinsically Thermochromic Organic Systems

Ruminant production organic systems

Safety Management System Organization

Seawater systems organic fouling

Self-organization biological systems

Self-organization in non equilibrium systems

Self-organization of simpler molecular systems

Self-organized porphyrin systems

Self-organizing complex systems

Self-organizing living systems

Self-organizing systems

Semiconducting Polymer Systems Containing Self-Organized Supramolecular Polymers

Skill 12.1o-Recognize that inorganic and organic compounds (e.g., water, salt, carbohydrates, lipids, proteins, nucleic acids) are essential to processes within living systems

Soil fertility in organic farming systems

Soil organic carbon tillage systems

Solubility of Organic Molecules in Water Using a Surface Tension—Cavity Model System

Some Properties of Complex Systems Self-organization, the Butterfly Effect, Adaptability and Probabilistic Advantages

Specific Aspects of Photoinduced Electron Transfer in Organic -Conjugated Systems

Specific organ systems

Specific target organ systemic toxicity - Repeated exposure

Specific target organ systemic toxicity - Single exposure

Structural Organization of the Respiratory System

Structural Topics in Organic Systems

Studies Focusing on Electron Transfer Kinetics of Organic Systems

Surfactant, Water, and Organic Material Ternary Systems

Sympathetic nervous system lymphoid organ innervation

System Safety An Integral Part of the Overall Organization

System Safety Organization

System safety professional organizations

System self-organization

Systems Chemistry propagating organization

Systems biology organism function

Systems graphical organizer

Systems, Organic Photochemical (Delzenne)

TARGET ORGAN SYSTEMIC TOXICITY

Tables organic systems

Target Organ Systemic Toxicity Following Repeated Exposure

Target Organ Systemic Toxicity Following Single Exposure

Teratogenic organ systems

Topologically organized systems, analysi

Tubular organ system

Water organic biphasic systems

Water-Organic Membrane Diffusion Systems

Water-organic solvent two-phase systems

World Health Organization analysis system

Zeolite/adsorbate systems organic compounds

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