Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...

Articles Figures Tables About

System functional

In Vivo Biosensing. In vivo biosensing involves the use of a sensitive probe to make chemical and physical measurements in living, functioning systems (60—62). Thus it is no longer necessary to decapitate an animal in order to study its brain. Rather, an electrochemical biosensor is employed to monitor interceUular or intraceUular events. These probes must be small, fast, sensitive, selective, stable, mgged, and have a linear response. [Pg.396]

Approximating the dependences by polynomial and making finally function system ... [Pg.30]

Calculating the function system for the whole peaks series. [Pg.30]

In recent years new ec]uipment has been invented, chemical processes, piping materials, valve designs, and new teehnologies not eonsidered when these formulas were developed with eold water in the 19th century. There is a need to measure the aetual losses onee an industrial plant is eommissioned and operations begin. I he authors of this book have developed a formula that permits the measurements of these losses in a live functioning system. Here it is ... [Pg.100]

Relationship between input function, system type and steady-state error 170... [Pg.453]

Addition cure silicones can be delivered from solvent, waterborne emulsions, or 100% solids systems. The solvent free versions employ base polymers of intermediate molecular weight to achieve processable viscosity. These base polymers can have reactive moieties in terminal and/or pendant positions. These lower molecular weight, more functional systems result in a tighter crosslink network which feels rubbery to the hand. Low amounts of high molecular weight additives are included in some formulations to provide a more slippery feel [51,52]. [Pg.544]

The design of any apparatus must be unified and result in a safe functional system. Materials used for each apparatus should form a well coordinated and integrated entity, which should not only meet the requirements of the apparatus functional utility, but also those of safety and product purity. [Pg.18]

Functional system or process descriptions describe system, process and/or component behavior for each operational mode. They describe operational profiles of the components, the fiinctions and input and outputs of each. Block diagrams assist by illustrating operations, inter-... [Pg.94]

The operational model is used throughout this book for the determination of drug parameters in functional systems. [Pg.47]

A major modification to describe drug function is termed the operational model. This model is theoretically more sound than classical theory and is extremely versatile for the estimation of drug parameters in functional systems. [Pg.52]

The first idea to consider is the effect of receptor density on sensitivity of a functional system to agonists. Clearly, if quanta of stimulus are delivered to the stimulus-response mechanism of a cell per activated receptor the amount of the total stimulus will be directly proportional to the number of receptors activated. Figure 5.8 shows Gi-protein-mediated responses of melanophores transiently transfected with cDNA for human neuropeptide Y-l receptors. As can be seen from this figure, increasing receptor expression (transfection with increasing concentrations of receptor cDNA) causes an increased potency and maximal response to the neuropeptide Y agonist PYY. [Pg.85]

Recombinant assays have revolutionized pharmacology and now functional systems can be constructed with engineered levels of responsiveness (i.e., through difference in receptor levels or co-transfection of other proteins). [Pg.96]

The effects of high values of constitutive activity can be determined for functional systems where function is defined by the operational model. Thus, it can be assumed in a simplified system that the receptor exists in an active (R ) and inactive (R) form and that agonists stabilize... [Pg.108]

Under these circumstances, the fractional response in a functional system can be derived from the expression... [Pg.110]

Practical problems with hemi-equilibria can be avoided by allowing sufficient time for equilibrium to occur. However, there are some situations where this may not be possible. One is where the functional system desensitizes during the span of time required for equilibrium to be attained. Another is where the actual type of response being measured is transitory and where the only measurement of calcium transients where a spike of effect is the only response observed in the experimental system. [Pg.119]

The masked propargylic anfz-l,3-diols obtained in these reactions are useful precursors to more functionalized systems. Lindlar reduction of alkyne 171 generated the (Z)-allylic diol 172, which underwent diastereoselective osmium tetraoxide-catalyzed dihydroxylation to provide the partially protected tetraol 173 (Scheme 28). The propargylic anfz-l,3-dioxane 175,obtained in 88% yield from... [Pg.81]

The emphases of future investigation on these unprotected metal nanoclusters should be mainly placed on (1) further controlling the size, composition and shape of the unprotected metal or alloy nanoclusters (2) better understanding the stabilizing mechanism of the unprotected metal nanoclusters in colloidal solutions prepared by the alkaline EG synthesis method (3) developing novel catalytic and other functional systems for real applications. [Pg.339]

These conditions are also applicable to functionalized systems that are compatible with metallation by this superbase. 69... [Pg.810]

Rates functional systems from 0 (normal) to 10 (death due to MS) Emphasis is on ambulation over other symptoms Multiple Sclerosis Functional Composite (MSFQ Three-part tool rating ambulation, limb function, and cognitive function... [Pg.436]

The dominating reason behind the problems is clogging of the wells mainly caused by iron precipitation. For this reason the research on ATES is focused on how to collect geological, hydrogeological and hydrochemical data in a proper way in order to design functional systems and wells. [Pg.159]

Analyses of developed countries e-waste management shows Japan to have perhaps the best-functioning system, in terms of scope and compliance levels. Korea, Canada, and Australia have well-advanced systems as well. Switzerland s system is seen as a model of comprehensive management, and the Swiss, Norway, Belgium, Sweden, and the Netherlands have all exceeded minimum EU e-waste directives collection and recycling targets. [Pg.269]


See other pages where System functional is mentioned: [Pg.66]    [Pg.513]    [Pg.446]    [Pg.789]    [Pg.31]    [Pg.50]    [Pg.84]    [Pg.85]    [Pg.102]    [Pg.156]    [Pg.180]    [Pg.293]    [Pg.443]    [Pg.619]    [Pg.107]    [Pg.327]    [Pg.339]    [Pg.276]    [Pg.6]    [Pg.6]    [Pg.18]    [Pg.4]    [Pg.113]    [Pg.313]    [Pg.517]    [Pg.124]    [Pg.806]    [Pg.107]    [Pg.260]   
See also in sourсe #XX -- [ Pg.4 ]

See also in sourсe #XX -- [ Pg.13 ]

See also in sourсe #XX -- [ Pg.643 , Pg.644 , Pg.645 , Pg.646 , Pg.647 , Pg.648 , Pg.649 , Pg.650 , Pg.651 , Pg.652 , Pg.653 , Pg.654 , Pg.655 , Pg.656 , Pg.657 , Pg.658 ]




SEARCH



Acidic function solvent-system concept

Aging immune system function

Amsterdam density functional program system

Atomic reaction systems partition function

Autocorrelation function vibrational modes, hydrogen-bonded systems

Autonomic nervous system functional integration

Autonomic nervous system functions

Biological systems protein function

Biomimetic Systems that Model Structure and Function

Biomolecules-nanoparticle systems electronic functions

Capacity systems, transfer function

Cardiovascular system basal function

Cardiovascular system cardiac function

Cardiovascular system function

Central Nervous System functioning adult with

Central nervous system dopamine-related functions

Central nervous system function

Central nervous system functional activity

Central nervous system functional levels

Central nervous system functions associated with

Central nervous system major function

Central nervous system neuropsychological functioning

Central-Controlled, Function-Oriented Multicomponent Systems

Chemical delivery system modifier functions

Cholinergic systems function

Circulatory system function

Closed loop control system feedback systems, transfer function

Colloidal systems relaxation function

Complex systems profiler function

Component functional safety nuclear power systems

Composite functionals in inhomogeneous systems

Computational Functions in Biochemical Reaction Systems

Conceptual scheme showing how the nature-society system functions

Construction completion and turnover by functional systems

Container closure systems functionality

Contributing factors at the functional department and work-system levels

Control system function

Correlation functions coupled dipole moment systems

Cp Systems with Covalently Bound Additional Donor Functions

Density Functional Theory thermodynamic system

Density function theory separable systems

Density functional theory many-electron system energy

Density functional theory molecular system simulations

Density functional theory system

Designing functional molecular system

Designing functional molecular system clusters

Designing functional molecular system nanomaterials

Designing functional molecular system receptors

Designing functional molecular system sensors

Digestive system functions

Distribution function system thermodynamics

Distribution function systems

Drug delivery systems functional motifs

Drug delivery systems functionalized poly

Effective coupling function systems

Electrochemistry of Functional Supramolecular Systems. Edited by Paola Ceroni, Alberto Credi

Emergency shutdown systems functional safety

Endocrine function neuroendocrine system

Endocrine system functions

Enterprise Resource Planning systems system functions

Equilibrium systems functions

Eukaryotic systems, protein structure-function

Eukaryotic systems, protein structure-function studies

FUNCTIONAL MODEL OF A TOXIC GAS MONITORING SYSTEM

First-order systems pulse transfer function

Fitness function positional control system

Foods systems, functional properties

Formation of pore system in PAM and its functions

Free radical immune system function

Fukui function isolated system

Function analysis systems technique

Function analysis systems technique FAST)

Function of the Renal System

Function-oriented multicomponent systems

Functional Demonstrator of a Preventive Pedestrian Protection System

Functional Micellar Systems

Functional analysis system technique

Functional aqueous systems

Functional group-tolerant ruthenium systems

Functional groups systems

Functional hazard analysis Preliminary System Safety Assessment

Functional hazard analysis system level steps

Functional molecular system design

Functionalization of marine materials for drug delivery systems

Functionalized Polymer Systems

Functionalized initiating system

Functions of the autonomic nervous system

GABAergic system function

Gastrointestinal system function

Glassy systems (viscoelastic functions

Glutamate system function

Green function quantum systems

Heterogeneous systems biological functions

High functionalized polymer systems

Higher order connections of the accessory olfactory system and reproductive functions

Homogeneous systems composite functionals

Immune function, system, response

Immune system endocrine function

Immune system function deficiency effects

Immune system function impaired

Immune system functions

Inhomogeneous system, Helmholtz free energy functional

Inhomogeneous systems composite functionals

Interpretive system, functions

Isopiestic Systems. The Heat-Content Function

Iterated function systems

Marine carbonate system functions

Memory function nonlinear system

Metal ions, functionalized macrocyclic system

Microsomal mixed-function oxidase system

Mixed function oxidase system microsomal metabolism

Mixed-function oxidase system

Mixed-function oxidation system

Model systems molecular response functions

Modeling Nicotinamide Coenzyme Function in Protein and Peptide Systems

Modeling the Shear Viscosity Function of Filled Polymer Systems

Modeling, polymer systems shear viscosity function

Molecular system exact” wave function

Molecular systems cyclic wave functions

Mono functional system

Multi-functional systems

Multicomponent systems, pair distribution function

Multinuclear systems redox functionalities

Multiply functionalized system

Nervous system anatomy/functions

Nervous system function

Nervous system motor function

Nervous system sensory function

Neutrophils immune system function

Noradrenergic systems function

Normal functioning system

Nuclear System Isolation Function

Nuclear systems, sensitivity functions

Nuclear systems, sensitivity functions design

Opioid system physiological functions

Other ensembles of systems and associated characteristic functions

Partition function infinite level system

Partition function open system

Partition functions of a system

Permit systems functions

Physiological function of opioid system

Polyatomic systems total wave function

Polydispersed particle systems, density functions

Principle Function and Design of a Vacuum Conveying System

Prokaryotic systems, protein structure-function

Prokaryotic systems, protein structure-function studies

Protective proteins, functions biological systems

Quinazoline ring systems, functionalizing

Reactor 15 Modular Multi-functional Chip Reaction System

Reactor auxiliary systems function

Recirculating systems functions

Recognition systems switch-functionalized

Renal function renin-angiotensin system

Renal system function

Renal system primary functions

Respiratory system function

Respiratory systems, rapid functional

Response of more complex systems to forcing functions

Ring system derivatives, 2-functionalized

SECTION I Physiologic Systems Herbert F. Voigt An Outline of Cardiovascular Structure and Function aniel J. Schneck

Safety systems and their functions

Safety systems functional diagram

Safety-related control systems functional tests

Sensitivity function multivariable system

Sensitivity functions systems

Sensory system function

Separable systems density functions

Standard thermodynamic functions ideal systems

State Functions for Systems of Variable Composition

Step forcing function second order system

Structural proteins, functions biological systems

Surveillance systems functions

Sympathetic nervous system heart function, role

System function

System function definition

System functional review

System functionalities

System functions and computational details

System identification basis function

System partition function

System safety functions

System stale function

System state function

System, continued state function

System-bath coupling correlation functions

Systems as a function

Systems biology organism function

Systems functional group compatibility with

Systems with Controlled Functionality

The Gibbs Function and Useful Work in Biologic Systems

The Partition Function of a System

The Respiratory System Structure and Function

The partition function Macroscopic systems

Thermodynamic Functions of Quasi-Equilibrium Thermal Plasma Systems

Thrombosis A Dark Side of Hemostatic System Function

Time correlation functions stationary systems

Time-dependent density functional theory many-body system

Total Partition Function of System

Total System Weight and Cost as a Function of Mission Length

Transition metals designing functional molecular systems

Udenfriend System A Model for Mixed Function Oxidase

Ultrafiltration systems, functions

Vascular system function

Vascular system physiological function

Wave Functions for Many-Electron Systems

Wave function central force system

Wave functions allyl system

Wave functions model polyene systems

Wave functions, molecular systems

Weeks-Chandler-Andersen system functions

Wigner function adiabatic systems

© 2019 chempedia.info