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Functional activation

Coagulation Factors II, III, VII, IX, X, XI, and Xlla fragments, thrombin, and plasmin are classified as serine proteases because each possesses a serine residue with neighboring histidine and asparagine residues at its enzymatically active site (Table 3). Factors II, VII, IX, and X, Protein C, Protein S, and Protein Z are dependent on the presence of vitamin K [84-80-0] for their formation as biologically functionally active procoagulant glycoproteins. [Pg.173]

The lac repressor monomer, a chain of 360 amino acids, associates into a functionally active homotetramer. It is the classic member of a large family of bacterial repressors with homologous amino acid sequences. PurR, which functions as the master regulator of purine biosynthesis, is another member of this family. In contrast to the lac repressor, the functional state of PurR is a dimer. The crystal structures of these two members of the Lac I family, in their complexes with DNA fragments, are known. The structure of the tetrameric lac repressor-DNA complex was determined by the group of Mitchell Lewis, University of Pennsylvania, Philadelphia, and the dimeric PurR-DNA complex by the group of Richard Brennan, Oregon Health Sciences University, Portland. [Pg.143]

TMD and NBF (Fig. 1). Therefore, these transporters are termed half transporter (in contrast to full transporter) however, to achieve functional activity they have to form hetero- or homodimers. [Pg.5]

The breast cancer resistance protein (BCRP) belongs to the G-branch of the ABC-transporter family (ABCG2). In contrast to most other ABC-proteins, BCRP consists of only one transmembrane domain (TDM) with one nucleotide binding fold (NBF) at its C-terminus. Because of this structural characteristic BCRP as well as other ABC-transporters with only one TMD are termed half transporters. To achieve functional activity these transporters have to form hetero- or homodimers. BCRP is involved in the multidrug resistance of certain tumors and transports endogenous compounds like cholesterol and steroid hormones. [Pg.250]

Activated carbon filters remove a wide range of organic matter by adsorption onto the carbon bed. The bed may be derived from a number of different carbon sources, and the correct selection of bed type, capacity, and porosity is a specialized function. Activated carbon may be usefully employed in organic traps, complementing the resin bed, but its capacity and organic removal rate characteristics are flow-dependent. Excessive flows may compromise the rate of adsorption of organic matter. [Pg.200]

Since Eqs. (5) and (6) are not restricted to the vapor phase, they can, in principle, be used to calculate fugacities of components in the liquid phase as well. Such calculations can be performed provided we assume the validity of an equation of state for a density range starting at zero density and terminating at the liquid density of interest. That is, if we have a pressure-explicit equation of state which holds for mixtures in both vapor and liquid phases, then we can use Eq. (6) to solve completely the equations of equilibrium without explicitly resorting to the auxiliary-functions activity, standard-state fugacity, and partial molar volume. Such a procedure was discussed many years ago by van der Waals and, more recently, it has been reduced to practice by Benedict and co-workers (B4). [Pg.171]

The autonomic branch of die PNS is concerned witii functions essential to the survival of the organism. Functional activity of the autonomic nervous system... [Pg.199]

Pongratz, I., Mawn, G.G., Poellinger, L. (1992). Dual roles of the 90 kD heat shock protein hsp90 in modulating functional activities of the dioxin receptor. J. Biol. Chem. 267, 13728-13734. [Pg.459]

Deoxyribonucleic acid (DNA) is a very important biopolymer with the function of storage and transmission of genetic information. In this reason the protection of structural integrity and functional activity of DNA is essential for the viability of living systems, as well as the effectiveness of laboratory DNA-technics. [Pg.196]

Petrovskii, A., Loiko, N., Nikolaev, Yu., Kozlova, A., El -Registan, G., Deryabin, D., Mikhailenko, N., Kobzeva, T., Kanaev, P., Krupyanskii, Yu. Regulation of the function activity of lysozyme by alkylhydroxybenzenes. Microbiology, Vol.78, No.2, (March 2009), pp. 144-153, ISSN 1350-0872 Reusch, R., Sadoff, H. Novel lipid components of the Azotobacter vinelandii cyst membrane. [Pg.199]

Functionally active preformed primary phosphines (e.g.,H2N(CH2)3PH2 3 or Br(CH2)3PH2 17) will provide important building blocks to functionaUze sim-ple/complex molecules with primary phosphine functionaUties. The user friendl/ nature of the air stable primary bisphosphines (e.g., 1,10,16,18-20) will open up new realms of exploratory research that utilize primary phosphines. It is also conceivable that the high oxidative stability and the ease with which primary phosphines can be incorporated on chiral backbones or peptides provide new opportunities for their appHcations in catalysis and biomedicine. [Pg.139]

Factors Modulating (or Tuning ) FceRI-Dependent Mast Cell Functional Activation... [Pg.57]

Rios EJ, Piliponsky AM, Ra C, Kalesnikoff J, Galli 51 SJ Rabaptin-5 regulates receptor expression and functional activation in mast cells. Blood 2008 12 4148-4157. 52... [Pg.65]

Costa JJ, Demetri GD, Harris TJ. Dvorak AM. Hayes DF, Merica EA, Menchaca DM. Gringeri AJ. Schwartz LB, Galli SJ Recombinant human stem cell factor (kit ligand) promotes human mast cell and melanocyte hyperplasia and functional activation in vivo. J Exp Med 1996 183 2681-2686. [Pg.65]

Our experiments indicated that template DNA remained intact and functionally active after template polymerization. The luciferase-encoded plasmid pCl Luc recovered from the reduced complexes after dialysis was able to express luciferase at levels comparable to pClLuc that had not undergone template polymerization but was also reduced and dialyzed. [Pg.446]

V. G. Dethier, in R. G. Grenell and L. J. Mullins (Eds.), Molecular Structure and Functional Activity of Nerve Cells, American Institute of Biological Sciences, Arlington, VA, 1956, pp. 1-35. [Pg.248]

Crump MP, Gong JH, Loetscher P et al (1997) Solution structure and basis for functional activity of stromal cell-derived factor-1 dissociation of CXCR4 activation from binding and inhibition of HIV-1. EMBO J 16 6996-7007... [Pg.167]


See other pages where Functional activation is mentioned: [Pg.49]    [Pg.170]    [Pg.99]    [Pg.206]    [Pg.494]    [Pg.403]    [Pg.42]    [Pg.556]    [Pg.256]    [Pg.89]    [Pg.61]    [Pg.424]    [Pg.19]    [Pg.36]    [Pg.36]    [Pg.410]    [Pg.440]    [Pg.473]    [Pg.520]    [Pg.747]    [Pg.749]    [Pg.960]    [Pg.1092]    [Pg.1235]    [Pg.1278]    [Pg.1311]    [Pg.179]    [Pg.193]    [Pg.140]    [Pg.200]    [Pg.22]   
See also in sourсe #XX -- [ Pg.46 , Pg.47 , Pg.64 , Pg.65 ]




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Activate neighboring functional groups

Activated carbon surface functional groups

Activated carbons oxygen surface functionalities

Activating function

Activating function

Activation Energy and Preexponential Factor Dependence on Work Function

Activation Parameters, Thermodynamic Functions and Mechanism

Activation energy distribution function

Activation free energy functional sites

Activation function

Activation function

Activation function 2 domain

Activation function 2 helix

Activation function Actuator

Activation function Heaviside

Activation function binary threshold

Activation function identity

Activation function logistic

Activation function sigmoidal

Activation function, definition

Activation functions hard-limiting

Activation functions hyperbolic tangent

Activation functions linear

Activation functions sigmoid

Activation s. a. Functionalization)

Activator proteins, function engineering

Active Functionalities on Alumina Supports

Active functional

Active functional

Active functional material

Active sensing transfer function methods

Active site vs. function

Activity as a Function of pH

Activity coefficients and thermodynamic excess functions

Activity coefficients, function

Activity function from experimental data

Activity functions, catalysts with

Activity functions, catalysts with distributed

Activity-based probes functional elements

Alkanes, activation functionalization

Artificial neural networks activation function

Artificial neurons activation functions)

C-H Activation and Functionalization

Carboxylic function activation, during

Carboxylic function activation, during peptide synthesis

Catalyst activity and functional group

Catalyst activity and functional group tolerance

Catalyst activity decay functions

Catalytic C-H activation and functionalization

Catalytic Rates and Activation Energies on Catalyst Work Function

Catalytic activity electron work function

Cell Division Activity, Errors in Function of Signal Proteins and Tumor Formation

Central nervous system functional activity

Chemically active functional coating

Citrate synthase, active site function

Complete active space self-consistent field wave function

Complete active space self-consistent-field CASSCF) wave function

Complete active space wave functions

Correlation Table for Ultraviolet Active Functionalities

DYN-A- -NHZ activity in functional bioassa

Delta function distribution, catalyst activity

Density Functional Theory Research on Activation of Sphalerite

Density Functional Theory activation energies

Density functional theory activation properties

Density functional theory catalytic activity

Determination of thermodynamic functions for activation

Direct Functionalization via C-H Activation of Heterocyclic Substrates

Effects of Activated Macrophages on Islet Function

Emergency support function activation

Environmental Libraries for Functional Screening of Enzyme Activity

Epoxides vinyl functionality activating

Function of activity coefficients and crystallinity

Functional Active-matrix Roll-up Displays

Functional Requirements for Repressors and Transcriptional activators

Functional active site models

Functional activity

Functional activity

Functional assays receptor activation

Functional bioassay activity of DYN

Functional bioassay activity of NH

Functional bioassay activity of Tyr-Tic

Functional bioassay activity of dermorphin

Functional bioassay activity of enkephalin

Functional biological activity

Functional group activation

Functional group activation bioactivation

Functional group activation carbonyl compounds, unsaturated

Functional group activation carboxylic acids

Functional group activation hydrazines

Functional group activation reactive intermediates

Functional periphery activities against

Functional proteomics active site-directed chemical probe

Functional proteomics activity-based probes

Functional proteomics activity-based protein profiling

Functional proteomics enzyme activity profiles

Functionalization carbon-hydrogen bond activation

Functionalization of Arenes via C—H Bond Activation Catalysed by Transition Metal Complexes Synergy between Experiment and Theory

Functionalization of Non-activated Positions

Functioning of Active Matrix LCD

Functions activity

Functions activity

Functions of the Redox-Active Metal Sites in This Enzyme

Gene activation, functional

Gene activation, functional proteins

Gibbs Function and the Equilibrium Constant in Terms of Activity

Gibbs function of activation

Gibbs function of activity

Glucose Utilization as Functional Activity

Hepatic mixed-function oxidase activity

Heterocyclic aromatic compounds activating electrophilic functional

Identity activation function, defined

Immobilized functional active site model

Lewis-acid-catalyzed Nucleophilic Addition of Functionalized Alkenyl Boronic Esters to Activated N-acyliminium Ions

Metabolic activation, organic functional groups

Metabolic functions, activation analysis

Metabolic functions, activation analysis relationships

Mixed-function oxidase activity, effect

Mixed-function oxidases activity regulation

More Flexible Activation Functions

Neural network activation function

Neurons activation function

Nuclear activation function

Oxidase activity, mixed function

Oxidase activity, mixed function biphenyls

Palladium catalytic activity with functional

Partition function activated complex

Partition function of the activated complex

Peroxisome proliferator-activated receptors functions

Phosphines activating function

Photochemical activation functions

Physiological functions neutrophils, activated

Platinum, catalytic activity with functional groups

Product formation activity function

Protein dynamics and their functional activity

Proteins, functional properties surface activity

Quantitative structure-activity relationships density functional theory

Ruthenium, catalytic activity with functional groups

Sigmoid activation function, defined

Step 2 Lay Out Pro Forma Functional Activity Specifications

Structural-functional activity

Structural-functional activity relationship

Structure and function the active site of ALAS

Superoxide dismutase, functional activity

Surface active agents functionalized

Surface-active functional groups

Synopsis The Structure, Activity, and Function of Lipid

THERMODYNAMIC FUNCTIONS DERIVED FROM ACTIVITY

Table for Ultraviolet Active Functionalities

Technology, Function, and Human Activity

Tetrazole function, activity

The Activation Function

Thermodynamic functions activity equilibrium constant

UNIFAC method functional group activity coefficient

Universal Functional Activity

Universal Functional Group Activity

Universal Functional Group Activity UNIFAC)

Universal functional activity coefficient

Universal functional activity coefficient UNIFAC

Work Function (Activators)

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