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ADME

The partition coefficient and aqueous solubility are properties important for the study of the adsorption, distribution, metabolism, excretion, and toxicity (ADME-Tox) of drugs. The prediction of the ADME-Tox properties of drug candidates has recently attracted much interest because these properties account for the failure of about 60 % of all drug candidates in the clinical phases. The prediction of these properties in an early phase of the drug development process could therefore lead to significant savings in research and development costs. [Pg.488]

Names of companies (suppHers) are given in parentheses. ADM = Archer Daniels Midland ALC = American Lecithin Co. CS = Central Soya NP = Nattermann Phospholipid GmbH RI = Riceland. [Pg.102]

The 1995 Canadian and United States sugar alcohol (polyol) production is shown in Table 2. The market share of each is also given. Liquids comprise 48% crystalline product comprises 39% and mannitol comprises 13% of the polyol market. An estimate of total U.S. sorbitol capacity for 1995 on a 70% solution basis was 498,000 t. ADM, Decatur, lU., produced 68,200 t Ethichem, Easton, Pa., 13,600 t Lon2a, Mapleton, lU., 45,400 t Roquette America, Gurnee, lU., 68,200 t and SPI Polyols, New Castle, Del., 75,000 t (204). Hoffman-LaRoche, which produces sorbitol for captive usage in the manufacture of Vitamin C (see Vitamins), produced about 27,300 t in 1995. [Pg.52]

The realization of sensitive bioanalytical methods for measuring dmg and metaboUte concentrations in plasma and other biological fluids (see Automatic INSTRUMENTATION BlosENSORs) and the development of biocompatible polymers that can be tailor made with a wide range of predictable physical properties (see Prosthetic and biomedical devices) have revolutionized the development of pharmaceuticals (qv). Such bioanalytical techniques permit the characterization of pharmacokinetics, ie, the fate of a dmg in the plasma and body as a function of time. The pharmacokinetics of a dmg encompass absorption from the physiological site, distribution to the various compartments of the body, metaboHsm (if any), and excretion from the body (ADME). Clearance is the rate of removal of a dmg from the body and is the sum of all rates of clearance including metaboHsm, elimination, and excretion. [Pg.224]

The annual manufacturing cost or expense A e be written as the sum of the direct manufacturing or prime cost Adme. ud the indirect manufacturing or overhead cost A E ... [Pg.852]

The National university of sheepbealding nam. adm. Makarov 54025, Ukraine, Nikolaev, av. The heroes Stalingrad, 9 E-mail sk21 rambler.ru... [Pg.206]

Completed by CAF Initiator - Thia ronrt should be used witlt proceduie PSM-ADM-11, Management of Change Applicable Cost Codes for Affected Equipment/Area ... [Pg.119]

Did the Process Safety Information Change O YES O NO ( items indicates PSI) (If YES, initiate PSM-ADM-08, Pre-Startup Safety Review)... [Pg.120]

ADM = Minimum downcomer area, fT ATM = Minimum column cross-sectional area, fr CAF = Vapor capacity factor CAFo = Flood capacity factor at zero liquid load CFS = Vapor rate, actual ftVsec DT = Tower diameter, ft DTA = Approximate tower diameter, ft FF == Flood factor or design percent of flood, fractional FPL = Tray flow path length, in. [Pg.65]

St. Clair et. al. investigated a series of maleimide and nadimide terminated polyimides and developed LARC-13 [8,9]. Changing the terminal group from maleimide to nadimide, the value of the lap shear strength of a titanium lap shear joint increased from 7 to 19 MPa [9]. They also added an elastomeric component to the adhesive formulation. The introduction of 15 wt% of a rubbery component, ATBN (amine terminated butadiene nitrile polymer) and ADMS (aniline terminated polydimethyl siloxane) enhanced the adhesive properties as follows 19 MPa to 25 MPa (ATBN) titanium T-peel strength 0.2 kN/m to 1.4... [Pg.820]

Lack of favorable ADME properties (absorption, distribution, metabolism, elimination) can preclude therapeutic use of an otherwise active molecule. The clinical pharmacokinetic parameters of clearance, half-life, volume of distribution, and bioavailability can be used to characterize ADME properties. [Pg.172]

Atomic Demolition Munitions , National Defense LIX, (330) (May-June 1975), 467—70 15) Anon, A Selected, Annotated Bibliography of the Civil, Industrial, and Scientific Uses For Nuclear Explosions , TID-3522-R9-53, Energy Res Development Adm (July 1975)... [Pg.389]

Perform, as directed, maintenance and repair on nuclear weapons, radar, and inertial fuzes, Permissive Action link Devices, ADM Firing Systems, and Adaptation Kits... [Pg.743]

Pharmacokinetics refers to activities within the body after a dmg is administered. These activities include absoqrtion, distribution, metabolism, and excretion (ADME). Another pharmacokinetic component is the half-life of the drug. Half-life is a measure of the rate at which drains are removed from the body. [Pg.6]

ORAL ADM IN I STRATI ON. The nurse can administer oral preparations without regard to meals. Tablets can be crushed and mixed with food or fluids if the patient has difficulty swallowing. Do not alternate between the dosage forms (ie, the tablets and the capsules). Dosses are not the same The recommended dosage of the capsules is 80% of the dosage for tablets and elixir. [Pg.363]

ADM INI STERI NG TOCAIN IDE AN D M EXILETIN E Tocainide and mexiletine are administered at 8-hour intervals and with food (or an antacid) to prevent gastrointestinal upset. In addition, administering tocainide with food may offer some protection gainst toxicity because the absoq> tion rate is slowed in the presence of food. [Pg.375]


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ADM Arkady

ADM Corn Processing

ADM to Solve the Coupled ODEs

ADME (absorption, disposition

ADME (absorption, distribution

ADME (absorption, distribution assays

ADME (absorption, distribution computational models

ADME (absorption, distribution lead compounds

ADME (absorption, distribution library design

ADME (absorption, distribution metabolic stability

ADME (absorption, distribution metabolism, elimination

ADME (absorption, distribution, metabolism

ADME (adsorption, distribution

ADME (adsorption, distribution processes

ADME -type descriptor

ADME ALMOND

ADME Applications

ADME Boxes

ADME Filters GPSVS vs. Ro

ADME Profiles and Physical Properties

ADME Properties Leading to Toxicity

ADME VolSurf

ADME and Medicinal Chemists

ADME and Multimechanism Screens

ADME and Toxicity Profiling

ADME assay

ADME binding affinity prediction

ADME by computer

ADME criteria

ADME descriptors

ADME drug safety

ADME factors

ADME filter

ADME methods

ADME models

ADME oral study

ADME parameters

ADME prediction

ADME processes

ADME profiles

ADME properties

ADME properties, of drugs

ADME screening

ADME screens

ADME software packages

ADME studies

ADME studies and excretion

ADME studies distribution, metabolism

ADME studies drug discovery programs

ADME studies lead compounds

ADME studies metabolic stability

ADME studies pharmacokinetics

ADME studies screening

ADME studies validation

ADME test system

ADME testing

ADME trials

ADME(T) Predictions in Drug Discovery

ADME, ADMET

ADME, and toxicology

ADME, computational models

ADME, definition

ADME, pharmacokinetics

ADME, pharmacokinetics defined

ADME-PK Screening

ADME-PK Screening Benchmarks

ADME-PK Screening Rationale

ADME/T predictions

ADME/Tox

ADME/Tox (absorption, distribution

ADME/Tox profiling

ADME/Tox testing

ADME: absorption, distribution, metabolism and

ADMs Nomenclature

Absorption, ADME

Absorption, distribution ADME) screens

Absorption, distribution, metabolism and elimination ADME)

Absorption, distribution, metabolism and excretion ADME)

Absorption, distribution, metabolism, and excretion ADME) properties

Absorption-distribution-metabolism-excretion ADME)

Absorption/distribution/metabolism/excretion ADME) studies

Administration, distribution, metabolism, excretion ADME)

Adomians Decomposition Method (ADM)

Antitarget and ADME(T) Screening Using Pharmacophores

Applying Existing ADME Models to Combinatorial Library Design

Biological properties. ADME

Combinatorial libraries with optimal ADME properties

Drug ADME

Drug design/development ADME studies

Drug discovery ADME strategy

Drug discovery ADME studies

Drug-likeness ADME parameters

Examples for General and Local ADME Models

Existing Computational Methods for ADME Properties

Global ADME Models for Intestinal Absorption and Protein Binding

High-throughput ADME

High-throughput ADME assays

High-throughput ADME screens

High-throughput ADME, automated data processing

In vitro ADME

In vitro ADME profiling

In vitro ADME screening

In vitro ADME screens

In vivo Quantitative ADME Studies

Integrated ADME and Binding Affinity Predictions

Interaction Fields in ADME and Safety

Local ADME

MIF-based ADME Models

Metabolite identification human ADME

Models for ADME

Molecular ADME property

Molecular modeling ADME prediction

PENGUINS Ultrafast ADME Filter

Pharmacokinetics ADME (absorption, distribution

Pharmacokinetics ADME characteristics

Physicochemistry and Basic ADME Properties for High Lipoidal Permeability Drugs

Prediction of ADME Properties

Predictive ADME

Progress in ADME Prediction Using GRID-Molecular Interaction Fields

Rapid ADME Filters for Lead Discovery

Receptor targets compound ADME

Review of ADME processes

Silico ADME Modeling

The A in ADME

The ADME Optimization Strategy

The Biophore Concept in ADME Prediction

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