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Alcohol effects

Further, for studying the role of pH and salt concentrations on bulk-electrostatic and non-bulk electrostatic contributions the same approach was made to experiments on the influence of the alcohols mentioned above on the oxygen affinity at various KC1 concentrations and pH-values 144,146). The results obtained indicate that at a low alcohol concentration the bulk-electrostatic contributions are dominant and that with increasing size of the alkyl group, alcohol and KC1 concentration, the nonbulk electrostatic, hydrophobic contributions increase. Recent results of kinetic measurements of 02 release show that cosolvents such as alcohols and formamide influence mainly the allosteric parameter L, i.e. -the equilibrium between T and R conformation and that the separation of the alcohol effects into bulk-electrostatic and hydrophobic (non-bulk electrostatic) contributions is justified. [Pg.27]

Rohsenow DJ, Monti PM, Colby SM, et al Naltrexone treatment for alcoholics effect on cigarette smoking rates. Nicotine Tob Res 5 231-236, 2003 Rose JE, Levin ED Concurrent agonist-antagonist administration for the analysis and treatment of drug dependence. Pharmacol Biochem Behav 41 219—226, 1991 Rose JE, Behm FM, Westman EC, et al Mecamylamine combined with nicotine skin patch facilitates smoking cessation beyond nicontine patch treatment alone. Clin Pharmacol Ther 56 86-99, 1994... [Pg.337]

Tinklenberg, J.R. Roth, W.T. Kopell, B.S. and Murphy, P. Cannabis and alcohol effects on assaultiveness in adolescent delinquents. In ... [Pg.99]

Salinity Effects in the Inversion Process It has been shewn for anionics that the Salager (11) equation could relate salt and alcohol effects to phase behaviour according to -... [Pg.323]

A promoter polymorphism at bp -361 [49, 50] affects promoter function. The G-allele is more active in H4IIE-C3 cells than the A-allele [49]. In the Japanese population, this polymorphism is in linkage disequilibrium with the structural polymorphism the inactive variant ALDH2 2 allele is more frequently associated with the G promoter allele [50]. Unlike the structural polymorphism, this promoter polymorphism is found in a wide variety of populations, including North-Ameri-can Caucasians and African Americans [49,50]. This makes it of possible pharma-cogenetic importance in affecting the risk for alcoholism or alcohol effects. [Pg.428]

Co-feeding of alcohols effects an increased rate of hydrocarbon formation, as shown in early experiments of Emmett and coworkers1"1 using 14C-labeled alcohols. These experiments were carried out in order to support the hydroxyl-carbene mechanism favored at that time. Their experiments were confirmed by Shi and Davis23 for Co catalysts and co-feeding of ethanol. Furthermore, in their study, the argument that ethanol may be dehydrated to ethene, incorporated, and followed by subsequent chain growth via CH2 insertion could be excluded, as co-fed ethanol incorporated much faster than ethene. [Pg.206]

Gerlai, R., Lahav, M., Guo, S., and Rosenthal, A., Drinks like a fish Zebra fish (Danio rerio) as a behaviour genetic model to study alcohol effects, Pharmacol. Biochem. Behav., 67, 773-792,2000. [Pg.288]

Fig. 101 Alcohol Effect on time reproduction task (VITA)... Fig. 101 Alcohol Effect on time reproduction task (VITA)...
Health Canada - Fetal Alcohol Syndrome and Fetal Alcohol Effect. Online. Available HTTP (accessed 2 April 2003). [Pg.48]

This method requires knowledge of the characteristics values for the oil and alcohol effects, which is not always the case, in particular if some natural ill-defined product like a petroleum refinery cut is used. Alternatively, it might be impossible to attain three-phase behavior in the feasible experimental range, for instance the salinity that satisfies Eq. 4 might be too high to be attainable in practice. In such a case, another variable should be changed to keep the optimum value of the scan in the feasible range, for instance the introduction of another alcohol, which would alter the value of/(A). However, this tends to introduce inaccuracies. [Pg.88]

Bhattacharya SK, Glover V, Sandler M, et al Raised endogenous monoamine oxidase inhibitor output in post withdrawal alcoholics effects of L-dopa and ethanol. Biol Psychiatry 17 687-694, 1982... [Pg.597]

One feature of the mechanism is obvious. Alcohol does not enter into any of the decay reactions as written. To explain the alcohol effect we must either introduce new reactions or call upon solvent effects. [Pg.248]

Crosthwaite, J.M. et al.. Liquid phase behavior of imidazolium-based ionic liquids with alcohols effect of hydrogen bonding and non-polar interacfions, Raid Phase Equdib., 228-229,303,2005. [Pg.67]

Acamprosate Antagonist of NMDA glutamate receptors May interfere with forms of synaptic plasticity that depend on NMDA receptors Treatment of alcoholism effective only in combination with counseling Allergic reactions, arrhythmia, and low or high blood pressure, headaches, insomnia, and impotence hallucinations, particularly in elderly patients... [Pg.727]

Ethanol Moderate Moderate ingestion by mother unlikely to produce effects in infant large amounts consumed by mother can produce alcohol effects in infant. [Pg.1269]

Minimal use of alcohol by the mother has not been reported to harm nursing infants. Excessive amounts of alcohol, however, can produce alcohol effects in the infant. Nicotine concentrations in the breast milk of smoking mothers are low and do not produce effects in the infant. Very small amounts of caffeine are excreted in the breast milk of coffee-drinking mothers. [Pg.1269]

Liguori, A. et al., Alcohol effects on mood, equilibrium, and simulated driving, Alcohol. Clin. Exp. [Pg.126]

Sukul NC, De A, Dutta (Nag) R, Sukul A, Sinhababu SP. 2001. Nux vomica 30 prepared with and without succussion shows anti-alcoholic effect on toads and distinctive molecular association. Hr Horn J90 79-85. [Pg.118]

Fetal Alcohol Syndrome. Fetal alcohol syndrome (FAS) is a pattern of mental and physical defects that develops in some offspring when exposed to alcohol in utero. The first trimester is the most susceptible period. Some babies with alcohol-related birth defects, such as lower birth weight and body size and neurological impairments, do not have all of the classic FAS symptoms. These outcomes are often referred to as fetal alcohol effects (FAE). Currently there is not total agreement among medical scientists concerning the precise differences between FAE and FAS. In addition to growth retardation, the most common outcomes of fetal alcohol syndrome include psychomotor dysfunction and craniofacial anomalies. [Pg.257]


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Acute Effects of Alcohol

Adverse effects alcohol

Alcohol acute effects

Alcohol additive effects

Alcohol biochemical effects

Alcohol chronic effects

Alcohol cognitive effects

Alcohol consumption acute metabolic effects

Alcohol consumption acute systemic effects

Alcohol consumption long-term effects

Alcohol conventional effects

Alcohol dehydrogenase deuterium isotope effect

Alcohol deprivation effect

Alcohol detrimental effects

Alcohol deuterium isotope effect

Alcohol dietary, effect

Alcohol effective salinity affected

Alcohol effects delivered

Alcohol effects on peptide conformations

Alcohol fertility effects

Alcohol gastrointestinal effects

Alcohol long-term health effects

Alcohol mental effects

Alcohol negative effects

Alcohol nicotine effects

Alcohol physiological effects

Alcohol positive effects

Alcohol psychological effects

Alcohol psychotropic effects

Alcohol sensorimotor effects

Alcohol teratogenic effects

Alcohol treatment effectiveness

Alcohol, sedative effects

Alcoholism central nervous system effects

Alcoholism effects

Alcoholism effects

Alcohols antagonistic effect

Alcohols hydrogen-bonding effects

Alcohols inductive effect

Alcohols solvent effect

Allylic alcohols hydrogen pressure effect

Amylose alcohol effects

Behavioral effects alcohol-related behaviors

Benzyl alcohol effect

Benzyl alcohols acid effect

Benzyl alcohols amine effect

Benzyl alcohols electronic effects

Benzyl alcohols steric effects

Effect of Alcohol Modifiers

Effect of Alcohol Structure on Reaction Rate

Effect of alcohols

Effectiveness of Alcohol Treatment

Effects of Ethyl Alcohol

Environmental Effect of Polyvinyl Alcohol (PVA)

Ethyl alcohol health effects

Fermentation, alcoholic temperature effects

Fetal alcohol effect

Glucose alcohol effects

Grafting alcohols, acid effect

Inductive effect alcohol acidity and

Inductive effect of alcohols

Iodine complex alcohol effects

Isopropyl alcohol effect

Isopropyl alcohol, isotope effect

Lipid alcohol effects

Lipoprotein alcohol effects

Methyl alcohol health effects

Plasticizers alcohol structure effects

Polyhydric alcohols, protein stability effect

Polyvinyl alcohol effect

Protein denaturation alcohol effects

Reward alcohol effects

Sexual function alcohol effects

Solvent effect alcohol oxidation

Starch alcohol effects

Substituent effects of alcohols

The Negative Effect of Alcohol on Lowering Ketonuria

The effects of alcohol and drugs

Veratryl alcohol, effects

Vinyl alcohol main effects

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