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Perspective influences state of mind
Fear is the mother of morality - Nietzsche
"I used to worry about my short attention span - but not for very long." - Strange de Jim
Just as courage imperils life, fear protects it. - Leonardo Da Vinci
"Hell is discovering the truth.... too late"
24 hours in a day
... 24 beers in a case - Steve Wright |
Structure and Functional Consequences of IntoxicationStructural damage to the brain resulting from chronic alcohol abuse can be observed in different ways: Results of autopsy show that patients with a history of chronic alcohol abuse have smaller, less massive, and more shrunken brains than nonalcoholic adults of the same age and gender.1
The relationship between alcohol consumption and deterioration in brain structure and function is not simple. Measures such as average quantity consumed, or even total quantity consumed over a year, do not predict the ultimate extent of brain damage. The best predictor of alcohol related impairment is: maximum quantity consumed at one time, along with the frequency of drinking that quantity. In addition to the toxic effects of frequent high levels of alcohol intake, alcohol related diseases and head injuries (due to falls, fights, motor vehicle accidents, etc.) also contribute. Although changes in brain structure may be gradual, performance deficits appear abruptly. The individual often appears more capable than is actually the case, because existing verbal abilities are among the few faculties that are relatively unimpaired by chronic alcohol abuse. The pathogenic effects of alcohol abuse on Brain are well established, and worthy of your attention. For those interested in helping problem drinkers change, fear is the most powerful initial tool. One useful treatment strategy is for the rational processing system, which appreciates the long-term costs of alcohol abuse, to influence the problem drinker's real-time behavior which is generally more sensitive to immediate payoffs - a deceptively difficult challenge. imagery and suggestion are helpful. The Pattern of RecoveryDespite the grim realities described above, the situation is not hopeless: With abstinence there is functional and structural recovery! Predictably cognitive functions and motor coordination improve, at least partially, within 3 or 4 weeks of abstinence; cerebral atrophy reverses after the first few months of sobriety.5
Matching Treatment with Cognitive CapacityIn order for treatment to have long-term benefit, the participant must be able to process the new information and integrate it with existing knowledge. But the cognitive capabilities of the problem drinker are often markedly impaired during the early weeks of recovery. [Remember: verbal competence tends to be less affected than other faculties, and so unsophisticated observers may not fully appreciate the degree of impairment.] Ironically, it is during these early weeks of sobriety that rehabilitative treatment is generally presented. Treatment for problem drinkers tends to be of high intensity and short duration. This treatment strategy is associated with high relapse rates. An alternative strategy, which stretches out the treatment dose, so involvement with treatment provider is less intrusive but lasts for a much longer duration. runs counter to the desires of the alcohol abuser, loved ones, and the courts. All want immediate gratification of their desire to be rid of this problem, and each, for their own reasons, finds the prospect of short-term intensive treatment compelling. The Problem of Immediate Gratification [the PIG] is so intrinsic to human motivation that it influences the strategy we select to get rid of it. Detoxification and short-term treatment are simply not sufficient. Long-term relapse prevention requires that the problem drinker change irreversibly. Such change requires more than the desire to be rid of the problem. Click here for tools to help the intelligent layperson develop the will to follow the path of greatest advantage rather than yield in the direction of least resistance. Footnotes: 1. Rosenbloom, M. etal. Alcohol Health Research World., 19, 266-272, 1995 2. Pfefferbaum, A. etal. Alcohol Clinical and Experimental Research, 21, 521-529, 1997 3. Ibid. 4. Pfefferbaum, A. etal. Archives of General Psychiatry. 56, 905-912, 1998 5. Oscar-Berman, A. Alcohol Health Research World., 21, 65-75, 1997 6. Neuropsychology of Alcoholism - Parsons etal. 1987 7. Ibid. 8. Gansier D. etal. Journal of studies of Alcohol, 61, 32-37. 2000 9. Neuropsychology of Alcoholism - Parsons etal. 1987 10. Sullivan, E. etal. Alcohol Clinical and Experimental Research, 20, 348-354, 1996 |
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