OBJECTIVE: To examine the dose-response effect of alcohol consumption on the number of cerebellar Purkinje cells. DESIGN: A prospective necropsy study combined with detailed reports on use of alcohol from a relative or friend. The number of Purkinje cells was counted in the anterior midsagittal section of the cerebellar vermis, the area of which was measured by computer assisted morphometry. SETTING: Department of forensic medicine, University of Helsinki. SUBJECTS: 66 men, aged 35 to 69 years, subjected to medicolegal necropsy because of sudden or violent death. The average all year daily alcohol consumption over the year was 0 to 10 g in 17 men, 11 to 80 g in 24 men, and more than 80 g in 25 men. MAIN OUTCOME MEASURES: Number of Purkinje cells, alcohol consumption. RESULTS: The numbers and density of Purkinje cells in the cross section of vermis showed a consistent but weak decrease with increasing daily alcohol intake but not with age. A wide variation in the cell counts was observed, especially in men drinking more than 80 g, suggesting differences in the susceptibility to effects of alcohol. Compared with men drinking 40 g or less, a long term moderate consumption of an average of 41 to 80 g daily was associated with a significant average loss of 242 (95% confidence interval 45 to 439) Purkinje cells (15.2%) from a mean of 1583 to 1341 cells. In those drinking 81 to 180 g the average loss was 535 (259 to 811) cells (33.4%) to a mean of 1048 cells. The density of cells in the cross section of vermis also fell significantly by 0.9 cell/mm (0.1 to 1.7) when the daily consumption exceeded 40 g and by 1.4 cell/mm (0.3 to 2.5) when the intake was 81 to 180 g. Only three cases (4.5%) in the series showed macroscopical cerebellar atrophy. CONCLUSION: Long term intake of moderate doses of alcohol daily for 20-30 years may damage the cerebellum before the onset of macroscopical atrophy. Despite distinct individual differences an all year average daily alcohol intake of 41-80 g results in a risk of significant loss of Purkinje cells.
OBJECTIVE: To examine the dose-response effect of alcohol consumption on the number of cerebellar Purkinje cells. DESIGN: A prospective necropsy study combined with detailed reports on use of alcohol from a relative or friend. The number of Purkinje cells was counted in the anterior midsagittal section of the cerebellar vermis, the area of which was measured by computer assisted morphometry. SETTING: Department of forensic medicine, University of Helsinki. SUBJECTS: 66 men, aged 35 to 69 years, subjected to medicolegal necropsy because of sudden or violent death. The average all year daily alcohol consumption over the year was 0 to 10 g in 17 men, 11 to 80 g in 24 men, and more than 80 g in 25 men. MAIN OUTCOME MEASURES: Number of Purkinje cells, alcohol consumption. RESULTS: The numbers and density of Purkinje cells in the cross section of vermis showed a consistent but weak decrease with increasing daily alcohol intake but not with age. A wide variation in the cell counts was observed, especially in men drinking more than 80 g, suggesting differences in the susceptibility to effects of alcohol. Compared with men drinking 40 g or less, a long term moderate consumption of an average of 41 to 80 g daily was associated with a significant average loss of 242 (95% confidence interval 45 to 439) Purkinje cells (15.2%) from a mean of 1583 to 1341 cells. In those drinking 81 to 180 g the average loss was 535 (259 to 811) cells (33.4%) to a mean of 1048 cells. The density of cells in the cross section of vermis also fell significantly by 0.9 cell/mm (0.1 to 1.7) when the daily consumption exceeded 40 g and by 1.4 cell/mm (0.3 to 2.5) when the intake was 81 to 180 g. Only three cases (4.5%) in the series showed macroscopical cerebellar atrophy. CONCLUSION: Long term intake of moderate doses of alcohol daily for 20-30 years may damage the cerebellum before the onset of macroscopical atrophy. Despite distinct individual differences an all year average daily alcohol intake of 41-80 g results in a risk of significant loss of Purkinje cells.
Authors: Olivier Piguet; Jane Cramsie; Hayley P Bennett; Jillian J Kril; Tanya C Lye; Alastair J Corbett; Michael Hayes; Helen Creasey; G Anthony Broe Journal: Eur Arch Psychiatry Clin Neurosci Date: 2006-08-17 Impact factor: 5.270
Authors: Jordan E Axelrad; Elan D Louis; Lawrence S Honig; Ingrid Flores; G Webster Ross; Rajesh Pahwa; Kelly E Lyons; Phyllis L Faust; Jean Paul G Vonsattel Journal: Arch Neurol Date: 2008-01
Authors: Valerie A Cardenas; Christina M Hough; Timothy C Durazzo; Dieter J Meyerhoff Journal: Alcohol Clin Exp Res Date: 2019-11-15 Impact factor: 3.455