A qualitative study of post-settlement influences on State tobacco control funding.

State settlements with the tobacco industry increased the availability of funds that might be used for improving health outcomes and increased scrutiny of tobacco control funding overall. This research identified potential explanatory factors for state tobacco control funding and developed a conceptual framework to guide further exploration. Key informant interviews with 14 tobacco policy professionals were conducted to augment the information available in the scientific literature on funding influences.

The relationship between heavy alcohol use and work productivity loss in active duty military personnel: a secondary analysis of the 1995 Department of Defense Worldwide Survey.

This cross-sectional study examines the association between heavy alcohol use among active duty military personnel and five work productivity loss events that may have an adverse effect on military performance and readiness. Data for light (N = 3,147) and heavy (N = 2,242) drinkers, categorized by gender and pay grade, were obtained from the 1995 Department of Defense Worldwide Survey. Drinking classification was predefined using a standard algorithm that factored quantity and frequency of wine, beer, and liquor consumed.

Endogenous marinobufagenin-like immunoreactive factor and Na+, K+ ATPase inhibition during voluntary hypoventilation.

In previous studies investigators found that conditioned hypoventilatory breathing potentiated a sodium-sensitive form of hypertension in dogs that was not mediated by sympathetic nervous system arousal. Our study investigated effects of 30 minutes of voluntary hypoventilation, maintained by a respiratory gas monitor and feedback procedure, in 16 normotensive humans of both sexes on (1) plasma concentrations of endogenous digitalis-like factors (ouabain-like and marinobufagenin-like immunoreactivity), (2) activity of erythrocyte Na+, K+ -ATPase, (3) inhibitory activity of plasma Na+, K+ -ATPase, and (4) blood pressure. Increased end tidal PCO2 (41 +/- 0.