
Originally Posted by
thegodfather
Ok...I was trying to be nice, and objective, but now you have just pissed me off. I presented a powerpoint for a class on the true side effects of anabolic steroid use, particularly supraphysiologic doses. Trying to compare anabolic steroid use, which is started and stopped, in a planned regimented cycle, where all health precautions are a priority................TO....morbid obesity being something which should be accepted, and not viewed as a serious health&medical issue.....is well.....ridiculous, retarded, naive, and most of all IGNORANT. I could see where someone with little education, and a strong personal agenda or motives would make such statements. But I fail to see where rational minded human beings who are well educated, particularly in the sciences, could ever come to accept a serious health issue such as obesity.
ABSTRACT-
Background Athletes often take androgenic steroids in an attempt to increase their strength. The efficacy of these substances for this purpose is unsubstantiated, however.
Methods We randomly assigned 43 normal men to one of four groups: placebo with no exercise, testosterone with no exercise, placebo plus exercise, and testosterone plus exercise. The men received injections of 600 mg of testosterone enanthate or placebo weekly for 10 weeks. The men in the exercise groups performed standardized weight-lifting exercises three times weekly. Before and after the treatment period, fat-free mass was determined by underwater wei***ng, muscle size was measured by magnetic resonance imaging, and the strength of the arms and legs was assessed by bench-press and squatting exercises, respectively.
Results Among the men in the no-exercise groups, those given testosterone had greater increases than those given placebo in muscle size in their arms (mean [±SE] change in triceps area, 424±104 vs. -81±109 mm2; P<0.05) and legs (change in quadriceps area, 607±123 vs. -131±111 mm2; P<0.05) and greater increases in strength in the bench-press (9±4 vs. -1±1 kg, P<0.05) and squatting exercises (16±4 vs. 3±1 kg, P<0.05). The men assigned to testosterone and exercise had greater increases in fat-free mass (6.1±0.6 kg) and muscle size (triceps area, 501±104 mm2; quadriceps area, 1174±91 mm2) than those assigned to either no-exercise group, and greater increases in muscle strength (bench-press strength, 22±2 kg; squatting-exercise capacity, 38±4 kg) than either no-exercise group. Neither mood nor behavior was altered in any group.
Conclusions Supraphysiologic doses of testosterone, especially when combined with strength training, increase fat-free mass and muscle size and strength in normal men.
I've actually examined the full-text article, and the research is sound, the research was done with a very reputable government grant, which means that this research was done objectively and served no hidden agendas.
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The primary prevention of adult obesity requires combined efforts by stakeholders at various societal levels, based on the knowledge from multiple disciplines. The goal of the present study was, therefore, to analyze current preventive approaches and delineate implications for future prevention research and practice by integrating knowledge from genetics, law, economics, psychology, and social ethics (Figure 1).Inconclusive evidence on the etiology of obesity, a complex, multifactorial condition, likely complicates prevention, contributing to a lack of specificity regarding target groups, focus, and techniques of prevention. Given the urgency and significance of the "obesity problem" that requires immediate and effective solutions, it is recommended that the various existing and developing prevention programs are evaluated to ensure orientation at current risk factor research. Results from genetic risk factor research can be used as a rationale to increase specificity of preventive measures regarding identification of high-risk groups, timing, and goals of prevention. Further, it is important to evaluate prevention programs for systematic application of behavior modification techniques and consideration of individual risk factors and resources to ensure promotion of long-term behavior change that leads to weight maintenance and a reduction of incidence rates of obesity in adults (Figure 3). Although the primary prevention of childhood obesity may lead to a reduction of incidence rates of obesity in adults, high rates of adult-onset obesity and the related medical and psychosocial sequelae in adulthood underscore the necessity of preventive efforts for adults.Concerning the environmental basis of obesity prevention, in many countries, the institutional and legal framework of preventive approaches requires further examination in order to improve funding, coordination between multiple stakeholders, and implementation of prevention in the health-care system. Evidence on risk factors for obesity is also crucial to inform network approaches and to justify restrictive legal options for the purpose of prevention. Here, self-defeating sanctions of the relevant industries may be a viable first step toward obesity prevention. As taxes or subsidies are limited in feasibility (Figure 2), relevant industries could be involved in the design and promotion of "healthy" products, stimulatingArbeitsgreater request of such products. Network approaches appear suited to involve companies and other relevant stakeholders of prevention efforts on adult obesity. Yet these approaches require greater societal conscience about the severity of the obesity problem in adults and its multifactorial etiology. Recognizing the multifactorial etiology of obesity and acknowledging that weight regulation is only somewhat within personal responsibility may therefore lead to destigmatize obese individuals as the focus is shifted away from blaming them toward a more realistic understanding of this condition. Responsibility for the development of obesity and the prevention of weight gain is in multiple areas: law, policy, industry, health-care institutions, medical professions, and the individual - all should contribute to obesity prevention.Overall, the current analysis shows that an interdisciplinary perspective furthers understanding of the complexity of this condition and can inform public-health strategies on the prevention of adult obesity.
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[SIZE="5"]Objective: Cardiometabolic risk factors such as overweight/obesity, hyperlipidemia, diabetes, and hypertension are prone to cluster together in the same individual and result in an elevated risk of cardiovascular disease and mortality. The purpose of this study was to examine and quantify the impact of cardiometabolic risk factor clusters independent of heart disease on productivity in a nationally representative sample of US adults. Methods: The current study estimated the impact of cardiometabolic risk factor clusters on missed work days and bed days, controlling for sociodemographic characteristics, comorbidity, and smoking status in a nationally representative, pooled 2000 and 2002 Medical Expenditure Panel Survey sample. Cardiometabolic risk factor clusters included BMI >/= 25 and two of the following three: diabetes, hyperlipidemia, and/or hypertension. All estimates were expressedin $US 2005. Sensitivity analyses were conducted to examine the impact of varying assumptions on the results. Results: After controlling for differences in sociodemographics, smoking and comorbidity, individuals with cardiometabolic risk factor clusters missed 179% more work days and spent 147% more days in bed (in addition to lost work days) than those without. Lost work days and bed days resulted in $17.3 billion annually in lost productivity attributable to cardiometabolic risk factor clusters in the United States. Sensitivity analyses resulted in a range of annual lost productivity costs from $3.2 to $23.1 billion. Conclusions: Common cardiometabolic risk factor clusters have a significant deleterious impact on the US economy, resulting in $17.3 billion in lost productivity.[/SIZE]
Tell me Obesity doesn't cost us anything?