Research found that even years after abstaining from steroid use — and little or no weight training — muscle fiber density and increased number of cell nuclei were comparable to drug-free athletes performing high-intensity strength-training. Additional cell nuclei could help former dopers because more nuclei = more protein synthesis = more muscle.
Showing posts with label athlete. Show all posts
Showing posts with label athlete. Show all posts
Friday, January 14, 2011
Steroids Lingering Effects
Research found that even years after abstaining from steroid use — and little or no weight training — muscle fiber density and increased number of cell nuclei were comparable to drug-free athletes performing high-intensity strength-training. Additional cell nuclei could help former dopers because more nuclei = more protein synthesis = more muscle.
Labels:
athlete,
biochemistry,
Biology,
cell nuclei,
muscles,
steroids
Saturday, November 27, 2010
Chill Out Pre-Workout
50 athletes were placed into a cooling chamber at -120 degrees for 2.5 minutes. They then ran at 90% of their max. After six months, the cooled athletes showed much better results and an increased oxygen carrying capacity.
Scientists think the chilling 1) slows the rise of body temperate, which harms performance; 2) conserves body fluids, because athletes sweat less.
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