Muscle strength is correlated with many important clinical outcomes including fall risk, injury risk, sports performance, functional capacity, and quality of life. These adaptations occur when a muscle is asked to repeatedly perform higher volumes of work or exercise creating positive adaptations within the nervous system and muscle. Over simplistic repetition ranges are available to...
Sarcopenia is the age related loss of muscle mass found in all adults during the aging process. Specifically, the average male can expect to lose 8-10% of his muscle mass each decade after age 30. Thankfully both the amount and speed of this loss can be attenuated through strength training. Females and males participating in...
Strength and muscle hypertrophy (growth) are two separate benefits of strength training. In some participants these occur together, but in other participants (age, sex, training status, nutrition) strength gains often occur without significant increases in muscle size. This is an important point for individuals who refrain from weight training due to fear of “bulking up”...
Strength training remains one of the most important components of your exercise program. Research supports its’ utilization for improving pain, function, flexibility, strength, injury rates, and overall health. While a single session of strength training can lead to significant gains in strength and muscle hypertrophy research supports training large muscle groups 2-3 days per week....