The human body is an amazing system of interconnected tissues and organ systems designed to handle and thrive against the forces of life, work, and sport. Our body tissues such as bone, muscle, and tendons are extremely resilient to repetitive forces, but can be modified through progressive, consistent loading. Examples include improvements in bone density,...
Stretching either dynamically or statically has long been shown to create both short and long term improvements in flexibility, but the mechanism of action behind this form of exercise continues to evolve. Changing human tissue takes considerable time and consistent forces. For example, consider muscle growth or bone density adaptions to exercise. Previous research on...
The negative effects of aging on the musculoskeletal system are well known and include a loss of bone density, as well as, muscle strength and mass. These effects begin in your 30s, but the speed of this loss is largely dependent on your health and activity level. More active adults who participate in both weekly...
Testosterone is an important sex hormone in the body primarily secreted by the gonadal organs. It is an essential hormone for fat free or muscle mass, bone density, energy levels, libido, and even red blood cell production. Similar to many body systems, testosterone production begins to decline around age 30 with the rate of decline...
Plyometrics have been utilized in late stage Physical Therapy and strength and conditioning programs for decades. These jumping and bounding movements are initially attributed to the Russian track and field coach Verkhoshanski in the 1960s as shock or jump training. The term plyometrics is attributed to Purdue University track and field coach Fred Wilt in...
Strength or resistance training targeting the major muscle groups of the body is recommended by the American College of Sports Medicine for all adults a minimum of 2 days per week. Loss of muscle and bone mass over time can have significant functional and health consequences in the transition to older adulthood. Because of the...
In our Boulder Physical Therapy and Lafayette Physical Therapy clinics cardio is king for many of our patients. Although gaining in popularity, weight training unfortunately falls behind cardiovascular training in training frequency, intensity, and duration. Patients not performing strength training can run the risk of reduced bone density, loss of muscle mass, reduced performance, and...
Studies have found that training at higher intensities can be more beneficial for bone health and gaining strength than working at lower intensities (Watson et al. 2017; Refalo et al. 2021). But what about the difference between being supervised by a trained professional, like a physical therapist, and unsupervised with self-selected intensities? A study by...
By: Rani Helvey-Byers, PT, DPT, OCS When it comes to exercise, the way you train matters as much as what you train. The same movement — be it a squat or a row — can achieve different results depending on the sets, reps, load, and the length of the rest breaks you use. Understanding these...
By: Rani Helvey-Byers, PT, DPT, OCS During a woman’s monthly cycle, the concentrations of hormones will vary significantly. But, what we don’t often realize is that these fluctuations can affect our athletic performance. Two hormones—estrogen and progesterone—play central roles in our energy levels, recovery, and exercise tolerance. Understanding how these hormones shift across the menstrual...
