Blog

How Rock Climbing Affects Shoulder Mechanics

Normal movement at the shoulder is distributed between motion at the shoulder (glenohumeral) joint and movement of the scapula. Although there is variability with how shoulders move, normal arm movement is made up of a ratio of glenohumeral joint movement to scapular movement that is between 2:1 and 2.4:1. A normal shoulder will move 180o...

Rock Climbers Shown to Have Surprisingly Weak Finger Muscles

Most climbers are aware of the importance of finger flexor strength. But how strong are your finger EXTENSORS? Finger extensors are the antagonist muscle group to the finger flexors and are critical to providing support and stability. Strengthening this muscle group is key component to a finger rehabilitation program, particularly in rock climbers who put...

What is the most common rock climbing injury for youth climbers?

The most common injury among competitive youth climbers is an injury to a finger growth plate. However, this type of injury is not as well-known as other types of injuries and therefore is under-reported by youth climbers. A large percentage of finger injuries go un-reported in elite youth climbing, especially among climbers who perform at...

There are few clinical examples that remind me of how far we have come in orthopedic Physical Therapy practice than assessing bony SI landmarks. As the popular clinical pendulum swung these landmarks were assessed in patients presenting with low back pain to hip pain and even to distant regions such as ankle and neck. Thankfully,...

Sports injuries will always be a part of practice and competition, but our goal as Physical Therapists is to reduce this risk in athletes. Risk reduction strategies can be placed into two categories including sport specific training programs (ex. FIFA 11) and pre participation screenings. Physical Therapists aim to identify limitations in an athlete’s mobility,...

Injuries presenting to our Boulder Physical Therapy practice fall into two broad categories including acute, traumatic (sprains, strains, fractures) and microtrauma or overuse injuries (tendinopathy). This latter category is the most common, but may also be more preventable. Overuse injuries are created when a participant performs too much activity, too soon and the forces of...

Sprinting either in track or sport requires rapid, high force muscle contractions across the lower body.  If the forces utilized during the acceleration phase of running are greater than the capacity of the muscle to absorb these forces injuries can occur.  Hamstring strains in this population of runners are common due to the rapid shortening...