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Which fingers get loaded the most while climbing?

The fingers undergo a tremendous amount of force while rock climbing, particularly when crimping. But which fingers take the most force? A study by Vigouroux and colleagues used a biomechanical model to analyze the forces exerted on the fingers of climbers while they were attempting to exert maximal four-finger force in a crimp grip. The...

Treating Low Back Pain In Athletes

Low back pain is a frequent challenge for athletes who place high demands on their bodies, especially gymnasts, CrossFit athletes, golfers, climbers, and those involved in team sports. These athletes often combine heavy loading, explosive power, rotation, and end-range positions — all of which require the spine to transfer force efficiently. When mobility, strength, or...

Headache Treatments For The Athlete And Office Worker

By Dr. Ian Nay, PT DPT OCS Overview Headaches are extremely common in our population, especially in athletes and people who spend a lot of time on the computer or phone. Examples of athletes who may have these symptoms are football lineman who are looking up constantly, cyclists, CrossFitters and weightlifters who perform overhead motions...

Recovering from Acute Shoulder Instability

By: John Crawley, PT, DPT, OCS A good functioning shoulder is essential to a climber’s performance. When the shoulder is healthy, reaching for holds and holding strenuous positions feels secure. Whether you’re yarding on a deep lock-off at the gym, pressing out a corner in Eldo, or snatching holds during big deadpoints while in Rocky...

How to Treat Belayer’s Neck

How many times have you seen someone whose posture looks like this while belaying? Neck pain is a common in rock climbers. Although climbing itself can lead to neck pain, the most common cause is spending prolonged periods belaying. We refer to this as “belayer’s neck”. Belayer’s neck is a colloquial term to describe a...

Climbing Overuse Injuries, Why?

By: John Crawley, PT, DPT, OCS Rock climbing, like all other sports, has risk factors that contribute to injury rates. Knowing what factors contribute to added injury risk can help participants build better training programs and potentially reduce future risk of injury. Luckily, researchers have begun to ask these questions and have made progress in...

I Heard A Pop. Finger Pulley Injuries

By: John Crawley, PT, DPT, OCS How Pulley Injuries Occur: The Biomechanics Your fingers don’t actually contain muscles; they are moved by long tendons (flexor digitorum superficialis and profundus) that originate in your forearm. These tendons run down your fingers through a sheath, held tight to the bone by ligamentous tunnels called pulleys. Think of...