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Training equipment is being utilized more than ever by athletes looking to get an edge on improving their performance. Weight lifting shoes, Chuck Taylors, elastic bands, and chains have found their way into the free weight section with the squat & deadlift, but why? Do these items really help according to claims such as improved ankle mobility, squat depth, lifting heavier, and breaking PRs? This article will look at some of the evidence regarding these claims and will shed some light on squat variations using movement analysis technology.

As we've highlighted before, the single leg deadlift is one of my absolute favorite exercises for [P]Rehab purposes. You get phenomenal posterior chain recruitment and single leg stability is absolutely vital for injury prevention as well as sports performance. In my humble opinion, single leg stability is not emphasized enough in sports programming. Whether you are a complete newbie to strength and conditioning or a stud who performs the Romanian Deadlift (RDL) and all its variations regularly, this foolproof step-by-step guide will show you our favorite drills to learn the single leg Romanian deadlift.

Rock climbing is a sport that has been gaining popularity over the last few years. The diverse range of movement, mobility, and strength the sport requires makes it appealing to everyone from the weekend warrior to the most serious and dedicated athlete. This fast-growing allure has helped catapult climbing into the 2020 Olympic Games in Tokyo. The three disciplines that will be included in the upcoming Olympics are sport, bouldering, and speed. Each discipline has its own unique demands varying in power, agility, strength, and endurance naturally inducing risk for both traumatic and overuse injury. In this article, I will highlight the most common injuries seen in rock climbing and demonstrate rock climbing prehab exercises based on research and biomechanics to prevent these injuries.

Anterior Cruciate Ligament Reconstruction (ACLr) is one of the most common surgeries performed due to a sports injury. ACLr rehab and ACL prevention training is one of the hottest topics in the sports medicine world. The reality is while 80% of ACL reconstruction (ACLr) patients return to some form of sport, only 65% return to the same sporting level and 55% return to sport at a competitive level within 1-2 years post ACLR (reference). In this article, we will cover ACL return to sport testing as well as some of the alarming statistics regarding this topic.

The hip is a ball and socket joint with 27 muscles that cross it to control its many planes of movement! Some muscles act as primary movers while others act as dynamic stabilizers of the hip. When the hip capsule is hypomobile or tight, your body may compensate from either up or down the kinetic chain to gain mobility. This has been shown to lead to pathologies in the lumbar spine (Reiman 2009, Devin 2012, Burns 2011) and lower extremity (Reiman 2009, Cliborne 2004, and Currier 2007). This article will show you 4 exercises to improve your Hip Mobility!

Cervical radiculopathy is defined as cervical nerve root compression. Many times, what causes this so-called compression is things like herniated disc material or arthritic bone spurs. It's essentially the "sciatica" of the upper extremity. Common symptoms include neck and radiating arm pain which can travel all the way down into the fingers. Often, this pain is accompanied by sensory disturbances (i.e. pins-and-needles or burning sensations) and even loss of muscle function in more severe cases (muscle weakness and abnormal reflexes). Headaches, neck pain, and scapular pain can also accompany cervical radiculopathy. While not as common as sciatic nerve irritation (only a 0.4% prevalence rate), it can be just as debilitating and a significant cause of neck pain and disability. In this article, we will show you assessment and cervical radiculopathy treatment approaches that you and your physical therapist can employ to get you out of pain!

This isn't your average rotator cuff and scapula article. We will be demonstrating and explaining seven evidence based shoulder exercises. Principles of biomechanics, kinesiology, and electromyography will be explained and you'll learn how to increase targeted muscle activation, improve scapular muscle activation sequencing, and challenge shoulder stability. We are taking broscience to the next level, providing research and evidence based shoulder exercises to prehab the shoulders for longevity.