JC 41 - "Throw Hard, Stay Healthy": Training to Increase Action Capacity in Baseball Pitchers

TL;DR

Ryan Crotin discusses strategies to prevent arm injuries in baseball pitchers.

Transcript

okay welcome everyone it's uh my pleasure to be back with another uh episode of perception action Journal club uh my great pleasure to be joined today by Ryan croen from rare.com I've known Ryan for quite a few years uh you know had lots of interactions and uh today we're gonna we're gonna talk again about the you know this constant recurring probl... Read More

Key Insights

• Ryan Crotin emphasizes the importance of functional arm strength in preventing injuries, suggesting that many injuries result from inadequate preparation to handle pitching loads.
• Biomechanical models that alter a pitcher's natural delivery can lead to increased injuries, highlighting the need for individualized approaches.
• Crotin's approach involves consistent strength testing to determine recovery and readiness, using portable devices for on-the-road assessments.
• He identifies three main determinants of injury: psychophysiologic factors, coaching errors, and mechanical determinants, all influenced by altered metabolism.
• Crotin advocates for a combination of elastic resistance and grip strength exercises to enhance arm strength, emphasizing the importance of training the entire body.
• The use of strength velocity ratios helps in assessing the efficiency of a pitcher's delivery, aiming for a balance between strength and velocity to reduce injury risk.
• Crotin supports a data-driven approach to training, recommending individualized and flexible programs based on continuous strength assessments.
• He stresses the benefits of multisport participation for young athletes, which can help in developing a well-rounded athletic foundation and potentially reduce injury risks.

Questions & Answers

Q: What is the main cause of arm injuries in baseball pitchers according to Ryan Crotin?

Ryan Crotin identifies the lack of functional arm strength as a primary cause of arm injuries in baseball pitchers. He explains that many injuries occur because pitchers are not adequately prepared to handle the loads and stresses of pitching. This lack of preparation can lead to compensatory patterns that increase injury risk.

Q: How does Ryan Crotin's approach differ from traditional biomechanical models?

Ryan Crotin's approach differs from traditional biomechanical models by focusing on individualized training and assessments rather than altering a pitcher's natural delivery to fit a standardized model. He emphasizes the importance of maintaining a pitcher's natural mechanics while enhancing functional strength and coordination to prevent injuries.

Q: What role does strength testing play in Ryan Crotin's injury prevention strategy?

Strength testing is a core component of Ryan Crotin's injury prevention strategy. He uses portable devices to conduct consistent strength assessments, both at home and on the road, to determine a pitcher's recovery and readiness. This data-driven approach allows for individualized training and recovery plans to optimize performance and minimize injury risks.

Q: What are the three main determinants of injury according to Ryan Crotin?

Ryan Crotin identifies three main determinants of injury: psychophysiologic factors, coaching errors, and mechanical determinants. Psychophysiologic factors include stress and sleep issues, coaching errors involve altering a pitcher's natural mechanics, and mechanical determinants are related to the physical stresses on the body. All three are influenced by altered metabolism, which can affect recovery and performance.

Q: How does Ryan Crotin suggest improving arm strength to prevent injuries?

Ryan Crotin suggests improving arm strength through a combination of elastic resistance exercises and grip strength training. He emphasizes the importance of training the entire body, including the proximal body, trunk stability, and lower body, while prioritizing arm strength exercises early in the workout routine to ensure adequate focus and energy are dedicated to this critical area.

Q: What is the strength velocity ratio, and why is it important?

The strength velocity ratio is a metric used to assess the efficiency of a pitcher's delivery by comparing arm strength to velocity. A higher ratio indicates that a pitcher has a significant strength reserve relative to their velocity, reducing the neurological effort required and potentially decreasing injury risk. This metric helps in ensuring that pitchers maintain a balance between strength and velocity.

Q: Why does Ryan Crotin advocate for multisport participation for young athletes?

Ryan Crotin advocates for multisport participation for young athletes because it helps in developing a well-rounded athletic foundation, which can reduce the risk of overuse injuries associated with early specialization. Participating in multiple sports can enhance overall physical development, improve motor skills, and provide mental and social benefits, contributing to long-term athletic success and health.

Q: How does Ryan Crotin recommend managing a pitcher's workload to prevent injuries?

Ryan Crotin recommends managing a pitcher's workload by using data-driven assessments to determine recovery needs and adjust training intensity accordingly. He suggests individualized and flexible programs that incorporate recovery days and strength assessments to ensure pitchers are adequately prepared for high-intensity throwing. This approach helps in preventing overuse injuries and optimizing performance by tailoring workloads to each pitcher's specific needs.

Summary & Key Takeaways

• Ryan Crotin discusses his extensive background in exercise physiology and biomechanics, focusing on arm strength and injury prevention in baseball pitchers. He emphasizes the importance of functional strength and individualized training programs to reduce injury risks and improve performance.

• Crotin highlights the pitfalls of altering a pitcher's natural delivery through biomechanical models, which can lead to increased injuries. Instead, he advocates for a focus on psychophysiologic factors, coaching errors, and mechanical determinants, all of which are influenced by metabolism.

• He describes the importance of continuous strength testing and data-driven training programs, advocating for a holistic approach that includes multisport participation for young athletes. Crotin emphasizes the need for individualized recovery and training plans to optimize performance and reduce injury risks.