Pacey Performance Podcast

In this episode of the Pacey Performance Podcast, Loren Landow discusses his extensive experience in the performance field, including his transition from business ownership to his current role at Notre Dame. He emphasizes the importance of a team approach in rehabilitation, the integration of various disciplines, and the balance between art and science in the rehabilitation process. Loren shares insights on the industry's evolution regarding return to play protocols, the significance of maintaining engagement during rehabilitation, and the criteria for progression in recovery. In this conversation, Loren Landow discusses the intricacies of rehabilitation, focusing on movement patterns, the significance of the foot and ankle, and the mechanics of deceleration. He emphasizes the importance of investigating movement, restoring ankle dorsiflexion, and building intensity in training. The dialogue also covers the integration of reactivity in rehabilitation, the assessment of asymmetry, and the collaboration required for effective return to play processes. Landow highlights the need for ongoing communication and involvement even after athletes reintegrate into practice. Main talking points: There is an art to rehabilitation that goes beyond numerical models. Good collaborative teams yield the best outcomes in return to play. Experienced coaches should lead return to play situations. Restoring rhythm and stability is crucial in the initial stages of rehab. Deceleration mechanics are essential for injury prevention and rehabilitation. Intensity in training should be based on the athlete's needs, not just external loads. Reactivity should be introduced early in the rehabilitation process.

In this episode of the Pacey Performance Podcast, Rob welcomes back Enda King to discuss the complexities of athletic hip and groin pain. He explores the upcoming conference where Enda will present on leading hip and groin issues, delve into the challenges of diagnosing and managing these injuries, and discuss the importance of understanding the underlying causes of pain. Enda shares insights from his role in Doha at Aspetar, focusing on clinical pathways and the evolution of rehabilitation practices. The conversation highlights the significance of a comprehensive assessment and the need for tailored rehabilitation strategies to effectively address groin pain in athletes. In this conversation, Enda discusses the complexities of managing groin pain in athletes, emphasizing the importance of understanding movement patterns and asymmetries. He outlines strategies for assessing and monitoring recovery, as well as injury prevention techniques. The discussion also touches on the evolution of rehabilitation practices and the trends observed in the field over the past five years. Main talking points: Diagnosis of groin pain is complicated due to variability in symptoms and anatomy Hip and groin pain involves a combination of load, biomechanics, and anatomy Surgical options for groin pain are limited and often unnecessary Failed rehab often results from a narrow focus on pain rather than underlying issues Effective rehabilitation requires identifying all contributing factors to pain Assessment should include both strength and motor control evaluations Asymmetry in movement is crucial for injury assessment Pain provocation tests are key indicators of RTP progress Rotational abdominal work is vital for injury prevention Understanding human movement as a skill is essential

In this episode of the Pacey Performance Podcast, Rob speaks to Romain Tourillon who discusses the misconceptions around general understanding, testing and training of the foot and ankle sports performance and rehabilitation. Romain shares insights from his PhD research, emphasizing the roles of intrinsic and extrinsic muscles, the significance of holistic evaluation methods, and the need for dynamic training protocols. He highlights that although isometric training has a big place in the training of the foot and ankle, its not the only tool in the toolbox. He dives into the different testing protocols which target the various different areas of the foot based on its function. Romain goes into detail on soleus, tibialis anterior and tibialis posterior testing, citing his work with the Royal Ballet as an example of how these protocols can improve an organisations testing battery. Main talking points: Intrinsic muscles are often overemphasized in training Extrinsic muscles play a larger role in force production Dynamic contractions, not just isometrics are necessary for building calf strength Isometric training alone is insufficient for optimal performance The foot and ankle are frequently underloaded in training regimens How to assess the soleus, tibialis anterior and tibialis posterior

In this episode of the Pacey Performance Podcast, Rob speaks to Alex Wolf who delves into the adaptation-led approach to strength training, contrasting it with traditional methods. Alex shares his extensive background in strength conditioning and discusses the importance of defining outcomes before selecting training methods. He emphasizes the need for specificity in training and provides examples of how to effectively target adaptations. The discussion also highlights the challenges and misconceptions surrounding traditional strength training practices, advocating for a shift in perspective towards outcome-driven training methodologies. In this conversation, Alex discusses the importance of shifting from traditional exercise advocacy to an outcome-led approach in strength and conditioning. He emphasizes the need for a deeper understanding of physiological principles and the importance of clear objectives in training. The discussion also covers the training intention framework, the balance between technical skills and needs analysis, and the necessity of understanding muscle architecture for effective coaching. Main talking points:• Adaptation-led approach focuses on outcomes rather than just exercise• Specificity in training is crucial for effective performance enhancement• Understanding the intended outcome is essential before selecting training methods• Unexplained performance improvements are not sustainable or reliable• Machine-based training can be more effective than traditional barbell exercises in some scenarios• Understanding the physiology behind exercise selection is essential

This conversation delves into the critical aspects of growth and maturation in youth football with staff from the Brentford FC academy and industry experts, focusing on biological maturation, assessment methods, injury prevention, and talent identification. Our guests discuss their experiences and insights on how to effectively monitor and support young footballers through their developmental stages, emphasizing the importance of interdisciplinary collaboration and education. This conversation delves into the innovative practices at Brentford FC regarding youth player development, focusing on bio-banding, interdisciplinary collaboration, and the holistic approach to nurturing young athletes. The panel discusses the importance of understanding growth and maturation, the challenges faced during player trials, and the significance of creating a supportive environment that prioritizes player experiences and well-being. They emphasize the need for tailored training loads and the integration of various developmental strategies to optimize performance and reduce injury risks. Main talking points: Genetics play a significant role in determining maturity Regular assessments are crucial for understanding growth patterns Strength training can positively impact bone density in young athletes Talent identification should consider biological age and maturity Bio-banding allows for tailored training based on physical maturity

In this episode of the Pacey Performance Podcast, Tim McGrath discusses the complexities of ACL injuries, emphasizing the importance of blending art and science in rehabilitation. He shares insights on assessing athletes' risk factors, the significance of biomechanical evaluations, and the necessity of effective communication in sports settings. Tim also highlights the role of biases in training and assessment, advocating for a structured approach to skill acquisition and injury prevention. In this conversation, Tim discusses the common mistakes made in ACL rehabilitation, emphasizing the importance of understanding both biological and functional components. He highlights the significance of objective assessments in the later stages of rehabilitation and challenges the traditional six-month return timeline, advocating for a more individualized approach based on the athlete's readiness rather than a strict timeline. Main talking points: ACL injuries require a blend of art and science in rehab Biomechanical assessments are crucial for identifying risk factors Rehabilitation must address both physical and cognitive aspects Common mistakes in ACL rehab include ignoring structural issues The ‘six-month return’ timeline for ACL injuries

In this conversation, Chris Chase, Director of Performance at the Memphis Grizzlies, discusses the significance of deceleration in athletic performance, particularly in basketball. He emphasizes the need for strength coaches to adapt to technological advancements and the importance of understanding multi-directional speed. The conversation also touches on the evolution of training methods and the necessity of effective testing for deceleration and acceleration. In this conversation, Chris Chase discusses innovative measurement techniques in sports training, focusing on the use of technology like VueMotion and force plates. He emphasizes the importance of understanding both kinematics and kinetics in athlete training, particularly in basketball. The discussion also covers the evolving landscape of force measurement technology and the potential for new tools to replace traditional methods. Additionally, Chase shares insights on deceleration training, highlighting the need for progressive overload and the role of functional training, including the use of machines, in athlete development. Main talking points: • Acceleration elements should not be overlooked in training• ADA testing provides valuable insights into deceleration capabilities• Kinetics and kinematics are essential for understanding athlete performance• Deceleration training requires progressive overload to be effective• Functional training can include machines for targeted muscle development• Understanding impulse manipulation is key to improving performance

In this episode of the Pacey Performance Podcast, Rob speaks to Anthony Donskov about reflexive eccentrics. Reflexive eccentric training is gaining recognition for its role in improving athletic performance and reducing injury risk. In this episode, Anthony breaks down the principles, programming, and practical applications of this training method, emphasizing the importance of stiffness, speed, and strategic progressions in athlete development. Anthony discusses how reflexive eccentrics involve rapid eccentric contractions that enhance force absorption and control. This method is especially relevant for high-level athletes, as it trains deceleration, stability, and explosive reacceleration—all key for sports like hockey. He highlights the importance of clear external cues, such as “grabbing the floor” or “being stiff,” to help athletes optimize landing mechanics and movement efficiency. The conversation also covers programming considerations, including off-season vs. in-season adaptations, how to balance heavy lifting with reflexive movements, and reducing muscle soreness while maximizing explosiveness. Anthony outlines a three-day cycle of training that incorporates heavy lifts, submaximal speed work, and strategic plyometrics. He stresses the need for individualized assessments, using player cards and radar graphs to track progress and adjust training accordingly. Despite the challenges in measuring reflexive eccentric adaptations, improvements in jump height, net impulse, and rate of force development suggest their effectiveness. He concludes by emphasizing the importance of structured strength, recovery, and flexibility in athlete programming, advocating for tissue remodeling and long-duration isometrics to reduce stiffness and chronic injury risk. This episode is packed with practical insights for coaches and practitioners looking to integrate reflexive eccentrics into their performance programs. Main talking points: • Reflexive eccentrics enhance speed, stiffness, and reacceleration• Rapid eccentric contractions improve force absorption and control• Training should be tailored to athlete experience levels• Clear external cues optimize movement efficiency and stiffness• Off-season training should focus on stiffness and strength• A three-day cycle balances heavy lifts and speed work• Reflexive eccentrics reduce muscle soreness and improve explosiveness• Tissue remodeling and isometrics help prevent chronic injuries

In this episode of the Pacey Performance Podcast, Steph Mock Grubbs and Ryan Grubbs discuss their experiences transitioning across different sports, levels, and job roles within elite performance environments. Their journey from college athletics to professional sports highlights the evolution of roles in strength & conditioning, rehab, and sports science. Steph, now with the Houston Astros, and Ryan, working with the Houston Texans, explain how reconditioning bridges the gap between rehab and performance training, ensuring athletes return to play at optimal levels. They emphasize the importance of adapting training methodologies, particularly in baseball, where athlete workload and season length pose unique challenges. A key theme of their discussion is the shift from being generalists to specialists, requiring continuous upskilling in rehab, load management, and performance programming. The integration of strength, rehab, and reconditioning teams in professional sports enables collaboration and efficiency in managing injury risk and athlete development. The episode also covers balancing athlete health with team needs, using objective performance data to inform return-to-play decisions, and navigating career transitions in elite sport. They stress the importance of mentorship, research, and relationship-building in making successful career moves. Finally, they discuss challenges in balancing professional careers with personal relationships, emphasizing adaptability, teamwork, and continuous learning in both career growth and life. Their insights provide valuable lessons for practitioners looking to evolve within high-performance environments while maintaining long-term career sustainability. Main talking points: Reconditioning bridges rehab and performance training. Transitioning from college to pro sports requires adaptation. Balancing athlete health with team performance needs. Eccentric training is key in injury prevention. Collaboration between strength, rehab, and reconditioning teams. Athlete workload management is crucial in long seasons. Individualized return-to-play plans improve performance outcomes. Generalist to specialist career shifts require upskilling. Mentorship and networking help career transitions. Objective performance data informs return-to-play decisions. Professional careers impact personal relationships significantly. Continuous learning and adaptability drive career growth.

In this episode of the Pacey Performance Podcast, Nick Court, Johan Lahti, and Matthew Bourne discuss strategies for reducing hamstring injury risk in elite football players, emphasizing the importance of individualized training, eccentric conditioning, and movement mechanics. Despite advancements, hamstring injuries remain prevalent due to the increasing demands of high-speed running and eccentric contractions in sports. Eccentric training, particularly the Nordic hamstring exercise, has proven effective but remains underutilized due to compliance challenges and limited preseason time. Incorporating exercises like single-leg RDLs, hip extensions, and inertial training can further strengthen hamstrings and reduce injury risk. Proper sprint mechanics and balanced strength between the iliopsoas and hamstrings are critical. Faulty mechanics, such as excessive backward thigh movement, can increase strain on the hamstrings. A multifactorial approach, combining practical assessments, running kinematics, and targeted exercises, is essential for addressing individual risk factors and improving movement efficiency. Injury prevention also requires tailoring rehabilitation to each athlete’s needs, using tools like handheld dynamometers and pulley systems to assess hamstring strength and endurance. Movement constraints, joint torque, and muscle-tendon junction adaptations should be considered in rehabilitation plans. Training programs must balance high-speed running exposure, eccentric conditioning, and varied running techniques to enhance stiffness and reduce fatigue-related risks. The podcast concludes that effective hamstring injury prevention relies on individualized strategies, incorporating both scientific evidence and practical tools, to address the unique demands and risks faced by elite athletes. These approaches ensure improved performance and reduced recurrence rates. Main talking points: Integrate eccentric conditioning Tailor injury prevention to individual athlete needs Focus on proper sprint mechanics to reduce strain Strengthen iliopsoas and hamstring balance for stability Use single-leg RDLs and hip extensions for strength Assess running mechanics to identify risk factors Incorporate varied running techniques to enhance movement Monitor high-speed running exposure in training programs Improve stiffness and control during fatigued states Use tools like dynamometers to assess hamstring strength Develop structured rehab plans with clear progression Address movement efficiency and biomechanics in prevention.

In this episode of the Pacey Performance Podcast, Rob is joined by Angus Ross who explores the significance of eccentric training in sports performance and injury prevention, offering insights into its application and benefits. With a background in speed and power sports, Angus shares his journey from an athlete and physiologist to an elite strength coach, emphasizing the importance of hard work and innovative methods in training. Eccentric training, which combines high velocity and force, is highlighted as a critical tool for athletic development. Angus discusses its unique ability to promote muscle fiber adaptations, specifically a shift towards type 2b fibers, which enhance power and speed. However, he cautions that improper management of eccentric training can lead to muscle damage and hinder performance, stressing the need for carefully structured regimens. Innovative devices like flywheel systems are increasingly used to facilitate controlled eccentric loading, particularly in sports requiring speed and explosive power. Angus advocates for tailored approaches to eccentric training, recognizing individual differences in athlete needs, strengths, and recovery capacities. He also highlights the importance of avoiding over-reliance on advanced techniques with younger athletes, instead focusing on foundational strength and technique. Angus emphasizes that eccentric training is not a standalone solution but an integral part of a holistic approach to athletic development. By balancing eccentric work with other modalities and carefully managing load during competition periods, coaches can optimize performance while minimizing injury risks. Angus encourages critical thinking in training methodologies and fostering discussions for mutual growth and learning. Key talking points: How to integrate eccentric training to enhance power and speed. Tailor eccentric regimens to individual athlete needs. Using flywheel systems for controlled eccentric loading. Managing eccentric load to prevent muscle damage. Balancing eccentric work with other training modalities. Incorporating high-velocity, high-force exercises for adaptation. How to address athlete recovery during competition periods. Optimize power-to-weight ratio in acceleration training. Include rotational movements for team sport athletes.

In this episode of the Pacey Performance Podcast, Rob is speaking to Alex Natera, Danny Lum, and Matt Taberner to discuss the role of isometric training in sports performance and rehabilitation, focusing on its ability to enhance strength, recovery, and dynamic performance. Isometric training is increasingly recognized for its utility in sports, especially given the challenge of maintaining effective strength training amidst intense competition schedules. It is effective for improving muscle stiffness, tendon adaptation, and managing recovery, making it essential for injury prevention and rehabilitation. The guests emphasize that isometric training, when paired with plyometric exercises, enhances both muscle and tendon resilience, supporting performance in high-intensity sports. The speakers advocate for using isometric exercises throughout rehabilitation, adjusting the approach to address specific joint weaknesses, and tailoring it to each athlete’s unique needs. For instance, using force evaluations for joints like the ankle, knee, and hip allows practitioners to target weak points effectively. Data integrity is crucial for isometric assessments, and techniques like pre-tensioning and accurate joint positioning help ensure reliable results. Tools such as iso straps, strain gauges, and handheld dynamometers facilitate precise assessments, helping coaches to optimize training and monitor fatigue. Alex, Danny and Matt conclude that isometric training, when thoughtfully applied, is a powerful tool for boosting athletic performance, preventing injuries, and enhancing rehabilitation, providing coaches with versatile methods to address the needs of individual athletes effectively.