Jacked Athlete Podcast

Chapters 00:00 Introduction to Circadian Rhythms and Skeletal Muscle 02:52 Understanding the Circadian Clock 06:12 Dysregulation of Circadian Rhythms 09:06 Impact of Inflammation on Circadian Clocks 12:00 Peripheral Clocks and Their Independence 15:06 Exercise Timing and Performance 18:06 Feeding Patterns and Circadian Rhythms 21:00 Chronotypes and Individual Differences 23:59 Caffeine and Its Effects on the Clock 27:02 Adaptation of Circadian Clocks in Extreme Conditions 29:58 Alcohol's Impact on Circadian Function 31:01 The Impact of Circadian Clocks on Muscle and Tendon Health 36:34 Aging and Its Effects on Circadian Rhythms 40:47 Injury and Circadian Clocks: Understanding the Connection 43:10 The Role of Nutrition and Feeding Patterns 48:29 Circadian Disruption and Metabolic Health 51:50 Practical Applications for Maintaining Healthy Clocks   Takeaways Circadian clocks are molecular timers found in every cell. The clock regulates metabolism and gene expression based on time of day. Dysregulation can lead to health issues like increased glucose levels. Peripheral clocks can operate independently of the central clock. Exercise timing can enhance performance and adaptation. Feeding patterns should align with activity for optimal health. Chronotype influences individual preferences for sleep and activity. Caffeine affects the sympathetic nervous system but doesn't phase shift the clock. Alcohol can disrupt circadian function and health. Adaptation of clocks can occur even in extreme light conditions. Circadian clocks significantly influence muscle and tendon health. Disruption of circadian rhythms can lead to metabolic issues. Aging affects the ability of circadian clocks to regulate gene expression. Inactivity does not stop circadian clocks, but it affects their function. Nutrition timing is crucial for maintaining healthy circadian rhythms. Exercise can enhance the function of circadian clocks in muscles. Understanding the communication between muscle and tendon is vital for rehabilitation. Time-restricted feeding may extend lifespan and improve health. Research on circadian rhythms can inform strategies for injury recovery. Maintaining a consistent activity and feeding schedule supports clock health. Karyn's profile: https://physiology.med.ufl.edu/profile/esser-karyn/ Karyn's Linkedin: https://www.linkedin.com/in/karyn-esser-a187333 Notes: https://jackedathlete.com/podcast-129-circadian-rhythms-with-karyn-esser/

Chapters 00:00 Introduction to Tendon Research 02:59 The Evolution of Tendon Rehabilitation 06:07 Understanding Tendon Mechanics and Training Approaches 09:00 The Role of Load in Tendon Health 12:03 Aging and Tendon Structure 14:51 The Impact of Immobility on Tendon Health 18:09 Stages of Tendon Development 21:08 Tendon Ruptures and Age Factors 24:00 The Science of Tendon Stiffness 26:46 Cellular Dynamics in Tendon Health 32:26 Understanding Tendon Responses: Achilles vs. Patellar 36:11 The Role of Cross-Links in Tendon Stiffness 40:59 Exercise and Its Impact on Tendon Health 42:25 Dietary Influences on Tendon Integrity 44:17 Metabolic Syndrome and Tendon Health 46:38 Accumulation of Advanced Glycation End Products 49:31 Tendon Size and Vascularization in Tendinopathy 54:51 Inflammation in Tendon Pain: A Complex Relationship 01:00:07 Circadian Rhythms and Tendon Health 01:03:27 Future Research Directions in Tendon Studies   Takeaways Christian Coupe is a physical therapist and researcher. He has worked extensively with elite athletes, particularly in racket sports. Tendon issues like jumpers knee and Achilles tendinopathy are common in athletes. Eccentric training was a breakthrough in tendon rehabilitation. Heavy slow resistance training may be more effective than eccentric training. Tendons require regular loading to maintain health and prevent degradation. Aging begins around the age of 17, affecting tendon structure and function. Immobility can lead to rapid deterioration of tendon health. Tendon stiffness is crucial for performance and injury prevention. There is potential for improving tendon health even in older individuals.  The Achilles tendon may require different loading than the patellar tendon. Cross-links in tendons can affect stiffness and brittleness. Exercise is crucial for maintaining tendon health and properties. Dietary choices can influence tendon integrity and health. Metabolic syndrome is linked to tendon issues and injuries. Advanced glycation end products accumulate in low turnover tissues like tendons. Tendon size can increase due to vascularization in tendinopathy. Inflammation may be present in early stages of tendon pain. Circadian rhythms could play a role in tendon recovery processes. Future research should focus on the metabolic aspects of tendon health.   Christian's research (Researchgate): https://www.researchgate.net/profile/Christian-Couppe Christian's profile: https://researchprofiles.ku.dk/en/persons/christian-couppé Christian on Twitter: https://x.com/ccouppe

Chapters 00:00 Introduction to Tendinopathy Coaching 03:10 The Journey into Tendon Rehabilitation 06:08 Understanding Muscle-Tendon Imbalance 09:01 Pain vs. Structural Changes in Tendons 11:55 The Complexity of Pain Management 14:45 The Role of Dynamic Loading in Recovery 18:04 Differentiating Between Patellar Tendinopathy and Patellofemoral Pain 20:50 Mid-portion vs. Insertional Achilles Tendinopathy 42:37 Gradual Exposure in Tendon Rehabilitation 45:03 Frequency and Loading in Tendon Rehab 49:27 Metabolic vs. Load-Related Tendon Pain 55:40 Inflammation and Pain Mechanisms in Tendons 01:01:01 The Role of Alcohol in Tendon Pain 01:07:14 Strength vs. Load Management in Tendon Recovery 01:13:32 Future Directions in Tendon Research Takeaways Niels Heim's journey into tendinopathy coaching began with a podcast. Coaching focuses on helping athletes return to their sport. Pain management in tendinopathy is complex and individualized. Dynamic loading is crucial for tendon recovery. Differentiating between patellar tendinopathy and patellofemoral pain is important. Muscle-tendon imbalances can lead to injuries. Structural changes in tendons do not always correlate with pain relief. Isometric loading can be beneficial for tendon rehabilitation. Understanding patient-specific pain responses is essential. The approach to Achilles tendinopathy should differentiate between mid-portion and insertional types. Gradual exposure to loading can enhance tendon rehabilitation. Frequency of loading is crucial; every other day may be optimal. Metabolic and load-related tendon pain require different approaches. Inflammation is not always the primary concern in tendon pain. Alcohol consumption can exacerbate tendon pain. Strength may not need to increase for recovery to occur. Managing overall load is essential for tendon health. Eliminating negative lifestyle factors can aid recovery. Pain management strategies are vital in rehabilitation. Future research should explore plyometric training frequency.  Nils on Instagram: https://www.instagram.com/nils.heim.schmerzcoach/ SehnenStark podcast (iTunes): https://podcasts.apple.com/us/podcast/sehnenstark/id1725984010 SehnenStark podcast (Spotify): https://open.spotify.com/show/63h1RG0X1ZCoWwT3Z0MgZ1?si=b0193eed8f604635 Notes here: https://jackedathlete.com/podcast-127-tendons-with-nils-heim/

Chapters 00:00 Introduction to Coaching and Background 02:47 The Importance of Plyometrics in Training 06:13 Understanding Tendon Development and Injury Risks 08:58 The Role of Volume in Athletic Training 11:47 Exploring Isometric Training Techniques 15:10 Tendon Issues in Young Athletes 18:02 Biomechanics and Injury Prevention 20:56 The Journey with Extreme Isometrics 24:08 Experiences and Outcomes from Isometric Training 30:20 Embracing Failure in Training 32:51 The Neurological Aspect of Muscle Coordination 36:12 Understanding Energy Systems in Training 37:06 Optimizing Leg Positioning for Performance 39:55 The Role of Tendons in Rehabilitation 43:07 Balancing Loading Techniques for Tendon Health 46:03 The Impact of Blood Flow on Tendon Recovery 48:50 Integrating Plyometrics and Isometrics in Training 52:13 Foot Mechanics and Injury Prevention 57:55 Conclusion and Resources   Takeaways Rob Assisi has been a track coach for 21 years. Plyometrics play a crucial role in athletic adaptation. There needs to be a balance between stiffness and compliance in training. Volume is essential for tendon development. Isometric training can provide unique benefits for athletes. Young athletes often face tendon issues due to overtraining. Biomechanics significantly influence injury risks in athletes. Extreme isometrics can lead to remarkable performance improvements. Understanding foot contact is vital for effective training. Coaches must consider the long-term effects of training on athletes.  Embracing failure is crucial for growth in training. Pulling harder can help overcome feelings of impending failure. Muscle coordination is key to effective training. Energy systems play a significant role in performance. Tendons require specific loading techniques for rehabilitation. Long-duration holds can benefit tendon health. Blood flow restriction may aid in tendon recovery. Integrating different training modalities enhances performance. Foot mechanics are essential for injury prevention. Understanding individual biomechanics can improve training outcomes.   Rob's Instagram: https://www.instagram.com/reevolutionathletics/ Rob's Twitter: https://x.com/hfjumps Rob's Website: https://www.re-evolutionathletics.com/home

Greg Lehman, a Toronto-based physiotherapist and strength coach known for his straightforward approach to rehabilitation, discusses the intricate world of tendons. He emphasizes the significance of individualized treatment plans, challenging traditional rigid approaches. The conversation delves into the complexities of tendinopathy, the critical role of tendon stiffness, and the impact of metabolic health on recovery. Lehman also explores innovative loading protocols and the balance between managing pain and maintaining athletic performance.

Chapters 00:00 Introduction to Tendon Talk 01:55 Understanding Patellofemoral Pain 06:02 The Biopsychosocial Model in Pain Management 09:57 The Role of Muscle Strength in Tendon Health 13:54 Exploring Achilles Tendinopathy 17:55 Calf Raises and Their Effectiveness 22:04 The Importance of Loading in Rehab 26:05 Comparing Patellar and Achilles Tendon Rehab 29:57 Final Thoughts on Tendon Management 38:20 Rehabilitation Challenges with Achilles and Patellar Ruptures 41:23 Innovative Techniques in Achilles Rehabilitation 44:09 The Debate on Literature vs. Real-World Experience 49:15 Personal Experiences with Achilles Injuries 53:30 Genetics and Tendon Injuries 57:07 Understanding Partial Ruptures vs. Tendinopathy 01:00:11 Pain Response in Achilles Rehabilitation 01:02:29 The Role of Pain in Rehabilitation 01:04:50 Loading Techniques for Achilles Rehabilitation 01:09:21 Exploring Jerk Isometrics in Rehabilitation 01:10:46 The Value of Isometrics in Rehabilitation 01:11:11 Surface Variation in Achilles Rehab 01:12:04 Manipulating Center of Mass for Rehab 01:15:24 Encouraging Movement Variety in Rehabilitation 01:16:14 Understanding Tendon Mechanics and Mobility 01:18:14 The Role of Heel Wedges in Pain Relief 01:19:35 Insights on Upper Body Tendon Rehabilitation 01:22:08 Exploring Movement Variability in Upper Limbs 01:31:06 The Importance of Variety and Variability in Movement 01:35:35 Upcoming Programs and Workshops   Takeaways David discusses the challenges of managing time and opportunities in his work. Jake shares his personal experience with weight loss and its impact on his social life. David explains his approach to treating patellofemoral pain and the importance of loading. The conversation highlights the biopsychosocial model in understanding pain. David emphasizes the need for less frequent loading for patellofemoral pain compared to tendon pain. Jake questions the structural understanding of patellofemoral pain and its implications for rehab. David shares his personal journey with Achilles tendinopathy and its impact on his athletic performance. The discussion reveals the common pitfalls in calf raise exercises for Achilles rehab. David advocates for high intensity and low frequency in calf raise training. The conversation concludes with insights on the differences between patellar and Achilles tendon management. Rehabbing an Achilles rupture requires careful management of tendon lengthening. Overcoming isometrics are effective for strengthening the Achilles during rehab. Real-world experiences can often contradict existing literature on rehabilitation. Personal experiences with tendon injuries highlight the unpredictability of recovery. Genetics may play a significant role in tendon injuries and recovery. Partial ruptures should be approached with caution, similar to tendinopathy. Pain response is less significant in Achilles rehabilitation compared to other injuries. It's crucial to focus on loading techniques rather than just range of motion. The literature on tendon injuries can be misleading and should be interpreted with caution. Effective rehabilitation requires pushing patients as hard as possible without exceeding their limits. Isometrics can clarify what's working in rehab. Varying surfaces can enhance Achilles rehab. Manipulating center of mass is crucial for rehab. Movement variety is often overlooked in rehab. Tendon mechanics play a significant role in recovery. Heel wedges can provide relief for insertional pain. Upper body tendons require a different approach. Movement variability is essential for upper limb function. Older athletes often lack movement variety and variability. A holistic approach to rehab includes strength, mobility, and control.   David's Website: https://davidgreyrehab.com David's Instagram: https://www.instagram.com/davidgreyrehab/?hl=en Notes: https://jackedathlete.com/podcast-124-tendons-with-david-grey/  

Matt McInnes Watson, a strength and conditioning coach specializing in plyometrics and tendon health, shares his insights on tendon development while working with the NFL Combine group. He highlights the importance of tendon health in sports, particularly in preventing injuries. The conversation delves into the tier system for plyometrics and how it affects training intensity. Joint stiffness versus compliance is explored, emphasizing its crucial role in athletic performance. Watson also discusses tendon development in youth, covering challenges during growth spurts and adapting training methods.

Chapters 00:00 Introduction and Personal Updates 02:58 Child Development and Movement Efficiency 05:46 Rock Climbing Insights and Tendon Health 09:10 The Importance of Volume in Training 11:53 Integrating Fun into Training 14:46 Seasonal Training Adjustments 18:10 Managing Tendon Health and Injury Prevention 25:14 Evolving Training Approaches 27:40 The Importance of Timing in Athletic Performance 28:10 Utilizing Music and Rhythm in Training 31:30 Exploring Flywheel Training and Tendon Health 33:20 Understanding Finger Tendon Development 39:08 Personal Experiences with Achilles Issues 49:30 Prehab Strategies for Achilles Health 53:37 Exploring Variability in Training 56:48 Understanding Tendon Issues in Athletes 01:00:24 The Mechanics of Jumping and Tendon Strain 01:05:25 The Role of Foot Position in Athletic Performance 01:10:59 The Importance of Play in Child Development 01:21:36 Upcoming Seminars and Future Projects   Takeaways Kids are incredibly efficient in their movements. Fingers in rock climbing are as crucial as the Achilles tendon for runners. Climbing provides a fun way to train without expending willpower. Integrating fun into training can enhance performance and enjoyment. Seasonal training adjustments can help maintain athletic performance. Managing tendon health is essential to prevent injuries during training. Volume in training is more effective when it feels enjoyable. Isometric training is beneficial for both climbing and other athletic pursuits. Understanding the body's response to training is key to avoiding burnout. Finding natural movement patterns can lead to better strength outcomes. Training methods evolve over time, adapting to seasonal changes. Injuries often stem from timing issues in muscle activation. Incorporating music and metronomes can enhance training effectiveness. Flywheel training may offer unique benefits for tendon health. Finger tendons may develop differently compared to Achilles tendons. Personal experiences with injuries can inform training practices. Prehab strategies are essential for maintaining athletic health. Variability in training can lead to better movement quality. Simplicity in training can yield maximal benefits. Understanding biomechanics is crucial for effective rehabilitation. It's important to incorporate variability in training for better performance. Rehabilitation should be approached with a focus on play and enjoyment. Athletes often need to balance strength training with play to avoid injuries. Understanding the mechanics of jumping can help prevent tendon strain. Foot position can significantly impact athletic performance and injury risk. Free play is essential for developing strong tendons in children. Jump roping can enhance plyometric development in kids. Wrestling can be beneficial for children's physical development. Coaches need to manage workloads to prevent injuries in athletes. Training should be approached as a creative art form.    Notes here: https://jackedathlete.com/podcast-122-tendons-with-joel-smith/ Joel’s website: https://www.just-fly-sports.com Joel on Instagram: https://www.instagram.com/justflysports/?hl=en

Fascia expert Danny Foley discusses optimizing athlete recovery, customizing training for different stages, and the benefits of high velocity training. They explore the complexities of anatomical structures, emphasize personalized approaches for injury prevention, and highlight the importance of embracing new perspectives in coaching and training.

Will's Linktree: https://linktr.ee/w2performance Will on Instagram: https://www.instagram.com/will.ratelle/?hl=en Will's YouTube: https://www.youtube.com/@willratelle8027 Notes: https://jackedathlete.com/podcast-120-aimless-talk-part-2-with-will-ratelle/