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Explore every episode of the podcast Performance Rewired

Dive into the complete episode list for Performance Rewired. Each episode is cataloged with detailed descriptions, making it easy to find and explore specific topics. Keep track of all episodes from your favorite podcast and never miss a moment of insightful content.

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1–16 of 16

TitlePub. DateDuration
Episode 15: Why We Don't Use BOSU Balls in Training14 Oct 202600:24:01

In this episode we break down why BOSU balls and foam pads are not the best tools for improving balance, ankle proprioception, or athletic stability. There's a difference between training on unstable surfaces and training for the actual demands of performance, and we share examples from dancers, gymnasts, and other movers. Yuka walks through a study on ankle proprioception and unstable surfaces, while Nikki adds practical coaching context from dance training and foot tripod mechanics. Together, we clarify that balance work should match the environment and task the athlete actually needs to perform.

Key Topics

  • Why BOSU balls often train a different balance strategy than the one
    athlete actually need
  • When the floor is unstable, the nervous system reweights balance inputs away from the ankle and toward other strategies
  • Yuka shares her preferred ankle stability drill
  • Nikki emphasizes tripod foot contact at the heel, first metatarsal, and fifth metatarsal as the foundation for force and stability
  • A practical takeaway that training should match the surface

Timestamps

  • 0:00 Cold open and welcome to Performance Rewired
  • 0:38 Why we don’t use BOSU balls: What to expect from the episode
  • 5:05 Why head movement matters for improving balance
  • 6:30 - The study: Ankle proprioception is not targeted by exercises on an unstable surface
  • 14:10 Why force production is not enhanced on BOSU or foam and a drill you can do instead
  • 19:37 Managing the tripod of the foot, the sensory pronation drill, and closing thoughts

Resources & Links

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For practical drills and movement strategies, check out our YouTube Channel.

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Episode 14: Building Resilience to Enhance Performance30 Sep 202600:30:27

We explore what resilience means in elite performance and how small movement patterns can reveal opportunities to build capacity. We discuss why resilience involves both the body and the mind, from adapting to physical challenges to staying open to feedback and unexpected changes.

Key topics

  • In this episode, we discuss how resilience can help athletes and artists perform at higher level, even when conditions or physical patterns aren’t ideal.
  • Why examining subtle movement patterns can help identify opportunities for growth, rather than labeling movement as simply good or bad.
  • How elite performers can still have small deficits or “glitches” in their systems, and how addressing the right one may improve performance.
  • How movement analysis can be mistaken for criticism, and why curiosity and openness to feedback can help performers make progress.
  • How sticking to the same routines, locations, or equipment can limit adaptability when competition conditions change.
  • Building resilience through safe, intentional disruptions in practice or interrupting a familiar routine.
  • Techniques for nervous system regulation

Timestamps

  • 00:00 - Opening the conversation and introducing resilience
  • 03:16 - Why resilience matters in performance
  • 04:14 - Looking at movement patterns, not just facial expression
  • 05:21 - Finding the small challenge that could build capacity
  • 06:22 - Visual, vestibular, and movement-system inputs
  • 09:40 - Usain Bolt as an example in a discussion of physical resilience
  • 12:38 - Why elite performers may still have areas to explore
  • 15:38 - Simone Biles, pressure, and performance challenges
  • 17:38 - Breaking down movement without labeling it good or bad
  • 20:33 - Resilience in viewpoint and openness to feedback
  • 21:20 - Why top performers are willing to show where they’re struggling
  • 24:12 - Flexibility, plasticity, and getting out of a fixed routine
  • 26:31 - Practicing resilience through intentional disruption
  • 27:24 - The horse example: safely building tolerance for unexpected events
  • 29:27 - Practical ideas: changing practice positions and using a breath reset
  • 30:12 - Frontal-lobe training and focus
  • 31:32 - How physical and mental inputs shape performance

Resources and Links

Physiological sigh demonstration video

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Episode 13: Seeing Clearly - Why 20/20 Vision Is Not the Whole Story for Dancers and Gymnasts16 Sep 202600:30:13

In Episode 13 we dig into the difference between static vision and the kind of visual control athletes actually need in motion. We focus on how vision, vestibular input, and body position affect spotting, turning, landing, and overall performance in dance and gymnastics. In this episode, we also share a practical drill progression for training visual acuity under movement, plus a few real-world coaching observations from the studio and the gym.

Key topics

  • 20/20 vision only measures static acuity
  • Why motion changes what your eyes can do
  • Signs vision may be limiting performance
  • Plyometrics as a cross-training lesson in force and foot contact
  • Why a nervous system approach can outperform biomechanical cueing
  • Vision, vestibular, and proprioception have a hierarchy
  • A simple drill to assess and train dynamic visual acuity

Time stamps

00:00 - Introduction

02:28 - Life updates

04:37 - Ballet jumps, thuds, and why foot stiffness matters

06:11 - Applying plyometrics to a gymnast’s switch leap

07:15 - Why 20/20 vision does not explain performance vision

07:32 - What static visual acuity actually measures

09:01 - Spotting, tumbling, and why movement changes vision

10:23 - Testing static acuity beyond the standard eye exam

11:52 - Head, neck, and shoulder position affecting vision

14:25 - Why dynamic acuity matters for athletes in motion

15:46 - Signs the nervous system is not getting enough visual data

17:09 - Fake spotting, dizziness, headaches, and inconsistent skills

20:17 - Athletes may not notice their vision is bouncing or blurry

21:13 - Introducing the VOR drill for visual training

22:14 - How to dose the drill and reassess performance

23:10 - Progressing the drill into sport specific positions

24:27 - Building resilience with unfamiliar body positions

25:25 - Why dancers need real spotting practice, not just cues

27:42 - Why visual training improved turns faster than biomechanics

29:20 - The vision, vestibular, proprioception hierarchy

30:18 - Closing takeaways and why better visual input supports movement


A drill to try at home

Dynamic VisualAcuity

  • Goal: Keep a target clear, edges of image pristinewhile gently moving your headside to side.
  • Drill demo
  • Try the drill in positions that resemble your sport, not just standing.oReassess a skill like turning, jumping, or spotting after the drill
  • If you coach dancers or gymnasts, consider training visual skills directly insteadof relying only on biomechanical cues

Connect with us

For practical drills and movement strategies, check out our YouTube Channel.

Sign up for newsletters for updates on courses and resources 


Epsiode 12: Built to Rotate: Reflexes Behind Turns, Spins, Flips, and Rotational Performance02 Sep 202600:38:39

In this episode, we are breaking down some reflex systems that quietly shape balance, spotting, and rotational control in dance and gymnastics. The focus is on how the vestibular, visual, and proprioceptive systems work together, and why performance issues like chin drop, bobblehead movement, and unstable turns may be tied to reflexive responses rather than just technique. This glimpse into the neural is especially useful for coaches and athletes who want a more complete view of rotation, head control, and why some movement problems do not respond to the usual biomechanical cues. It also includes practical signs to look for in training and a few ways to think about neck and sensory system prep differently.

Key topics

• In this episode, we discuss why balance depends on three inputs - vision, somatosensory or proprioceptive input, and the vestibular system.

• This is also a dive into the vestibulospinal reflex, the vestibulo-ocular reflex, the vestibulocollic reflex, and the cervical colic reflex as key systems behind upright posture, gaze stability, and head control.

• Nikki shares how dropping the chin in pirouettes can be a reflexive safety response, not just a technical error.

• Yuka explains how the vestibulo-ocular reflex helps keep the eyes stable during spotting in flips, turns, and spins.

• We describe the vestibulocollic reflex as a major factor in keeping the head upright during running, vaulting, and other high-speed movement tasks.

• Yuka shares the cervical colic reflex as a proprioceptive system driven by the neck muscles, especially the suboccipital muscles, which are extremely sensitive to motion.

• They point out common clues in dancers and gymnasts, including chin tucking, head tilting, excess neck tension, trouble spotting, and unstable head position.

• Both hosts emphasize that these reflexes are trainable and worth assessing in high-performance athletes.


Timestamps

03:24 - Why rotational athletes need head stability and gaze control

04:49 - These reflexes are trainable capabilities, not just fixed traits 10:30 - Balance is built from vision, proprioception, and vestibular input 

11:27 - Vestibulospinal reflex and why it helps keep you upright 

11:52 - Vestibulo-ocular reflex and how it supports spotting

12:18 - Vestibulocollic reflex and keeping the head stable in motion 

13:31 - Reflexes as automatic safety systems, not technique problems

16:12 - Nikki’s own gaze stabilization changes after VCR work

17:24 - How the VOR supports spotting and rotational performance

20:10 - Why ankle stability can have a vestibular component

22:45 - The vestibulocollic reflex and how it supports head control

24:28 - What a bobblehead head pattern can signal in athletes

26:09 - Vestibulospinal reflex and trunk support during balance 

29:10 - Cervicocollic reflex, neck proprioception, and head control

32:44 - How these reflexes show up in dancers and gymnasts

34:07 - Signs an athlete may need reflex tuning

37:14 - Spotting drills, chin drop, and early signs in turn training

41:00 - Why better reflex function improves safety and performance

41:17 - Closing thoughts

Resources and links

Connect with us:

For practical drills and movement strategies, check out the Performance Rewired YouTube channel.

Subscribe to our newsletters:

Episode 11: The Unintended Consequences of Corrections that Gymnastics Coaches and Dance Instructors Say19 Aug 202600:40:40

In this episode, we unpack common coaching cues that sound helpful in dance and gymnastics but can create confusion, tension, and even body-related insecurity. We discuss how the nervous system prioritizes safety over performance, and how that changes the way corrections could be given. When we replace vague or body-part-heavy cues with clearer, more effective language that supports learning without increasing threat, we get better results.

Key topics

  • This episode was inspired by a post by Shane Wuerthner @athletistry. We explore corrections that dancers and gymnasts hear constantly but may not understand, and why that gap matters for performance and confidence.
  • We explain why “performance comes after safety” and how the nervous system will always choose stability over compliance with a cue.
  • You’ll hear a break down the problems with cues like “tuck your butt,” including how they can create extra tension in the pelvis and make students feel like their bodies are wrong.
  • The problem with the common “ribs in” correction and why rib-cage cues often fail when the athlete does not have enough proprioceptive awareness of the area or has to manage respiration and spinal position at the same time.
  • We contrast internal-body cues with external-focus imagery, using examples like “monster mouth” for rib alignment and tape imagery for handstand shape.
  • There is also an explanation why “lower your shoulders” can be frustrating, especially when the athlete is already trying to manage arm position, neck tension, and shoulder-rib spacing.
  • We dig into the problem with naming muscles or anatomy that the athlete does not understand, such as “use your lats,” “pull up your quads,” or “connect your hamstrings to your sit bones.”
  • Nikki emphasizes that a lot of these cues can trigger anxiety, scanning, and maladaptive perfectionism, especially in dancers who already feel pressure to monitor every detail.
  • We unpack the cue “lift from under the leg” and explain why joint position, pelvic
  • availability, and internal rotation matter more than simply trying to grip or force a muscle action.
  • Conclusion is that by stepping back to a whole-body lens, arguing that many visible compensations are the result of the nervous system trying to preserve control, propulsion, and safety.

Timestamps

00:00 - Cold open and start of the conversation

00:06 - What the episode is about: unhelpful studio cues

00:48 - Yuka’s Tahoe trip and summer travel update

01:41 - Nikki’s summer, Yellowstone, and Boston plans

02:36 - Inspired by a post asking which corrections people hear but do not understand

03:47 - Why unclear cues can create insecurity and nervous system threat

04:54 - Safety first: the nervous system will choose security over performance

06:39 - The first major example: “tuck your butt”

08:02 - How tucking can increase pelvic tension instead of helping alignment

09:24 - Why body-focused corrections can feel like criticism of the athlete’s body

10:51 - The issue with “ribs in” and why rib awareness is so limited

12:43 - External-focus cues and the “monster mouth” example

13:49 - Why playful language helps learning and lowers threat

14:36 - Breath, autonomic function, and how respiration changes patterns

15:47 - Gymnastics crossover: ribs in during handstands

17:01 - “Lower your shoulders” when the shoulders are already low

18:55 - The exhausting cycle of “shoulders down” versus “relax”

19:15 - The problem with naming muscles and anatomy students do not know

21:10 - How piecemeal corrections can create anxiety and over-monitoring

23:47 - “Connect your hamstrings to your sit bones” and why squeeze is a bad cue

24:40 - Why “squeeze more” often leads to too much tension and confusion

26:11 - “Lift from under the leg” and why the cue feels impossible

27:39 - Why 90 degrees is where compression and restriction often show up

28:36 - Training length under load instead of just passive stretching

29:34 - Why pelvic internal rotation matters in higher leg lines

30:33 - Clarifying devloppé mechanics and the role of the pelvis

31:30 - Sacral mutation and counternutation as part of available movement

32:28 - Joint position first, muscle engagement second

35:03 - Developing control and stability at end range, not just height

37:46 - Whole-organism thinking: the athlete is not separate body parts

38:45 - Example of a dancer swinging the arm for pirouette propulsion

39:41 - Better foot contact and ground reaction force as the real solution

40:24 - Closing thoughts, performance comes first with safety, we’re a whole organism and we’re not pieces and we’re not body parts, the brain rewards safety.

Resources and links

Connect with us:

For practical drills and movement strategies, check out the Performance Rewired YouTube channel.

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Episode 10: The Neuroscience of Corrections and Movement Safety05 Aug 202600:35:11

Discover how neural inputs, safety mechanisms, and sensory feedback influence corrections in dance and gymnastics, and learn practical strategies to optimize performance by rewiring the brain and body.

Key Topics

  • The role of corrections in dance and gymnastics and how they affect performance
  • Why some athletes need fewer corrections due to neural safety and neural input
  • How safety mechanisms, like eye convergence and body awareness, influence movement correction
  • The importance of neural wiring and sensory input for efficient, fluid movement
  • External focus techniques, imagery, and environment adjustments to enhance learning
  • The significance of body-wide interconnectedness, including foot and hand neural coupling
  • Practical drills to improve foot awareness, alignment, and sensory feedback
  • Understanding foot anatomy, the 'tripod' concept, and implications for aesthetic and functional movement
  • Strategies for managing tension, absorption, and safety in landings and complex skills

Timestamps

00:00 - Introduction to corrections and their intrinsic role in dance and gymnastics

00:32 - Life updates 

01:03 - The core reason behind corrections: neural safety and the body's protective mechanisms

01:54 - How body structure influences correction needs and performance

03:19 - The impact of safety on movement, including eye convergence and neural wiring

04:30 - The path of least resistance in movement and how neural input shapes correction

05:27 - Why deep neural rewiring is essential for optimal performance

06:49 - Common movement resistance caused by neural safety zones

07:45 - How safety behaviors, like closing eyes or avoiding corrections, develop

09:44 - Cognitive reserves and their impact on reflexive versus voluntary movement

11:09 - The significance of accurate sensory input from the feet for safety and performance

12:38 - How neural disconnection affects balance, alignment, and movement quality

14:18 - The importance of absorption in landings and how to train for softer, safer landings

17:15 - The complexity of foot anatomy and its critical role in movement

18:40 - The sensory and motor homunculi: why our feet occupy significant brain space

20:30 - Practical drills for enhancing foot awareness and proprioception

22:11 - The interconnectedness of body parts: neural coupling from hands to feet

25:30 - Addressing foot and ankle position for better aesthetics and function

27:15 - External focus and imagery to improve foot lines and ankle control

31:53 - Drills for strengthening the 'tripod' foot and foot mobility

33:10 - The influence of footwear, sensory feedback, and wearing shoes on movement

36:25 - How to assess and enhance foot and sensory awareness in practice

37:20 - Final thoughts and resources for improving neural safety and correction strategies.

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For practical drills and movement strategies, check out our YouTube Channel.


Episode 9 - Understanding the Crucial Role of Feet in Movement, Safety, and Performance22 Jul 202600:37:37

In this episode, we explore the often overlooked importance of foot function in dance and gymnastics, emphasizing sensory feedback, biomechanics, and training techniques to improve connection to the ground. Whether you're a performer or coach, gain insights on how foot awareness can transform movement quality and safety.

Key Topics

  • The feet as primary sensory tools critical for safety and movement control
  • The feedback loop between feet and brain: How sensory input influences gait, posture, and power
  • The anatomy of the foot: 26 bones, joints, muscles, and its complexity
  • The concept of the tripod foot: Its shape, significance, and how proper contact points enhance control
  • How to recognize and correct improper foot engagement in dancers and gymnasts
  • The impact of footwear and technique on foot sensory input and function
  • Connection between foot alignment and overall body posture, with practical exercises
  • Interrelationship between hands, feet known as interlimb neural coupling
  • Drills to improve proprioception and internal rotation via sensory feedback
  • The importance of barefoot training and reducing compressive footwear for better foot health
  • Tips for assessing and enhancing foot sensation in daily and training routines

Timestamps

00:00  - Introduction: The importance of foot awareness in movement

00:42 - How the feet influence posture, safety, and performance

03:35 - Exploring the main focus: foot feedback loop and biomechanical control

05:07 - Recognizing momentum generation through the foot: lurching vs tripod grounding

06:31 - Aesthetic considerations in gymnastics and the importance of foot points

08:48 - Defining the tripod foot: contact points and misconceptions in training

11:13 - Using the tripod concept to improve ground engagement and reduce tension

12:10 - Sensory input, safety, and the brain's representation of the feet

14:18 - The importance of landing softly and absorbing shock effectively

17:15 - The anatomy of the foot: bones, joints, and neural significance

19:00 - The brain's sensory prioritization of the feet and implications for training

20:30 - Sensory exercises and the connection to movement accuracy, especially on beam

23:31 - Interlimb neural coupling: how hand exercises can benefit foot mobility

27:47 - Body structure influences on foot positioning and movement range

30:16 - Techniques for increasing range of motion: foot twists and internal rotation drills

33:15 - The benefits of barefoot training for sensory feedback and better function

35:56 - Practical assessments: testing sensation, proprioception, and encouraging awareness

36:50 - Final tips: Reducing footwear's compressive effects and enhancing sensory input

37:20 - Closing remarks and resources

Resources & Links:

Heel exercises to increase plantar flexion (pointed feet)

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Episode 8 - How We Approach Neuro Training Program Design for Dancers and Gymnasts08 Jul 202600:33:23

In this episode, we talk about the perception of neuro training as brain ‘tricks’ and discuss how it's a process and approach that creates changes in the brain to improve physical performance for the long-run. We share recent experiences from workshops and clinics and the process behind designing and refining programs for groups and individuals.

Key topics

  • Why neuro training should be part of the beginning of every movement session
  • Translating workshop “tricks” into long-term training 
  • How an Assess - Reassess process helps athletes track what actually works
  • Individualized protocols and why some athletes respond differently
  • Using neuro training as a warm-up for the nervous system, not just the muscles
  • Pain, safety, and how the brain can create protective responses that inhibit movement

Timestamps

  • 1:20 - How Nikki creates accountability for dancers in her workshops
  • 02:08 - We’re rewiring the brain in order to create changes in how it drives movement, not doing a series of brain “tricks”
  • 05:35 - The Assess - Reassess process as a method to select drills, and how to reinforce the learning process with athletes, dancers and coaches
  • 07:37 - The benefit of coaches and instructors understanding the approach and process
  • 09:05 - Why neurotraining works best when integrated into daily practice, classes or rehearsals
  • 09:53 - The process of introducing and adjusting drills in group settings
  • 11:20 - How body position plays a role in the outcome of a drill and the importance of gradually introducing complexity
  • 13:13 - How a simple positional change could create a negative or positive result from a drill
  • 14:30 - Challenges of introducing neuro training to a group that will respond to drills differently 
  • 15:47 - The power of individualized protocols and the optimal frequency for the best results
  • 16:25 - An example of neuro training improving a professional athlete’s performance and longevity
  • 19:20 - Why warming up and performance improvements benefit from solutions beyond solely biomechanical ones 
  • 20:40 - Pain as a protective response from the brain, and how a single neuro drill provided relief from knee pain
  • 23:11 - Benefits of preparing both the physical tissues and brain areas that regulate movement and muscle tone 
  • 26:50 - Why neuro training warm-up protocols can be more efficient than traditional warm-ups 
  • 27:30 - A case study of a dancer with difficulty spotting and how biomechanical instructions or adjustments alone may be insufficient
  • 28:40 - Closing thoughts

Resources & Links

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Episode 7 - Why Elite Dancers and Gymnasts Need Elite Levels of Proprioception24 Jun 202600:32:07

In this episode of Performance Rewired, we dive into the essential role of proprioception in athletic and artistic performance, exploring how elite performers might still have gaps in their sensory awareness and how to optimize this critical system. We share insights from our coaching experiences as well as practical exercises to improve proprioceptive capacity.

Key Topics:

  • The importance of having high-levels of proprioceptive awareness for elite athletes, dancers, and gymnasts
  • How injuries and repetitive patterns can limit proprioceptive acuity
  • Exercises to enhance proprioceptive awareness, including two-point discrimination and graphesthesia
  • The impacts of sensory reweighting, like an overreliance on visual inputs to understand where you are in space
  • The role of sensory mapping in injury recovery and movement

Timestamps:

00:00 - Introduction to proprioception and its relevance for performance

00:27 - Common misconceptions about elite proprioception levels

01:23 - Life updates

03:54 - Observations from coaching diverse groups and managing threshold points in the course of a class

04:51 - How having a neural lens aids in calibrating performance level changes during a class

08:39 - The hierarchy of systems that drive movement and where proprioception falls in that hierarchy

09:10 - Proprioception defined

09:44 - Why high performers need high-definition 3D brain-body maps

10:02 - How injuries and repetitive patterns can lead to gaps in proprioceptive maps

11:00 - Clues pointing to proprioceptive deficits and cases of intentionally ignoring information

from the limbs13:17 - Sensory reweighting: Reliance on proprioceptive information vs visual and vestibular inputs

15:37 - Effects of mirror reliance and visual dependence in artistic movement

17:19 - Using resistance bands to enhance body awareness

19:26 - Assessing proprioception through two-point discrimination

22:02 - Graphesthesia and sensory exercises for performance, pain and injury recovery

26:30 - The importance and performance impacts of being able to feel all varieties of sensations on the skin

27:40 - Looking at foam rolling or massage guns as sources of sensory inputs to create a different output (a change to muscular tone or function)

29:15 - Practical tips: self-massage, brushing, and other sensory strategies before movement

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Episode 6: How to Incorporate Neurotraining In High Performance Athletes, Dancers, and Gymnasts— Boost Your Movement, Resilience, and Longevity10 Jun 202600:35:05

Discover how neuro performance training can enhance athletic and dance performance, prolong careers, and optimize movement efficiency. This episode explores the integration of neuro training into high-performance routines, emphasizing the importance of training the brain and nervous system alongside physical strength.

In this episode

  • The hierarchy of movement: Why the brain's input (visual, vestibular, sensory systems) governs muscle function
  • How neuro training acts as the software for the body's hardware, optimizing movement and performance
  • The significance of neuro training for high-level athletes, dancers, and performers aiming for that extra 1% boost
  • Ways to incorporate neuro drills into daily routines, training sessions, and pre-performance routines
  • The role of neuro training in reducing tension, unraveling compensations, and preventing injury or plateau
  • Understanding the nervous system’s role in pain, tension, and movement limitations
  • How neuro training enhances resilience and adaptability to high stress and demanding environments
  • Case examples: Olympic athletes, dancers, and even horses benefiting from resilience-building neuro protocols
  • Practical tips on assessing nervous system thresholds and customizing neuro interventions

Timestamps

00:00 - Introduction: How neuro training fits into high performance and why it matters

00:17 - The hierarchy of biomechanics: inputs controlling muscle function

00:47 - Neuro training as the brain's software, enhancing the body's hardware

01:30 - Benefits for elite athletes and dancers: performance edge and career longevity

02:45 - How neuro training can reduce tension and undo compensations

03:36 - Addressing nervous system regulation in movement and performance

04:04 - Why high performers plateau and how neuro training offers a solution

05:04 - Integrating neuro drills into busy training routines and pre-performance warm-ups

07:19 - The importance of resilience and managing high-stress environments

08:14 - Understanding pain and tension as signals from the brain, not just biomechanics

09:03 - The power of neurotraining to improve force generation and movement control

10:11 - Case example: Adding neuro drills to already intense routines for measurable gains

11:21 - The emerging science supporting neuro performance training in sports and dance

12:26 - How to assess nervous system readiness and determine low thresholds for stress

13:15 - Case studies from athletes and performers: managing stress, tension, and fatigue

14:42 - Tension as a sign of nervous system overload and how neuro training resets it

15:52 - The role of the nervous system in safety, survival, and movement restrictions

16:23 - How neuro training can unlock hidden potential by calming protective responses

17:47 - The misconception of pain and injury—pain as a brain-protective response

18:50 - Building resilience through neuro protocols: high stress, high performance environments

19:40 - Practical ways to incorporate neuro drills during training or in daily life

20:42 - How enhanced sensory input improves force production and movement efficiency

22:29 - The significance of visual convergence and neuro-ergonomic exercises

23:54 - Simple neuro drills for athletes: between sets, pre-performance, or as part of a warm-up

25:19 - Scaffolding neuro training into existing routines: eye drills, vestibular exercises, etc.

26:50 - Recognizing signs of nervous system fatigue and thresholds for neuro intervention

27:47 - The importance of resilience in managing stress, fatigue, and unpredictability

28:41 - Low threshold indicators: pain, instability, inconsistent movement patterns

29:16 - Resilience as adaptability and how neuro training enhances it

30:16 - Recognizing when neuro training can shift nervous system responses for better performance

31:11 - A horse’s resilience training: chaos and calm through neuro protocols Instagram: @TotalHorseMethod

33:00 - Wrapping up: Evolving high-performance training by focusing on brain and nervous system

33:23 - Final thoughts: Engage the brain purposefully, train what matters, and optimize your movement

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Episode 5: The Vestibular System's Hidden Role in High-Performance Athletes27 May 202600:36:55

Discover why the vestibular system, a crucial set of organs in the inner ear, can significantly impact athletic performance, balance, and movement. Learn how fine-tuning this system can lead to rapid improvements in stability, flexibility, and overall coordination, as well as reduce spinal tension.

In this episode:

  • The role of the vestibular system in balancing and spatial orientation
  • How vestibular dysfunction affects elite athletes and dancers
  • Simple tests and drills to assess and enhance vestibular function
  • The misconception of BOSU balls as proprioceptive tools
  • Relationship between vestibular health, postural tension, and movement quality
  • Case studies demonstrating quick progress with targeted vestibular training

Timestamps:

00:00 - Introduction to the powerful vestibular system

01:53 - The importance of understanding vestibular health for performers

02:22 - How the inner ear regulates balance and spatial relationships

03:07 - The impact of vestibular dysfunction in elite athletes

04:17 - Common signs of vestibular system issues and their effects

05:09 - What is the vestibular system and how does it work?

08:18 - The vestibulo-ocular reflex and its importance for focus during movement

09:12 - How delayed reactions reveal vestibular deficiencies

10:06 - Rapid and effective training methods for the vestibular system

11:43 - The connection between balance, eye focus, and performance

13:06 - How vestibular assessments help guide training, especially in young athletes

14:46 - The significance of reflexes in movement and performance

16:00 - Common signs of vestibular dysfunction in gymnasts and dancers

17:41 - Practical examples of vestibular influence on flexibility and strength

19:11 - The impact of vestibular training on spinal tension and movement range

22:37 - Success stories of rapid adaptation through vestibular rehab

25:09 - Functional movements to train the vestibular system effectively

27:45 - Signs of vestibular issues in gait and posture

29:21 - Using Romberg’s test as an assessment tool

32:21 - The importance of moving the head and eyes during balance training

33:17 - The essential role of vestibular skills in everyday movement and athletic performance

Resources & Links:

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Episode 4: Convergence - A Crucial Visual Skill for Dance and Gymnastics13 May 202600:29:38

In this episode, we explore how visual skills, particularly convergence, impact movement,  performance, and injury prevention in dance and athletics. You’ll find practical insights into  diagnosing convergence issues and techniques to improve visual capacity for better performance. 

Main Topics:

  • The role of convergence in movement and performance 
  • How to self-assess convergence skills 
  • Insight into optimizing visual input for better balance, movement, and injury prevention
  • The impact of visual system efficiency on sports like gymnastics and dance
  • Practical exercises to enhance convergence and visual awareness 

In this episode: 

  • How convergence influences depth judgment, balance, and coordination
  • Common signs of convergence issues 
  • Case examples of athletes with convergence deficiencies and their effects on performance
  • The relationship between eye health, tension, and movement safety 

Timestamps: 

00:00 - The influence of eye convergence on movement 

02:30 - Prevalence of convergence insufficiency among children and adults 

04:10 - Case study: Traumatic brain injury and convergence challenges 

06:47 - How convergence impacts depth perception and spatial awareness 

09:00 - Examples from gymnastics and sports illustrating visual system importance 

12:14 - Personal experiences with eye dominance and depth perception issues 

15:07 - How visual input drives movement safety and efficiency in dance and sports 

17:38 - The importance of convergence training in improving athletic performance

22:22 - Signs of visual fatigue linked to injury risk and mental blocks 

25:07 - Why train your visual system for optimal movement and safety 

26:50 - Quick self-assessment for convergence capabilities 

28:31 - Practical exercises to improve convergence and visual coordination 

30:18 - Final thoughts: vision as a critical, trainable component of performance 

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Episode 3: Enhancing Movement Through Vision - The Power of Eye Training in Dance and Gymnastics Performance29 Apr 202600:41:49

Discover how your eyes influence movement, performance, and overall physical health. This episode explores the deep connection between vision and motor skills, providing practical insights into improving visual skills for athletes and movers alike.

Key topics

  • The critical role of vision in motor development and movement efficiency
  • How early eye tracking (smooth pursuit) influences locomotion
  • The connection between eye health, movement, and neck pain
  • Assessment tools for visual system deficiencies impacting performance
  • Practical drills to enhance visual skills such as smooth pursuit, saccades, and accommodation
  • The impact of visual training on athletic reflexes, balance, and confidence
  • Reweighting neural pathways through targeted eye exercises
  • Case studies: from dance to sports—how vision training improves outcomes
  • The relationship between visual input and reprogramming motor patterns
  • Simple daily eye exercises for immediate movement and performance benefits

Timestamps:

  • 00:00 - Introduction to the importance of vision in movement
  • 00:21 - Personal updates and new neuro performance mentorship program 
  • 02:18 - How visual skills impact athletic performance 
  • 04:20 - Visual system's role from infancy to adult movement 
  • 05:51 - How vision influences safety, balance, and coordination 
  • 06:02 - Developmental milestones: eye tracking and locomotion 
  • 07:36 - The significance of visual skills like focus, acuity, and pursuit 
  • 08:56 - Vision as a primary sensory input for spatial awareness 
  • 09:23 - Consequences of vision impairments on confidence and movement 
  • 11:18 - Visual skills assessment and neural pathways 
  • 12:34 - How eye motion reveals neurological and motor coordination issues 
  • 13:44 - Practical examples: improving sports performance with visual drills 
  • 16:56 - The impact of focus, accommodation, and eye muscle efficiency 
  • 20:23 - Visual training's effect on high-level performance and reflexes
  • 22:44 - Simple drills to train smooth pursuit, saccades, and near-far focus 
  • 35:51 - Incorporating eye exercises into daily routines for performance gains 
  • 39:20 - Final thoughts on vision training as a foundational tool for movement improvement

Resources & Links:

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YouTube: @performance-rewired

Episode 2: Unlocking Movement Mastery - The Power of the Cerebellum15 Apr 202600:36:12

Discover how understanding and training the cerebellum can dramatically enhance coordination, balance, and agility—especially for dancers, gymnasts, athletes and movement enthusiasts. Join us as we explore the brain's tiny yet mighty structure that controls precision, muscle tone, and error correction in movement. In this episode:

  • The cerebellum's core functions: accuracy, balance, and coordination
  • How cerebellar drills improve trunk control, eye movement, and limb precision
  • The significance of right-left limb balance and strategies to assess imbalances
  • Simple assessment tools: RAPS, heel-to-shin, and eye tracking
  • Practical drills for cerebellar training to boost athletic performance 
  • The impact of cerebellum health on muscle tone, and posture
  • Relationship between cerebellar function and neurological conditions like hypotonia
  • How to tailor training programs based on cerebellar assessments

Timestamps

  • 00:00 - Introduction to the cerebellum's role in movement
  • 00:48 - The cerebellum and trunk control: a dancer's story
  • 01:06 - Coordination in sprained ankles and brain-body maps
  • 02:07 - How cerebellar function affects angular vs. smooth movement
  • 04:11 - The ABCs of the cerebellum: accuracy, balance, coordination
  • 04:43 - Error detection and correction: refining motor plans
  • 05:13 - How the cerebellum acts as a project manager in movement
  • 06:40 - Signs of cerebellar imbalance: stiffness and angularity
  • 07:09 - Regulation of muscle tone and reflexive postural control
  • 07:49 - Roadside cerebellar tests and eye coordination drills
  • 09:16 - Personal gaze stabilization exercises and their benefits
  • 10:24 - Zones of the cerebellum: vermis, intermediate, lateral zones
  • 11:21 - Assessing limb control and fine motor skills
  • 12:57 - The importance of bilateral training in dance and gymnastics
  • 15:23 - Assessment tools: diadochokinesia, heel-to-shin, circle drawing
  • 18:13 - Recognizing cerebellar deficiency: slow and flailing movements
  • 20:22 - Foot and leg coordination tests for balance and power
  • 23:01 - Posture and muscle tone: cerebellar contributions
  • 25:23 - The spinocerebellum and eye convergence in sports
  • 27:27 - The cerebellum's neuronal density and metabolic impact
  • 28:52 - Practical outcomes of cerebellar training: better coordination, balance, and strength
  • 30:39 - Tailoring cerebellar drills for individual imbalances
  • 32:42 - Recognizing and addressing hypotonia related to cerebellar lesions
  • 33:04 - Final thoughts on the tiny but powerful cerebellum

Resources & Links

  • RAPS (Rapid Alternating Pronation / Supination) also known as diadochokinesia, the ability to perform fast alternating movements

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YouTube: @performance-rewired

Episode 1: Understanding the Frontal Lobe15 Apr 202600:29:50

In this episode, we explore how the frontal lobe influences movement, decision-making, and inhibition, with insights from dancers, gymnasts, and case studies. We discuss practical drills and exercises to activate the frontal lobe, improve movement initiation, and reduce unnecessary tension, enhancing athletic performance and everyday function.

Key topics:

  • The anatomy of the frontal lobe: primary motor cortex, motor association cortex, prefrontal cortex, Broca's area, and the frontal eye field
  • How the frontal lobe controls movement initiation, planning, and inhibition
  • The relationship between the frontal lobe and movement disorders like Parkinson’s and ADHD
  • Practical exercises: Stroop activity, saccades, and balance drills to activate and train the frontal lobe
  • The impact of frontal lobe activity on movement fluidity, tension, and reflexive responses
  • Case studies: eye movement delay in patients with brain tumors and personal experiences with initiation/inhibition challenges
  • The global influence of frontal lobe function on daily habits, gait, and emotional regulation

Timestamps:

  • 00:00 - Introduction to the episode and the importance of studying the frontal lobe in movement
  • 02:25 - Overview of the frontal lobe regions involved in movement control
  • 03:06 - Primary motor cortex and inhibition versus initiation roles
  • 04:01 - The motor association cortex as the brain’s navigator for movement plans
  • 05:01 - Executive functions housed in the prefrontal cortex: decision-making and emotional
  • regulation06:26 - The frontal lobe as the brain’s CEO in movement
  • 07:06 - Coordination of brain regions for seamless responses
  • 08:00 - How the brain anticipates and prepares for movement using the motor association cortex
  • 09:22 - The impact of over-monitoring on movement fluidity and tension
  • 10:20 - Fear, mental rehearsal, and the "frozen" states in movement execution
  • 11:19 - Case study: eye movement delays post-brain tumor removal
  • 12:23 - Personal experiences with initiation delays in weight training and eye pursuits
  • 15:34 - Broader effects: initiation issues in habits and early signs of neurodegenerative conditions
  • 19:47 - Drills to activate the frontal lobe: Stroop activity, saccades, and balance exercises
  • 23:32 - Practical application in dance, gymnastics, and athletic training
  • 24:33 - Using saccades and inhibitory games to enhance power and fluidity in movement
  • 31:37 - Closing thoughts and reflection on the global influence of frontal lobe function

Resources & Links:

Connect with Yuka and Nikki:

  • Yuka - IG @levelupneuro
  • Nikki - IG: @bybee_nikki

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Trailer30 Mar 202600:13:32

Welcome to the trailer for Performance Rewired! In this episode we talk about our backgrounds, why we wanted to start a podcast, and how we hope to educate gymnasts, dancers, coaches and instructors on what it actually means to apply neuroscience to these pursuits, how you and your students can benefit, and share practical ways to do it.

Things we covered:
•Why we started a podcast
•Our background and education, how we came to neuroscience and why it’s now central to how we work
•How conventional training falls short
•The brain’s role in movement
•Real-world success stories
•Key take-aways and what’s next

Connect with Yuka and Nikki:
Yuka - IG @levelupneuro
Nikki - IG: @bybee_nikki

Join our newsletters:
LevelUp Newsletter
Elevated Performance Newsletter

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