#Proprioception Input

One of the first things I did when I graduated was to get advanced training and certification in sensory integration. Exercises that combine multiple sensory inputs like these can be a great way to build balance, coordination and body awareness and control, as well as tasks like copying from the board in a classroom setting. Comment “move” to receive a link to these movement sequence cards and follow me for more exercises like these! #balanceexercise #proprioception #vestibular #occupationaltherapy

Finger Proprioception Meets Full-Body Calm This looks like a silly kitchen party trick. But neurologically it’s a legit coordination drill. If you can keep a wobbly spatula upright on one finger you’re training the same systems we use for balance, fine motor control and movement confidence. 1️⃣ Finger–Brain Connection Balancing an object on one finger turns your hand into a live sensor. Your fingertip mechanoreceptors, wrist stabilisers and shoulder muscles are constantly feeding the brain micro-updates so you can make tiny corrections fast. That “constant recalibration” is proprioception in real time. 2️⃣ Cerebellum = Precision & Timing Clinically we use coordination tasks (like finger tests) to see how well the cerebellum is sequencing movement. This drill is basically a friendly version of that. The goal isn’t perfection. It’s practice. Little errors. Little corrections. That’s how motor learning sticks. 3️⃣ Whole-Body Balance Without Thinking About Balance Even though the spatula is “hand work”, your pelvis and foot tripod are doing quiet auto-calibrations underneath you so the hand can stay accurate. If you want to level it up safely, take a few slow steps around the room. If you want to level it up more, try a wider spatula first. Shorter objects are harder. 4️⃣ Fear of Movement (Kinesiophobia) For people who’ve become cautious after pain or injury, safe playful tasks are gold. You’re not “stretching” anything. You’re rebuilding trust. Graded exposure works when the movement is controlled, repeatable and non-threatening. This is exactly that. 5️⃣ NRE This is Neural Re-Education in the simplest form. Novel, safe movement. High sensory input. Low risk. Repetition. Your nervous system learns by doing, not by overthinking. PMID 20395306, 23769598, 24831756, 37926054 Enjoy 💪🏽🧠🙌🏽 Disclaimer: this is not medical advice, consult your primary physician before trying anything on my pages. #chiro #neuroplasticity #pain #doctor #longevity

🥎 Single -Leg Balance Meets Cross-Catch 🥎 This is not a game. Its Neurology. 🥎 Did you know standing on one leg while tossing a ball & catching it with the same & then with the opposite hand - is a powerful exercise for your nervous system - forcing it to work overtime to stabilize, coordinate & react. 🥎 Pelvic Control - Your glutes keep the pelvis level - preventing you to fall. these muscles quietly control balance, millisecond by millisecond. 🥎 Proprioception - Your raised leg & pelvis is constantly sending feedback to the brain - "Where am I in this space?". This proprioception input is the foundation of balance & joint protection. 🥎 Hand -Eye Crossover - Throwing the ball up & catching it with the opposite hand forces interlimb coordination. Its proprioception meeting a cross-body map in the brain. 🥎 Reaction Time Training - Catching a ball is not just motor control - its reaction speed. Add an unstable base (one-leg stance) - & the nervous system must respond faster. This sharpens the reflexes, balance & coordination all at once! 🥎 WHY IT MATTERS: 🥎 Low Impact = Safe for everyone. 🥎 Stimulus training = Brain rewiring. 🥎 Balance + Proprioception + Reaction = Real world Resilience. 🥎 Start slow. Eyes open. Compare sides. Notice asymmetry. #you.choose 💜

I had this idea this morning. What if we did one movement snack a day just for proprioception? Nothing intense. Nothing flashy. Just small, repeatable inputs your nervous system can actually use. Day 1: Tandem stance. One foot directly in front of the other. Soft knees. Tripod foot. Slow breath. It looks simple. It’s not. This is ankle strategy. Hip stability. Ribcage awareness. Your system learning where you are in space. If you’re hypermobile, you probably don’t need more stretch. You need clearer input. Try 30 to 60 seconds per side. Stand near a wall or counter. Let it be boring. Let it be steady. Small exposures. Daily consistency. That’s how we build capacity. One movement snack a day. Comment below if you’re in! (Please join, it would make me so happy 🥹😂🫶)

Good proprioception = better awareness of where your body is in space 🧠🤸‍♂️ In this video you’ll see some mid-advanced ankle proprioception exercises movements designed to challenge and improve the connection between your nervous system and your ankle muscles. What is proprioception? Proprioception is your body’s ability to sense movement, position, and balance without looking. It comes from receptors in muscles, tendons, and joints and helps you adapt to changing surfaces, react to situations, and land safely during movement. Why does it matter for the ankle? Poor ankle proprioception is strongly linked to ongoing instability and recurrent sprains after injury. Research shows that after an ankle injury, proprioceptive feedback can be impaired, which increases the risk of future injury and reduces functional performance (Han et al., 2015; Hiller et al., 2011). Training proprioception helps: • Improve joint position sense • Increase muscle activation around the ankle • Reduce risk of future sprains • Support confident movement under fatigue These exercises are great for preparing the ankle for higher level demands like change of direction, uneven surfaces, and sport specific loads. Evidence-based support 📌 Proprioceptive training improves balance and functional outcomes after ankle injury. (Hiller et al., Journal of Orthopaedic & Sports Physical Therapy, 2011) 📌 Balance and sensorimotor training decreases re-injury risk in chronic ankle instability. (Han et al., Sports Medicine, 2015) Want tailored exercises? Drop us a message or book in 📩 #AnkleProprioception #SouthWalesPhysio #InjuryPrevention #probuildphysiotherapy #RehabExercises

This is your sign to start playing like a child again- but for the good of your physical health! 💪 Looking to learn more about Vestibular and Concussion evaluation and skills? Visit amsitraining.com for more information or to register for a class today 🔗 #concussionmanagement #physicaltherapy #continuededucation #vestibular

Had to do a partial repost of this reel because it ties into the reel I posted last week about proprioception, balance and body awareness. This free resource includes a lesson to teach kids what proprioception is, and instructions for how to do these 7 exercises. Comment “up” and I will send you the link!

5 different ways to use a gym ball!   Choose whichever order you think feels best 👇   1. Gym ball between 2 people – Combine gentle rocking as well as resistance from the gym ball.   2. Sitting against the gym ball – Person get too heightened when bouncing on a ball? Resistance and proprioception without vestibular input.  3. Sitting at table on gym ball – Swap chair for a gym ball to increase postural challenge with usual table top activities.   4. Vibrating cushion – Add vibration for more intense experience.   5. Small ball at table – No gym ball? No problem! Any small ball can offer deep pressure. #resistance #regulation #proprioception #vestibular #sensory postural challenge sensory

Key Aspects of Proprioception: Body Awareness: It allows for subconscious movement, such as walking without looking at your feet or touching your nose with your eyes closed. Kinesthesia: Related to movement, this is the ability to detect and control body motion, learning, and refining physical skills. Sensory Input: Proprioceptors, or receptors in nerves, muscles, and joints, send constant messages to the brain regarding muscle tension and joint position. Functions: It is essential for maintaining balance, regulating posture, coordinating movement, and protecting against injury by stabilizing joints. Impairment and Improvement: Causes of Dysfunction: Reduced proprioception can result from injuries, aging, or neurological conditions like Parkinson's or stroke. Improvement Techniques: Balance exercises, yoga, and activities requiring coordination (e.g., tai chi, playing sports) can help sharpen this sense. Impact of Impairment: Poor proprioception can manifest as clumsiness, poor balance, or difficulty with coordinated movements. Proprioception works alongside the vestibular system (inner ear) and visual input to provide a comprehensive, real-time map of the body's position in space. #propreception #metaskills #human #movementismymedicine #calisthenics

What’s Happening Here? In this setup, we’ve added tubular resistive lycra to a platform swing to create controlled deep pressure input while simultaneously providing linear vestibular movement. Here’s why that matters 👇 🔹 Deep Pressure (Proprioceptive Input)�The resistive lycra provides graded compression to the body, increasing body awareness and activating the proprioceptive system.� This type of input:�• Supports nervous system regulation�• Improves body mapping�• Enhances postural activation�• Decreases hyperarousal 🔹 Linear Vestibular Input�Gentle, rhythmic forward-backward movement stimulates the vestibular system in a predictable way.� Linear direction (rather than rotary) is often regulating for the nervous system and can:�• Improve attention�• Support midline orientation�• Enhance head-body coordination�• Promote parasympathetic activation 🔹 Why Combine Them?�When proprioceptive input is layered with vestibular input, the brain receives organizing feedback.�The deep pressure grounds the body while the movement activates the system — creating a balanced state of alert calm. Remember: Regulation before skill building.�Brainstem support before higher-level demands.

90 seconds to better balance, coordination & strength? Yes, please! 🧠💪 Your cerebellum is the unsung hero of movement—controlling the ABC’s of coordination: Accuracy, Balance, and Coordination. And the best part? You can train it in just 90 seconds! Here’s the quick protocol: ✅ Test hand-flips on both sides ✅ Identify your weaker side (slower, less rhythmic, less coordinated) ✅ Activate that side’s cerebellum for 20-30 seconds (circles, figure-8s, head turns, hand-eye drills) ✅ Train or treat—then watch the improvements roll in! The results? Better coordination, smoother movement, increased balance, and real strength gains. Whether you’re working with clients, patients, or leveling up your own performance, this simple drill delivers. 💡 Pro tip: It’s NOT always your non-dominant hand that’s weaker—test to know! Save this post so you can reference it before your next session. Your cerebellum (and your gains) will thank you! 🙌 Want more neuro strategies like this? Drop “BLOG” in the comments or DM me to get on the NLN training newsletter! 📧

Your proprioception, your body's internal GPS, needs training. This is especially common in hypermobile bodies, where joints send unclear signals to the brain.⁠ ⁠ What helps:⁠ - Slow joint circles. ⁠ - Balance work. ⁠ - Training with eyes closed.⁠ ⁠ Proprioception is trainable. We can show you how.⁠ Join Rooted Movement for a free 14-day free trial. ⁠