How to Train Without Pain (Back, Shoulders, Mobility & Strength) | Dr. John Rusin
In a Nutshell
Dr. John Rusin presents a six-phase, 10-12 minute daily warm-up system that uses foam rolling, dynamic stretching, corrective drills, activation work, movement pattern practice, and CNS stimulation to eliminate chronic pain and prepare for training. The system addresses the root cause of most pain—motor control gaps between active and passive range of motion—by restoring stability at the shoulders, hips, and core before loading. Key practical tools include the superman postural reset, face pulls with thumbs-down grip, and loaded carries as the highest-ROI movement for strength, stability, and accessibility across all populations.
These notes were generated by AI and may contain inaccuracies.
Dr. Eddie Galpin introduces Dr. John Rusin, a physical therapist and world expert in pain and performance. The conversation focuses on staying out of and returning from chronic pain, covering back, neck, shoulder, and knee issues. Rusin's career has centered on using warm-ups, corrective exercises, soft tissue work, and foam rolling to create measurable changes for people in pain or seeking performance improvements.
Dr. Rusin grew up in a household with both parents holding doctorates—his mother had a PhD and worked at Damon College in Buffalo, New York, while his father had a doctorate in education and served as athletic director for 27 schools in Western New York. Rusin played college baseball, then worked as a Division I strength and conditioning coach. He enrolled in a Doctor of Physical Therapy (DPT) program with a scholarship, completing two semesters before realizing clinical practice was not his path. Out of his graduating class of 74, he was the only one who did not take a physical therapy job, instead returning to sports performance with his new credentials.
Rusin describes himself as "the ugly duckling" for taking physical therapy training back into performance rather than clinical settings. The key insight from his DPT education was learning how to rebuild a human body in pain, which he knew would serve his athletes and clients. He notes that approximately 90% of kinesiology or exercise science undergraduates intend to attend physical therapy school, though only about 5% actually get in.
The worst day in an athlete's or person's life is typically when they're injured and cannot do what they love. Pain and the ability to return to activities of daily living become the most important factors. At high levels of sports performance, the focus shifts from "bigger, faster, stronger" to making athletes feel good and ensuring longevity on the field or court. This conversation changed when athletes started making more money, making prehabilitation and injury risk mitigation a worthwhile investment. The central goal became ensuring athletes remain accessible to perform.
The concept that "the best ability is availability" applies beyond athletics to making human beings accessible to their lives. Most people have nagging old injuries and limitations. The best thing for performance is reducing these limitations and helping people feel the way they need to feel.
Rusin distinguishes between avoiding acute injuries (like a hamstring tear while sprinting) and addressing chronic pain (back, neck, or shoulder pain that persists). The focus is on the latter—people with pain from high school injuries 25 years later. This is not an acute trauma but an alteration that was never resolved, laying in the background and changing movement patterns, quality, and consistency for long enough to alter the homeostatic point of the entire movement system.
Chronic pain, or what Rusin calls "subclinical pain," involves people who are still moving and training but have persistent aching or pain in certain positions. The goal is making all positions manageable by customizing positions and looking at the movement system as the first mechanism for making someone feel better. The approach involves not forcing a square peg into a round hole, making alterations in movement patterns, and customizing movement to how someone was moving when they first got hurt.
Two criteria help determine if pain represents an injury requiring medical attention: whether there was a traumatic mechanism of injury, and the duration from that mechanism to the present. Acute pain typically occurs days to weeks after traumatic injury. The 48-hour rule suggests waiting a day or two after a suspected injury to see if it improves before overreacting. The second criterion is intensity using a 0-10 subjective pain scale—pain over 5 or 6 out of 10 indicates clinical pain or injury rather than aches and pains.
The most common pain presentations Rusin sees are:
- Chronic front-sided shoulder pain (number one among active populations)
- Generalized chronic lower back pain (most common overall)
- Chronic front-sided knee pain (number three)
- Elbow and hip pain (tied for fourth and fifth)
Front-sided shoulder pain typically presents as pain when going overhead, during internal rotation, or when the bar descends to the chest during bench press. This doesn't require a clinical diagnosis but rather a movement diagnosis to understand compensation patterns, how the movement system creates guarding solutions, and how to remove them.
The shoulder is affected by more than gym activities or daily living tasks—sitting for hours during activities like podcasting matters significantly. In 2026, postural stress from handheld technologies and increased seated positions is more prevalent than ever in human history. This postural stress manifests when load, fatigue, or speed is added to the system, particularly with incomplete movement patterns at the shoulders.
Rusin does not tell people to quit their jobs or stop using phones. Instead, postural stresses from lifestyle must be identified and addressed through training programs, prehab protocols, warm-ups, and exercise selection that combat these stresses. Most people look at lifestyle and training factors in isolation rather than together. The goal is building training, recovery, and prehab protocols that negate negative postural stresses from daily life.
The most effective intervention is movement breaks within a daily plan—standing up every waking hour to posturally reset in the opposite position from the one held for the previous 30-60 minutes. This takes 30-60 seconds and positively impacts positions while resetting neurological and mechanical systems.
The recommended postural reset involves standing and getting into a superman position: extending the thoracic spine, horizontally abducting the humerus, externally rotating the humerus, bringing shoulder blades down while retracting, downwardly rotating and depressing them, extending the neck, taking a deep breath in, and squeezing the glutes hard. Doing a couple rounds of this 30-60 second reset is highly effective.
For deskbound individuals, additional tools include having a micro band in the office, a pad to kneel on, performing face pulls and pull-aparts with bands, and doing half-kneeling hip flexor stretches and hip mobilizations. The combination of postural reset, banded activation drills for the posterior upper body chain, glute squeezing, and front-side hip flexor mobilization is extraordinarily effective.
These daily interventions are particularly effective for people training in the morning or evening because they allow recovery throughout the day or enable entering evening workouts without needing 45 minutes of warm-up to feel prepared for squats or deadlifts.
Standing desks are beneficial if sitting is also possible. Walking 27 miles per day on a treadmill desk creates problems due to lack of recovery. The best success comes from changing positions throughout the day—spending time seated, standing, and walking. Simply breaking up work 2-4 times per day for resets is most accessible.
Rusin personally uses a standing desk, alternates between sitting and standing, sits in different chairs with legs kicked up, and takes walking calls. The principle is that "your next position is your best position" to break up days without postural stresses affecting training performance.
The idea that one must immediately correct slouching when noticed is described as an old myth. Children's posture at school desks demonstrates natural slouching and fidgeting patterns.
The human body was not designed to sit for seven or eight hours, whether for children or adults. When posture causes chronic tightness or pain that becomes the focus rather than the task at hand, you need to stand up and break that cycle. However, hyperfocusing on perfect posture is not sustainable in modern life. Instead, create sustainable solutions for reversal on the front or back end of those days rather than avoiding necessary activities like sitting, holding cell phones, or working.
The six-phase sequence protocol serves as 10 minutes of daily body maintenance rather than just a pre-workout warm-up. This system maintains movement integrity and movement system quality while providing downstream benefits that compound over time. It mobilizes through ranges of motion, develops motor skills that transfer into life, and manages the central nervous system by allowing sympathetic rate modulation.
When training that day, invest 10 to 12 minutes running the six-phase protocol before the training session. Programming is based on two factors: addressing chronic lynch pins (pain points or movement deficits) to improve function and transfer to performance, or focusing on performance-based KPI additions when feeling good. For example, if the main lift is a bilateral squat pattern with a 5x5 protocol, the entire warm-up emphasizes preparation for that specific movement.
Pain-free performance requires different approaches: if dealing with pain, the goal is pain-free; if pain-free, focus shifts to performance. The ultimate goal creates a feedback loop of smart, sustainable training and lifestyle choices for long-term health.
The six phases total 10 to 12 minutes with 1 to 2 minutes allocated per phase. Six individual exercises are performed, each representing one phase in a block. The phases are:
- Phase 1: Soft tissue work using foam roller on the target area
- Phase 2: Dynamic oscillatory pulse stretching to end range with movement
- Phase 3: Corrective exercises exploring newly opened ranges of motion
- Phase 4: Activation with banded work and bodyweight drills to stabilize end ranges
- Phase 5: Movement pattern practice for the day's planned patterns
- Phase 6: Central nervous system stimulation with power and explosiveness
Rather than targeting individual muscles like quads in isolation, the approach focuses on integrated patterns such as squat patterns or hip mobility deficits. Foam rolling the quadriceps impacts hip extension with knee flexion, creating positions that reduce knee stress. The goal is quantifiable improvement rather than just feeling good, using a test-retest approach to verify positive impact.
Avoid "going hunting" by rolling up and down across large areas. Instead, place the foam roller on the key area and hunt for spots that feel different, typically showing a subjective pain response of 4 out of 10 rather than 1. Oscillate over these areas for 20-30 seconds with micro movements of 2 to 4 inches. The limit is a 4 out of 10 pain scale because pain is the most sympathetic stimulus possible, and the goal is central nervous system downregulation.
Soft tissue work effectiveness stems from novelty of external stimulus on the internal system rather than breaking up scar tissue or making muscles longer. An external tool like a foam roller changes neurological systems' ability to up or downregulate global tension and tonicity. The novelty impact creates a reset that centrally downregulates the sympathetic nervous system and reduces global tonicity in tissues.
The real benefit is not local tissue changes but rather changing kinesthetic awareness through the external stimulus, opening an opportunity window for improved movement. One minute of foam rolling on the quad may not break up scar tissue but can let the entire nervous system calm down, creating acute changes in range of motion.
Managing breath cycle during soft tissue work is essential for positive benefits. Deep breathing combined with parasympathetic response and external stimulus creates optimal conditions. Breathing protocols alone can downregulate the nervous system, but combining breath management with soft tissue techniques produces the best downstream effects.
Stretching into pain or with low amplitude breath causes the body to defend itself, perceiving threat and closing down movement. Breath must flow naturally with extended inhalations and exhalations using nose versus mouth.
The six-phase system addresses both tightness and weakness regardless of presentation because these conditions occur simultaneously. Where tightness is found, weakness exists, especially at end ranges. Weakness at end ranges creates true mobility deficits where active stabilization cannot match passive range of motion access.
Mobility is actively controlled movement through ranges of motion, including compound movements with multiple joints moving simultaneously through complete ranges. Mobility includes a stability component.
Flexibility is passive structural system access to range of motion, demonstrated when someone brings you through movement while you relax and remove stability from the equation.
The motor control gap between active and passive range of motion averages 15 to 20% normally. Gaps exceeding this percentage create vulnerability to pain and injury at end ranges where the body has passive access but lacks active stabilization ability.
A 1% gap between mobility and flexibility can indicate either complete motor control with full range of motion, or severely limited flexibility where active and passive ranges match at a reduced level. A 50% gap indicates significant motor control deficits requiring systematic breakdown and progressive maintenance plans.
Bilateral considerations include asymmetries in motor control gaps between right and left sides, affecting size, muscular strength, mobility, flexibility, motor skill, and balance. The goal is minimizing these discrepancies while recognizing that perfect symmetry between sides is unlikely.
Humans are not perfectly symmetrical beings. Research shows structural differences in the shoulder complex among young athletes, including children in the Little League World Series who throw 150 pitches per weekend at ages 10, 11, and 12, resulting in different shoulder complexes between the right and left sides due to structural stress. Hip structures show 12 to 15% differences between right and left sides in terms of shape, size, and acetabular orientation.
A 50% difference between active and passive range of motion represents a stability deficit. In pain-free performance training, there are three lines of remediation for movement restrictions: mobility, stability, or skill. A large motor control gap requires a stability lynchpin protocol that uses assistance to access ranges of motion, then implements protocols to structurally stabilize where needed most.
The body may stop someone from reaching full range of motion due to biopsychosocial physical aspects of movement. Using the hamstrings as an example, many people develop self-perceived chronic hamstring tightness as a self-fulfilling prophecy from old lower back injuries, learned avoidance patterns, and the physiological principle of "if you don't use it, you lose it."
Global tightness, such as inability to reach kneecaps in a toe touch test, rarely represents just a hamstring issue. It usually indicates a global restrictor plate on the movement system itself. Compensations occur at the deep hip flexors, deep six rotator group, and throughout the system due to lacking central line of stability. The solution involves going centrally at core or hip stability to facilitate stability by pushing into greater degrees of mobility where people trust their system.
Very rarely is chronic hamstring tightness due to postural issues, length problems, tissue quality issues, or anterior pelvic tilt. The solution involves restoring exposure into ranges of motion that have been neglected or lacked, using foam rolling, stretching, or corrective movements to facilitate improvement. This process opens an opportunity window for overall presentation improvement.
A simple screen distinguishes between central stability issues and true mobility restrictions. The top-down hinge screen involves keeping better spinal neutral while performing a toe touch test, going hand over hand down the front side of the thighs. Inability to get past the kneecaps indicates a central line of stability issue requiring core and hip stability work. Getting past the knees allows for more direct emphasis on posterior chain mobility.
Red flag signs requiring immediate medical attention include 10 out of 10 pain responses, loss of bowel and bladder function, and inability to stand and ambulate. Spinal surgery trends show a move toward recognizing these red flags, though surgery does not guarantee everything is fixed. Many physician groups do not prescribe physical therapy after spinal surgery.
Spinal surgery is not believed to be the best remediation for lower back pain, though medical necessity exists in some cases. The recommendation is to treat current presentation as if surgery had already occurred, hiring physical therapists, soft tissue specialists, and working with physicians. Over 90% of the time, this conservative approach yields the best results, allowing people to return to activities without surgical risk.
One to two minutes of foam rolling on the quads involves hunting for painful spots and oscillating on them to tone down the nervous system, relax, and prepare for subsequent steps. Following foam rolling is dynamic oscillatory stretching, such as the half-kneeling hip flexor stretch. This involves moving into authentic end range of motion with spine neutral, pelvis underneath, and feet grounded, then oscillating an inch in and out for 45-60 seconds per side while breathing deeply.
Authentic end range means maintaining spine neutral without anterior or posterior dumping or unilateral rotation. Dynamic oscillatory stretching uses slow, controlled, low-amplitude movements without reactive bouncing. Co-contraction involves 1-2% of max tension through the glutes and adductors to stay authentic and not compensate at the pelvis or spine.
The pillar complex consists of the shoulder complex, hip complex, and spinal complex working synergistically. Co-contraction of the pectoralis group and lats causes shoulder depression, internal rotation, and scapular stacking on the thoracic cage, creating shoulder centration. For the hips, co-contraction of adductors and glutes creates a torquing effect that puts the hips in a stable, centrated position.
The system emphasizes paying attention to what is being done rather than wasting time. The same amount of time spent on an elliptical while checking a phone can instead be used to warm up, perform corrective work, reduce pain, and increase range of motion. Professional athletes often have less training time than assumed, sometimes only 45-50 minutes per week, requiring every piece of programming to have a specific reason and multiple effects.
The goal is to make athletes feel good, develop skills for sustainability, and build resilience and capacity. Even with only 6-8 weeks of serious training available, principles of pain-free performance must be taught and restored in calculated ways that compound over months and years.
When performing the half-kneeling position, create a scissoring effect between the adductors and glutes. The adductors will scissor together and the glutes will scissor together as well. This creates tension out of an isometric hold rather than through relative motion. Scale down the tension to just enough to maintain structural integrity of the movement.
A common misconception is focusing solely on core strength while neglecting the most mobile joints above and below the core. The shoulders and hips need to be managed first because stability above and below allows the breath to effectively lock the canister down through 360-degree diaphragmatic expansion. Without managing the shoulders and hips, putting tension into the core is fairly useless. When tension is applied to the core while managing the ball-and-socket joints above and below, a very little bit of tension goes a long way in bracing the core without restricting the breath cycle or range of motion.
Corrective exercises involve play-based exposure to learn movement patterns. The goal is to create an "aha moment" through movement-based drills that emphasize motor control and skill capacity. Rather than counting sets or reps, the focus is on exploring movement to find something new that hasn't been felt before. The bird dog (quadruped arm-leg opposites) is used to restore hip extension plus overhead shoulder mobility with cross-linkage between the shoulder and hip working together.
The two predominant areas of emphasis in corrective exercises are the thoracic spine and shoulder girdle working asymmetrically, or the hips and lumbopelvic complex working asymmetrically. In the bird dog example, this involves right arm and left leg coordination. Corrective exercises should provide enough movement exposure for a test-retest approach—performing the movement on one side then comparing how it feels on the other side to identify the more affected side.
Activation serves to restabilize newfound range of motion. This phase bridges physical therapy and training by on-ramping the nervous system. Activation drills generate more mind-muscle connection and tension than corrective exercises, involving sets and reps. The hip thrust is used for global three-dimensional glute activation, hitting all four key muscular actions: abduction, external rotation, hip extension, and posterior pelvic tilting. Perform three to five sets of three to five reps with full range of motion, training from stretch to heavy flex with accentuated eccentrics and a one-second flex at the top.
When addressing hip mobility into extension, the posterior chain serves as the key driver of stability. Opening up the quads on the front side restores the ability to display range of motion, which must then be restabilized on the backside. The glutes and hamstrings are the key drivers of tension and stability for hip mobility. The general principle is to open up the front side of the body and restabilize the back side to restore neutral positions. Jumping straight into hip thrust work without first addressing quad tightness will result in compensation at the pelvis or lumbopelvic junction, reducing glute activation and potentially causing low back pain.
Six to seven out of ten chronic lower back pain clients lack the same fundamental skills and positions. In chronic and subclinical realms, movement health shows more commonalities across populations due to lifestyle factors. Desk jockeys, professional athletes, youth, and active individuals are all affected by lifestyle factors that create similar presentations despite unique individual presentations.
Training a thousand times reveals big global patterns in how people move. The value lies in recognizing these patterns rather than treating every case as a special snowflake with unique diagnostic requirements.
Activation uses low amounts of volume with high effort-based intensity, but without traditional loading. Bodyweight movements work well for activation, and banded accommodating resistance can amplify torque and tension without fatiguing the system via external load. The principle is "activating, not annihilating."
John Meadows was known for sets of 100 banded face pulls as a primer movement. Five sets of 100 banded face pulls create an intense pump in the shoulders using micro bands. Meadows was a bodybuilding coach who emphasized pain-free performance, recognizing that building muscle, getting strong, or performing at a high level requires being healthy.
Face pulls are the most globally programmed activation drill for the upper body. The exercise puts the thoracic spine into active extension, the humerus into horizontal abduction and external rotation, and involves global extension at the head and neck. This creates the exact opposite position of texting posture, which involves shoulder elevation, internal rotation, thoracic flexion, and neck extension.
Using an underhand grip for face pulls creates a weak external rotation position, causes hyperextension compensation at the lower back, and negates thoracic spine extension. This approach trains different muscles than intended and lacks functional transference into shoulder health. The preferred approach uses an overhand grip with the cue "thumbs down to thumbs up," driving with the elbows rather than bringing the hands to the face.
Three primary anchor points exist for face pulls. The parallel pull relative to the face provides equal upper back work with retraction and protraction of the shoulder blade, targeting mostly posterior deltoids. The high-to-low anchor point (one to two feet above the head) allows depression and downward rotation of the shoulder blades while engaging the lats for shoulder centration. Approximately 80% of people need high-to-low, 20% need parallel, and a fraction need low-to-high.
The key cue is ripping the hands apart on the attachment while driving the elbows back behind the body. The hands will naturally move between the nose and mouth. The goal is to avoid making it a bicep exercise by pulling hands to the face. At the end of a good face pull, the elbows should be at approximately 90 degrees. The hands finish with thumbs pointing down at about 30 degrees.
Phase five involves picking the primary movement pattern that will be the key performance indicator lift of the day—the hardest and heaviest lift. This pattern is practiced without fatigue, without heavy load, and without speed to dominate the movement and grease the groove. The pattern can be any exercise in the training session, not necessarily the first one. Options include goblet squats for squat patterns, single-loaded dumbbell or kettlebell RDLs for hinge patterns, bodyweight split squats for single-leg patterns, push-ups for push patterns, and inverted rows for pull patterns. These patterns have the highest ROI for learning across the movement system.
The goal is to use all preparatory work to reinforce a movement skill that's pain-free. The only reason for foam rolling, stretching, or corrective drills is so the actual pattern feels good when practiced. If it doesn't feel good, there are options: go slower on the eccentric, pause at the bottom of the range of motion and use some rotation, or kick on a more explosive concentric to heighten the nervous system. The focus is being very apparent on a pre-rehearsal of how that pattern is functioning that day before ever getting max load or max stress on the system.
This phase uses three to five sets of three to five reps. The focus isn't about the reps but about the exposure of mindset. Movement mastery mindset is the goal here. You want to think, feel, and manipulate positions in a controlled setting during phase five of the warm-up because the last thing you want to do under a 405 back squat for five is think and feel and cue. You just want to perform.
This phase gets you into the mindset that things are feeling good, you check that box, and you're going into performance. You can actually think about moving weights from A to B when you get into the actual back squat without having to worry about A to B during the goblet squat with the 12 kg kettlebell.
Intensity here is very low. Use anywhere from a 10 to 25 lb dumbbell, 4-8-12 kg kettlebell, or even bodyweight. The load should be non-fatiguing. If five push-ups bring you to absolute failure, make it easier by elevating the hands on a box, bar in a rack, or Smith machine. The same applies to inverted rows, whether using a suspension trainer like TRX or a bar in the rack.
The goal is practicing the pattern never in the presence of fatigue or failure.
The question is how to move this learned new pattern into a spot where it can be used without having to consciously cue every aspect. The goal is to change how you're sitting in a chair without having to think about foot position, turning on muscles, or breathing.
In phase five, the thinking, feeling, and manipulation of position are internal focused cues. When the goal is improving the motor pattern itself, internal queuing is used. Examples include doubling down on tension in the shoulder or kicking on glutes more at the bottom of a squat to sit into the position.
Internal cues are the polar opposite of what you think about when actually loading in the workout. When performance is the goal, external cues are used. Instead of thinking about knee position and shoulder position on a goblet squat, the cue becomes moving the bar from the bottom of the squat through the ceiling. These are two totally different things inside the same pattern.
The more you start to internal cue, the more automatically they become your autopilot of movement because of repetition and compounding exposure. The more intricate the mastery of the pattern when thinking and feeling about all components, the more potential there is to perform when the task becomes simpler.
The goal is to ingrain the reliable autopilot, meaning all the time spent thinking, feeling, and perfecting movement automatically shows up when you get into a performance realm or even outside the gym. The more exposure in this phase, the more likelihood it transfers back to where it's needed and becomes automated completely.
This only happens with strategic graded exposures that take a stage progression step by step, never pushing somebody past what they're capable of doing that day and never underloading to the point of frustration with lack of progress.
Heavy training comes in almost automatically after the six-phase warm-up is completed. Strength training is awesome for injury prevention, injury risk mitigation, and being healthy for life. Nothing compares to strength training, but you need to go hard and go heavy to put stress on the system. That happens in the training session itself.
The six-phase warm-up is all a means to get to the actual goal of placing stress on the system with volume and intensity programmed so there aren't repercussions of pain, injuries, or burnout. The goal is getting in the best possible position to make training serve someone's life for life.
Stage six is central nervous system stimulation. This involves honing in on athletic movements, looking at rotational movements, and moving faster than already moving. This phase places in skipping jacks, jumps, medicine ball throws, bounds, landmine work, and anything with more ballistic intent. This up-amplifies the central nervous system to bring someone from feeling pretty good to ready to perform.
Phase six serves as the neurological amplifier so you can play on the strength-speed continuum.
The 8 to 12 minute six-phase warm-up system can and probably should be done every day. Multiple different variations can be done throughout the week. If someone has multiple issues like shoulder pain and knee pain, or if one area is the primary concern, the same protocol can be done every day.
Bracing is the first thing taught to a client before they even start a workout because it's that important for injury risk mitigation and potential to be strong and stable while training. The pillar is trained and taught as the first line of tension and stability for actual bracing.
The pillar involves the shoulders, hips, and core co-contracting to cross-link tension and stability, then adding factors of radiation from the hands and feet and ground contact. Teaching this is the first ability to feel what it means to get tight. It's not just a regional thing like getting the stomach tight when someone might punch you. It's about global tension throughout the entire movement system to facilitate control over all aspects and then move.
The co-contraction happens at the shoulders and hips, then through the core, then adding radiation to the hands and then to the feet in that exact order.
Belts are not used personally and aren't recommended unless you're a competitive barbell athlete. This means powerlifting, CrossFit, or arguably some aesthetic sport where you're pushing huge amounts of intensity and volume simultaneously, including Olympic weightlifting.
The rationale is that in pain-free performance, the number one reason someone would use a belt is to try to use it as a crutch to mask an injury or mask disuse of the ability to create tension, torque, and brace itself. They hope it keeps them healthy while hoisting with poor form and no technique.
Belts are acceptable as soon as someone has the capacity to brace without one. If you don't have the capacity to dominate your own body, creating your own torque and stability, the belt becomes a crutch. If you do have that ability, it becomes a performance enhancer in specific areas.
Good form is super subjective. Good form is relative to two factors: who you are including body shape, size, limb length, anthropometry, and injury history, and what your actual goal is in the gym. If the goal is building muscle versus getting as strong as possible in specific competition positions, that goes into play as well.
There is no universal perfect form for everybody, but there is better form for somebody than another form. The middle ground is wanting to individualize and optimize somebody's form and technique for their specific body, knowing that if it looks good and feels good, it's most likely going to scale up in functional abilities.
When screening, two key factors are looked at right away. First, can we keep and maintain the spine in a neutral zone through all aspects of the movement pattern? Not perfectly neutral, but a neutral zone. Second, do we have marked asymmetrical lack of rotational stability, meaning marked rotational lags like knees buckling or shoulders shifting where asymmetry exists where there shouldn't be.
If the spine neutral zone is maintained and rotation looks about the same right to left, training can proceed because those two key factors give huge confidence in putting stress on the system safely.
The zone of neutrality is dynamic, not static, and not only based on mechanical variables. It's where you can stay safe moving your spine or any other joint through different degrees of freedom.
The zone is based on load: the heavier the load, the more narrow the zone becomes; the lighter the load, the wider the zone. Speed affects it: the faster you move, the smaller the zone gets; the slower you move, the more time to compensate positively and the zone expands.
Other factors include recoverable zones like sleep quality the night before, nutritional status, stress coming into the day, novelty of the pattern being trained, preparation like whether the warm-up was skipped, ability to be on week one versus week 12 of a training cycle, and overall central fatigue in the system.
The goal is graded exposure into new ranges of motion and new zones that break the cardinal perfect range of motion without overloading too quick or too fast with too novel of a position or too much volume.
Most lower back injuries on hip hinge variations like the deadlift occur with rapid forced eccentric flexion upon concentric raising of the lift. This means being down at the deadlift, getting it up off the ground two to three inches, pulling, and then suddenly losing tension and stability and everything buckles. The same mechanism occurs upon the change of direction phase in the squat with rapid force eccentric flexion on the lower lumbar spine.
Mixed grip deadlifts are avoided because the underhand grip creates rapid eccentric flexion that leads to biceps injuries. The weight falling out of the hand creates linear stress directly into the biceps and up into the shoulder. Instead, offseason powerlifters should use straps, hook grip, or double overhand grip. The same risk exists in bench press shoulders where rapid eccentric loading occurs during the transition.
The spine does not need to be neutral all the time. When bodyweight or light loading is used, the spine has freedom to move into side bending, flexion, and rotation simultaneously. However, when deadlifting heavy loads like 500 pounds, a neutral spine is optimal. Form becomes more critical as weight increases, yet many lifters throw form to the wind when attempting PRs.
Jefferson curls can be used for graded exposure to segmental spinal flexion, but only with very light loading. Physical therapists use 8kg kettlebells progressing to 12kg then 24kg with controlled lowering segment by segment. These should never be performed with 400 pounds off a box. Jefferson curls can integrate rotation and side bending, but the goal remains re-exposing the system to complete ranges of motion under controlled, lower-end loading.
At Madtown Fitness in Madison, Wisconsin, the strongest lifters demonstrate beautiful form even at world-record weights. The 900-pound deadlift looks better than the 750-pound ramp-up set. The biggest key to remaining injury and pain-free throughout a powerlifting or weightlifting career is consistent technique. This consistency actually changes as weights get heavier because creating sufficient stiffness for an 800-pound bench or 1,200-pound squat makes achieving correct positions more difficult.
Training principles that make someone strong, capable, and resilient apply equally to a 67-year-old grandmother wanting to play with grandchildren and walk a 5K as they do to an NFL quarterback. Performance is not exclusive to professional athletes. Everyone benefits from being stronger, more balanced, and healthier through the same fundamental training attributes.
Multimodal programming co-manages all physical characteristics for every clientele type. This includes power, strength, hypertrophy, cardio, conditioning, mobility, and athleticism. While distribution varies by individual, a base level competency and maintenance of all characteristics is maintained for everyone. This represents intelligent training with a mindful approach to programming.
None of the six physical characteristics matter until someone feels well enough, moves competently enough, and is pain-free enough to chase performance. The goal is getting the body feeling as good as possible, understanding that 100% pain-free is not normal human experience. What matters is bounce-back capability and baseline starting point.
Six foundational movement patterns must be restored: squat, hinge, lunge, push, pull, and carry. Restoration means being on the movement pattern pyramid scale, not necessarily at the apex. Entry point into each pattern is required. Clients should train at under a 4 out of 10 subjective pain scale. Training should reduce subjective pain from warm-up levels before the actual program begins.
A key success indicator is reducing overall pain signaling after training sessions. If someone enters at 5 out of 10 pain, reduces to 2 out of 10 through warm-ups, trains hard and heavy, and leaves at 2 out of 10, this demonstrates the program is building long-term capacity. Occasional post-training tightness from hard sessions is acceptable, but weeks-long flare-ups require attention.
Warm-ups remain as 10 minutes of daily body maintenance. Three predominant characteristics are pursued: progressive overload through strength training, muscle mass maintenance or gain, and muscle quality through power and athleticism. Many people neglect power training after becoming pain-free, thinking they no longer need rapid movement training.
All core characteristics remain in programming at minimal effective dose even with specific goals. Low-level power maintenance might require only 25 total reps per week. Strength is prioritized because raising strength transfers to every other physical characteristic more directly than other characteristics influence strength downstream.
Strength involves external load placed on the system in 3-8 repetition schemes where the last rep or two creates high tension with neurological impact. This applies to Bulgarian split squats, push-ups, pull-ups, or any variation that allows external loading to near failure while maintaining form and technique.
Loaded carries meet three criteria for high return on investment: strong, safe, and highly accessible. They can be performed by youth athletes aged 10-14 and active agers in their 70s-80s. Carries maintain neutral positions at shoulders, spine, and hips while allowing controlled reciprocating movement. Forward carries, backward walking carries, and nonlinear carries through space are all effective variations.
Loaded carries are programmed as metabolic finishers or functional conditioning with 15-20 second durations rather than distance. Research established three metrics: 50% body weight for 30 seconds for physical therapy discharge, 100% body weight for 30 seconds for general fitness, and 200% body weight for 30 seconds using trap bar for elite sports performance. Testing uses dumbbells or trap bar without straps or running.
One to two days per week is recommended, with more than two days risking grip overtraining. Sessions might include 5 rounds of 30 seconds on, 30 seconds off for 2 minutes 30 seconds total under load. Most average fitness consumers training 3-4 times per week can end sessions with loaded carries at any weight, varying duration rather than always training at 30 seconds.
Breath and brace protocols are essential. Tension must be created at shoulders, hips, and core with radiation at the hands interacting with the load. Shoulder blades should stay back and down rather than rolling forward. Normal gait patterns should be maintained without altering step cadence, distance, length, or width between feet.
Loaded carries should not be viewed through the lens of World's Strongest Man competitions where people shuffle through movements. The goal is maintaining movement quality under load rather than extreme strength demonstrations.
When individuals have wrist, hand, or other issues preventing them from holding objects, several alternatives exist. The yoke is one example, but most people do not have access to this equipment. Weight vests or other body-worn loading methods can be used instead.
The NCAA study referenced used weights held at the sides, but loaded carries offer extensive variety in positioning. Options include:
- Double front rack position
- Zercher position
- Double overhead position
- Load over one shoulder on a sandbag
- Load positioned on different body areas
The key principle is having some load on the system while walking with it. When wrists or hands become limiting factors, the load can be repositioned to the crux of the elbows, placed on the stomach, positioned over the shoulder, or moved to any accessible body area.
The benefits of loaded carries extend beyond grip strength development. While grip strength is valuable, the primary focus is loading the body and moving through space rather than specifically targeting grip endurance.
Grip strength improvement is typically not achieved through 30-second carry durations, which represents a different training conversation. The fundamental objective remains loading the body and moving through space.
The lowest level of loaded carries involves placing something in a backpack or rucksack and walking for 30, 60, or 90 minutes. This approach applies a low level of load on the system for longer durations and still constitutes a valid loaded carry variation.
Dr. John Rusin's current professional focus centers more on the performance side of training rather than pain management, with potential future products and educational content expected in this area.
Dr. Rusin expressed appreciation for the opportunity to share knowledge, noting the value of looking across the table at a true expert. He referenced viewing the host as one of the original gangsters (OGs) in the strength coaching field - someone who reached a new level of doing things correctly while also reaching a broader audience to impact an entire industry positively.
The Painfree Performance team has long viewed the host as their champion in the field, recognizing his ability to champion necessary approaches that they knew needed advocacy.
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The episode concluded with the famous quote from Bill Bowerman: "If you have a body, you are an athlete."
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