Most health problems are application problems, not information problems — people already know what to do; the gap is consistently doing it, and bombarding them with more data makes this worse, not better.
2
Behavior change must start with the patient's own goals, not the clinician's ideal — meeting people where they are and changing one or two things at a time produces more lasting results than prescribing a perfect plan nobody follows.
3
Mobility is physical capital: you need a buffer above your daily-use range, just as you need money beyond your monthly expenses. A runner operating at 100% of positional capacity has no reserve when things go wrong.
4
As people age, maintaining rate of force development and power output is critical — even a box jump onto a one-inch platform counts as a legitimate stimulus to preserve elasticity and neuromuscular speed.
Protocols
Concrete recipes — what, when, how much, and why
6 items
Start every patient evaluation with 'why are you here' and 'how can I help you'
WhatOpen every clinical intake by asking the patient to state their own goal and letting them drive the initial conversation. The clinician's role in the first session is guide, not prescriber.
WhenAt the start of every initial evaluation, before any assessment or recommendation.
DoseLet the patient speak until they've expressed their actual motivation — not the socially acceptable answer but what they genuinely want (e.g., "play with my grandkids", not "be healthy").
For whomAny clinician, coach, or trainer doing intake assessments — applicable to physical therapy, personal training, nutrition counseling, or any behavior-change context.
WhyBehavioral change only sticks when it is aligned with the patient's intrinsic motivation. Prescribing to a goal the patient does not own produces compliance failure regardless of the quality of the prescription.
Kechijan describes this as the biggest lesson from his career evolution: early on, he talked to patients as if they were colleagues — loading them with information and theory — and found it did not produce change. The switch to patient-led intake changed his results. The question "how can I help you" rather than "here's what you need to do" signals that the patient owns the agenda, which dramatically increases the probability that any recommended change will actually be attempted.
I start every initial evaluation with somebody — it's like first of all why are you here and then how can I help you. I let them drive the conversation and I try to be a guide to that.
Prescribe one or two behavioral changes at a time, not a complete overhaul
WhatWhen designing a behavior-change plan, identify the one or two highest-leverage changes and let the patient continue doing everything else they already do. Build on success before adding the next layer.
WhenWhenever a patient presents with a gap between their current behavior and health goal, especially if they have previously tried and abandoned more comprehensive plans.
For whomAnyone with a sedentary lifestyle, anyone returning from injury, anyone who has repeatedly started and stopped a health program.
WhyA suboptimal plan that gets executed beats a perfect plan that does not. The clinician's job is to find the minimum effective dose of behavioral change that is sustainable for this specific person right now.
CaveatsIf someone's current behavior is creating immediate surgical risk, the clinician should clearly state that — the patient may still choose not to change, but the information should be provided honestly.
Kechijan frames this as taking responsibility for prescription design rather than blaming the patient for non-compliance. If someone has tried and failed to implement a plan, the question is not "why won't they do it" but "was the prescribed change appropriately sized for where they actually are." Going from zero exercise to 13 hours of zone-2 cardio per week is never going to happen — prescribing it is a failure of calibration, not a reasonable starting point. The right target is the smallest change that moves the needle in the patient's stated direction.
To have somebody go from zero exercise a week to you've got to do 13 hours of zone two — it's like never going to happen. So early on in my career I think I focused way too much on what I thought was ideal and not on what does this person really want.
Also said
“If I just change one or two things and have you do everything else that you want to do — even though that's not the perfect plan — it's a step in the right direction.”— Kechijan's core prescribing philosophy: imperfect but sustainable beats perfect but abandoned.
Maintain mobility as a buffer above functional demand, not a fixed flexibility target
WhatEnsure joint mobility in all major movement planes extends beyond what you actually use in your primary activities — so that when unusual demands arise (slipping, catching a fall, playing with a child) you have a positional reserve.
WhenOngoing — especially as people age. Even 10 minutes per day of mobility work is sufficient to maintain a meaningful buffer.
DoseKechijan recommends even 10 minutes per day of dedicated mobility work for general population. The target is to operate at 70-80% of positional capacity during normal daily activity, not 100%.
For whomGeneral population, especially adults who have specialized in one activity (running, cycling, desk work). Athletes need more reserve than general population given their higher demand variability.
WhyA body at 100% of positional capacity during routine activity is fragile — any perturbation exceeds that capacity and produces injury or mechanical failure. The goal is not maximum range of motion but a reserve above daily demand.
The financial fragility analogy is precise: you don't need to be a billionaire to not be financially fragile, but you need slightly more than your monthly expenses. Similarly, a recreational runner does not need the positional range of a circus performer, but they need more than exactly what running requires. The amount of reserve needed scales with goals: the more varied and demanding your activities, the larger the buffer you need to maintain.
You want to have your foundational movement — the requisite movement to just be a human — and then a little bit more. That Reserve that's needed will change depending on what your goals are.
Include power and speed work at every age — scale appropriately, never eliminate
WhatDeliberately train at high relative intensity or high speed at least some of the time. For older adults this might be a step-up done explosively, a low box jump, or a fast-cadence cycling sprint — not maximal velocity sprinting, but intentional neuromuscular speed work.
WhenAs a regular component of any training program, not just for young athletes. Kechijan specifically flags this as what aging adults systematically drop out of their training.
DoseEven small doses maintain the neural capacity — frequency and intention matter more than volume. A few sets of something done at high relative speed per week is better than eliminating the quality entirely.
For whomAdults over 40 especially — those who have transitioned to purely steady-state cardio and slow strength work. Athletes returning from injury who have dropped speed work from their program.
WhyRate of force development and neuromuscular elasticity decline rapidly when not trained. These qualities are harder to rebuild than to maintain, and they protect against fall injury, enable emergency movement responses, and preserve athletic quality of life.
CaveatsThe intensity must be appropriate — maximum velocity sprinting in an unconditioned 65-year-old is different from a controlled, low-box jump. The principle is maintained intentional speed, not reckless loading.
Kechijan defines power objectively: the ability to produce force quickly. This is distinct from how hard something feels subjectively. 90 pounds on a 100-pound max is high intensity by this definition; 50 pounds for 20 reps is not, even if the 20th rep is uncomfortable. The gear-shift analogy: if you can only operate in first gear you are fragile even at slow speed because you cannot shift up when the situation demands it. Preserving multiple gears is the goal — and for aging adults, even a very small gear above first is far better than no capacity to shift.
Mechanism
Rate of force development is governed by neuromuscular drive — the speed and synchronization of motor unit recruitment — more than muscle cross-sectional area. This neural quality degrades with disuse. Fast-velocity training maintains the recruitment pattern even at low absolute loads.
People even as they age should do things fast. They might not be like sprinting at max velocity — it might be just doing a box jump onto a one-inch box just to maintain some elasticity. For them that might be a safe way to maintain their rate of force development.
Apply foundational movement standards before sport- or goal-specific programming
WhatBefore prescribing sport-specific training, assess whether the patient can meet basic positional requirements for healthy human movement. These standards should be held regardless of goals or age, though the bar scales appropriately downward with age.
WhenAt the start of any new training program, after injury, and periodically as a reassessment checkpoint.
For whomGeneral population, returning-injury patients, and athletes transitioning between sports. Especially relevant for people who have specialized in one movement pattern for years.
WhyWithout foundational movement capacity, sport-specific training stacks performance load on a deficient base — producing compensatory injury patterns that progressively worsen.
CaveatsStandards should be realistic and scaled — not a rigid biomechanical checklist but a set of functional positional requirements that allow safe, efficient movement in activities that matter to the patient.
Kechijan describes the PT field as split between two extremes: movement optimists who say position does not matter and the body finds its own solution, versus biomechanical determinists who prescribe sub-millimeter corrections and claim they affect symptoms in remote body parts. His clinical answer is in between: some foundational positions genuinely matter — without them, patients cannot safely do the things they want to do — but the goal is functional sufficiency, not mechanical perfection. The key insight is that the body adapts specifically to what you ask of it, so if you only ever run, you will only have the positional capacity that running requires.
I think human beings should be able to do certain things from a positional standpoint regardless of their goals — whether it's an athlete or general population. Those standards will be modified depending on expectations as people age, but I've got some standards intuitively that I think people should be able to meet regardless of their goal or their age.
Simplify your clinical message — talk to patients, not colleagues
WhatWhen communicating with patients, strip out abstract theory, unproven mechanisms, and academic nuance. Deliver only what the patient can act on today, framed in terms of their stated goal.
WhenIn every patient-facing consultation, especially early in the therapeutic relationship.
For whomAny clinician, coach, or health educator who has a strong theoretical background and tends to share it in full with patients.
WhyInformation overload does not produce behavior change. Patients who feel overwhelmed by complexity are more likely to do nothing than to do something imperfect.
Kechijan's honest self-assessment: early in his career he talked to patients like colleagues — covering theory, interesting mechanisms, things he could not even fully prove. He found that this approach produced admiration, not change. The shift was recognizing that the goal is not to impress the patient with depth of knowledge but to find the one behavior they can adopt today. This is especially important when the patient comes in with confusion from the information environment: the internet has given everyone access to contradictory expertise, and the clinician who adds another layer of complexity is not helping.
I think in the beginning I bombarded people with information too much — abstract theory, things that I probably couldn't even prove or substantiate but that I thought were interesting. And I talked to people more like they were colleagues and not like they were patients. And I think that was my biggest mistake.
What's new
Personal practice updates, fresh positions, predictions
5 items
Health problems are behavioral application problems, not information deficits
~02 min
Kechijan opens by reframing the entire health-coaching problem: most people already know roughly what they should do. Dietary experts who argue on social media would largely agree on the fundamentals if put in a room together. The bottleneck is not more knowledge — it's consistent application.
Why this matters: Challenges the default assumption driving the health information industry: more content, more podcasts, more data will fix people. Kechijan says it will not — and that clinicians who deliver information like lecturing colleagues are making the same mistake.
Background
Kechijan reflects on his own early career errors: he over-loaded patients with abstract theory and talked to them like colleagues, not patients. Over time he simplified radically.
The information-application gap shows up in every domain Kechijan names: nutrition (everyone mostly agrees on the 95% that matters, they only fight about the 5%), training (most people know they don't do enough), supplementation protocols. The practical implication is that a clinician's job is not to add more data to the patient's mental stack but to find the smallest behavioral lever that moves the patient toward their own stated goal — and hold that one thing steady until it sticks. Kechijan explicitly says he now starts every initial evaluation with two questions only: "why are you here" and "how can I help you."
I think a lot of the problems that we're trying to solve aren't information problems — they're application or behavioral change problems. So like most people could be quote unquote healthier — it's not because they don't know what to do.
Also said
“I you know we live in this this hyper information world where like the answer to every question is more data more information and we're not computers. I think a lot of what people need again is an application problem it's not an information problem.”— Kechijan's direct critique of the hyper-information health culture and why adding more data fails patients.
Meeting people where they are beats prescribing the ideal plan
~08 min
Kechijan describes a key evolution in his practice: early on he focused on what he thought was the ideal program, not on what the patient could actually accept and sustain. He now believes the clinician's responsibility is to find the easiest path to the patient's goal — even if that means a plan that is far from optimal.
Why this matters: Reframes clinical success: a suboptimal plan that gets done beats a perfect plan that gets ignored. The gap between the two is not the patient's fault — it's a communication and prescription design failure.
Background
He references his own patient Lyon (the host) as a case study — five years prior, he was asking her to do too much too soon and framing it as her resistance rather than his failure to calibrate.
The concrete clinical move is: change one or two things at a time, let the patient do everything else they already want to do, and treat incremental progress as a win. Kechijan frames this as a responsibility on both sides — the patient may not be ready to hear advice, and the clinician may be pitching changes that are too large a behavioral leap for that moment. The honest audit is to ask whether the prescription was appropriately sized for where the patient actually was, not where the clinician thought they should be.
Maybe I wanted you to do something that was too difficult for you to accept from a behavioral change standpoint at the time. And it's my fault that I didn't deliver the message better.
Also said
“I start every initial evaluation with somebody — it's like first of all why are you here and then how can I help you. I let them drive the conversation and I try to be a guide to that.”— Kechijan's practical intake protocol — patient-led, not clinician-prescribed.
Mobility as positional capital — you need a buffer above daily use
~18 min
Kechijan introduces a financial analogy for joint mobility: just as you need slightly more money than your monthly expenses or you are financially fragile, you need slightly more joint range and positional capacity than you actually use — or you are physically fragile. A runner who only runs eventually operates at 100% of their positional capacity just to do a normal run.
Why this matters: Reframes mobility work not as flexibility for its own sake but as a reserve buffer that protects against the inevitable variability of life — a small perturbation in a system operating at maximum leaves no room to recover.
The running example is precise: running doesn't require high end-range position, so if running is all you do, your body adapts to exactly that range and nothing more. When you then run, your joints are at their positional ceiling rather than operating with a reserve. The fix is not necessarily more flexibility but maintaining capacity slightly above functional demand — and that minimum buffer changes depending on your goals. A circus performer needs much more positional range than a recreational runner, but both need some reserve above their floor.
If all you do is run your body gets the message like I only need to be in these positions. So now when you run your body is effectively operating at close to 100% of its capacity for position. If you're trying to be efficient you don't want to be operating at 100% just to go — you want to have some kind of a reserve.
Also said
“It's kind of like imagine if the only money you had in your bank account was just enough to meet your daily expenses but you had no buffer in case something went wrong. You're in trouble — you're fragile at that point.”— The financial fragility analogy that makes the mobility-reserve concept immediately intuitive.
Rate of force development declines with age — intentional power training is the countermeasure
~25 min
Kechijan argues that as people age they systematically stop doing things at high intensity or high speed, which causes them to lose rate of force development and neuromuscular elasticity. Even small doses of fast, high-output movement — like jumping onto a one-inch box — are legitimate stimuli to preserve these capacities.
Why this matters: Most aging exercise advice focuses on steady-state cardio and slow strength work. Kechijan adds a neglected third category: intentional speed and power work, scaled appropriately so it is safe, but kept in the program rather than abandoned.
Background
He frames intensity in objective terms: not how hard it feels subjectively, but the load relative to maximum capacity. 90 pounds on a 100-pound max bench press is high intensity; 50 pounds for 20 reps is not, even if the 20th rep is uncomfortable.
The gear-shift analogy captures the mechanism: if you can only operate in first gear, you are fragile even at low speed because you have no ability to shift up when needed. Rate of force development — the speed at which muscles can produce force — is precisely the capacity you lose when you stop training explosively. In older adults, the practical version is not maximal sprinting but any movement done quickly and intentionally: a step-up done with snap, a box jump onto a very low box, a medicine ball throw. The neuromuscular quality of the effort matters more than the absolute magnitude.
As we age we don't do things at a high intensity — high output, high rate of force development. And so I think people even as they age should do things fast. It might be just doing a box jump onto a one-inch box just to maintain some elasticity — for them that might be a safe way to maintain their rate of force development.
Movement bandwidth vs. movement optimism: the answer is in the middle
~14 min
Kechijan describes two warring camps in physical therapy: movement optimists who believe the body automatically finds the best solution and rigid biomechanical determinists who obsess over sub-degree alignment differences. His clinical position is that both are wrong — some foundational positions matter, and movement quality needs standards, but biomechanical determinism is as useless as ignoring mechanics entirely.
Why this matters: Practical guidance for clinicians and patients who are confused by conflicting advice on movement quality versus functional freedom.
The movement optimist framing is appealing because it removes the burden of prescriptive movement standards, but Kechijan finds it oversimplified — some positions genuinely matter for both health and performance. The biomechanical determinism extreme is equally problematic: no human body is perfectly symmetric, and correcting .005 degrees of calcaneal inversion as a headache cure is not evidence-based practice. The useful framing is foundational positions: a set of positional requirements every human should roughly meet regardless of sport or age, with those standards scaled down appropriately as people age, not eliminated.
There's the movement optimists who think it doesn't matter how somebody moves because the body organically finds the best solution — which I think is oversimplified. And then there's the overly obsessed biomechanics crowd where if you're missing .005 degrees of calcaneal immersion it's going to cause headaches. I think the answer is somewhere in the middle.
Recommendations
Products, supplements, and tools mentioned in the episode
4 items
Patient-led intake protocol: two opening questions only
Practice
Kechijan's evolved clinical practice — start every evaluation with 'why are you here' and 'how can I help you' and then be quiet. Let the patient frame their own goal before any assessment begins.
This is presented as the distillation of Kechijan's career learning: early over-prescription versus current patient-led simplicity. The protocol works because it surfaces intrinsic motivation rather than assumed health goals, which makes any subsequent prescription more likely to be followed. It also signals to the patient that their goal — not the clinician's ideal — is the organizing principle of the session.
I start every initial evaluation with somebody — first of all why are you here and then how can I help you. I let them drive the conversation and I try to be a guide to that.
Kechijan's minimum threshold for maintaining positional reserve as people age — especially relevant for adults who specialize in one movement pattern.
The 10-minute figure is framed as a floor, not an optimum. The point is that positional reserve decays with disuse, and even a small daily stimulus is sufficient to prevent the worst atrophy. For general population adults, this is more accessible than a structured mobility program and removes the all-or-nothing barrier that causes people to do nothing when they cannot fit in a full session.
I think that you know especially people age they need to do more than probably what they're doing and it can even be like 10 minutes a day.
Scaled power training for aging adults — low box jumps, explosive step-ups
Practice
Kechijan's recommendation for maintaining rate of force development and neuromuscular elasticity in older adults who have dropped all high-speed movement from their training.
The specific example — box jump onto a one-inch platform — sounds almost trivially easy, but Kechijan's point is the quality of the neuromuscular recruitment, not the load magnitude. The goal is to keep the nervous system practicing rapid force production so that when an emergency demands it (a trip, a sudden change of direction) the body can respond. Scaling the stimulus down to safety does not negate its value as a neuromuscular training signal.
vs alternatives
Pure steady-state cardio and slow-grind strength work miss the speed quality entirely. Zone 2 is valuable for metabolic health but does nothing for rate of force development. A small weekly dose of intentional fast movement is needed as a separate stimulus — it is not replaceable by more volume at slow speed.
As we age we don't do things at a high intensity — high output, high rate of force development. People even as they age should do things fast. It might be just doing a box jump onto a one-inch box just to maintain some elasticity.
Movement bandwidth training — add gears above your usual operating range
Practice
Kechijan's framing of movement variability as physical resilience: training the ability to operate in multiple modes (slow/fast, limited/full range) rather than optimizing one mode.
The car-gears analogy is precise: if you can only operate in first gear you are fragile even at low speed. Elite endurance athletes train across the full speed spectrum even though their race pace may be moderate — an Olympic 800-meter runner would beat most team-sport athletes in a sprint because the distance training requires maintaining speed capacity across a wide range. The same principle scales to general fitness: deliberately include movement in planes and at speeds you do not normally use, to ensure your body has the gear above everyday demand.
It's all about bandwidth right — you need variability in how you move, in your joint position. It's like gears in a car: if you can only operate in first gear you're fragile even if you're not driving 100 miles an hour — you want to have the ability to go outside of first gear.
Lines worth pulling out — contrarian, specific, or perfectly phrased
6 items
I think a lot of the problems that we're trying to solve aren't information problems — they're application or behavioral change problems. Most people could be healthier — it's not because they don't know what to do.
The thesis statement of the entire episode, delivered in the opening minute. Reframes health failure as a behavioral design problem rather than an information gap.
To have somebody go from zero exercise a week to 13 hours of zone two — it's like never going to happen.
Concrete example of the behavioral-change mismatch: prescribing the ideal before establishing any behavior at all guarantees failure.
If all you do is run your body gets the message: I only need to be in these positions. When you run your body is effectively operating at close to 100% of its capacity for position. You don't want to be operating at 100% just to go — you want some reserve.
The mobility-reserve argument made concrete. Most runners will recognize this description of their own positional fragility.
It's like if the only money you had in your bank account was just enough to meet your daily expenses but you had no buffer in case something went wrong — you're fragile at that point.
The financial fragility analogy for physical mobility reserve — makes an abstract movement-science concept immediately intuitive.
People even as they age should do things fast. It might be just doing a box jump onto a one-inch box just to maintain some elasticity — that might be a safe way to maintain their rate of force development.
Practical and specific: keeps power training in the conversation for aging adults without requiring high-risk loading. The one-inch box is a real prescription, not a vague aspiration.
I talked to people more like they were colleagues and not like they were patients. And I think that was my biggest mistake.
Rare clinical honesty from a practitioner about over-intellectualizing patient interactions — highly relevant to any expert working in patient education.
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Educational summary of the cited expert source — not medical advice. Open the source recording linked above and consult a qualified physician before acting on any protocol.