Why "working or rubbing right where it hurts" is usually wrong
A student's shoulder hurts, so you work the shoulder. The knee hurts, so you squeeze the knee. The back hurts, so you put a ball into the back. Everyone leaves the session feeling "so much better"… and three days later it hurts in exactly the same place. Why does working the RIGHT spot not end it? Because in most CHRONIC pain (long-running, from posture and habit), the place you feel pain is only the VICTIM — the one carrying the consequence — while the CULPRIT, the link that is genuinely out of line or weak, sits somewhere else in the body. This lesson gives you the eye that "reads the chain backwards": look at a pain and work out where its root is, treat it there, and the student stops hurting WITHOUT the pain returning — which is what makes them trust you and stay for years.
🎁 A gift from Tuấn Anh to teachers who want to master the craft.
The source is not the site: the place that hurts is usually the VICTIM
This is the spine of all of Lesson 14. Separate two things that most people — teachers included — roll into one:
- The SITE of pain: the place you feel the ache, the fatigue, the pressure — where the student's finger points.
- The SOURCE of pain: the link that is genuinely out of line, stiff, weak or overloaded — the place that creates the problem.
Why do the two usually NOT coincide? When a link far away goes off line or grows weak, muscles in another region have to brace to compensate and keep the body upright. That compensating region fatigues, becomes inflamed and then complains — it is the victim. The anatomy texts name several muscles outright as the "culprit" located elsewhere: piriformis in the HIP pressing the sciatic nerve and sending numbness down the BUTTOCK and LEG; quadratus lumborum (QL) producing "referred pain" into the hip and buttock while the source sits at the waist.
One important limit: the principle that "the painful place is the victim" holds for most CHRONIC pain (from posture, habit, long-standing imbalance). With ACUTE pain or structural injury (a fall, an impact, a tear), the painful place may well be the source — and that is when a doctor is needed (see the red-flag card).
What this gives you: every time you hear "it hurts right here", do not reflexively work there. Ask yourself first: "Is this the site or the source?" — that one simple question changes entirely how you design the session.
The image to make a student believe you: pain is like a fire alarm. It reports a problem, but it is not itself the fire, and it usually sounds in the corridor rather than in the room that is burning.
- Silencing the alarm = rubbing, pressing or rolling the painful spot → quiet for a few days.
- Going to find what is burning = tracing back to the root link → that is what stops the recurrence.
The texts stress another important truth: the amount of pain felt is NOT proportional to the amount of tissue damage visible on X-ray or MRI. Chronic pain (usually lasting beyond about three months) is largely a "faulty alarm system" — and the painful place may have no damage left to treat at all. This is the deeper reason why "working exactly where it hurts" usually misses.
What this gives you: use this line with the student who is demanding that you "press right on the sore spot" — it dismantles the wrong expectation there and then in class.
The painful place is usually the VICTIM, not the CULPRIT — you are punishing the wrong person.
Hold this principle and you hold the whole lesson — everything that follows is evidence for it
Why a link out of line far away hurts here — the body is a CHAIN
Kinetic chain means the body is "a chain of joints and muscles acting on one another" — "movement at one joint NEVER happens on its own." A weak or misaligned link at one end creates load and pain at another.
- What the texts say outright about the knee: the health of the knee joint "DEPENDS on the mobility of the HIP and the alignment of the FOOT and ANKLE — when the hip or the ankle is too tight, too weak or off line, the KNEE SUFFERS for having to make up the difference."
- Polyarticular muscles (muscles bridging several joints): psoas, hamstrings, rectus femoris and others cross more than one joint at once. A polyarticular muscle tight at the HIP end will pull the KNEE end, or the BACK end, out of line — the anatomical basis for "knee pain rooted in the hip" and "back pain rooted in the hamstrings".
What this gives you: whenever you see pain at a joint, always examine the link immediately ABOVE and immediately BELOW it. Knee → examine hip and ankle. Back → examine hip and core. Neck → examine chest and shoulder blade.
Why does rolling a ball under the SOLE OF THE FOOT free up a tight pair of SHOULDERS? The answer lies in a layer of tissue few people pay attention to: fascia.
Fascia is like the white pith of an orange: a continuous network wrapping and joining every muscle, joint and organ from just under the skin to the deepest layer. Because this network is continuous, "a pose that works the FOOT can unexpectedly release a tight pair of SHOULDERS"; rolling a ball under the sole frees the whole back of the body and allows a deeper forward fold.
This is the second piece of evidence for source ≠ site: tension and restriction travel along the "myofascial lines" throughout the body, so a painful point may have its root anywhere along that fascial line.
What this gives you: this is why you are allowed — and should prefer — to work a region FAR from the pain, and how to explain to the student why that makes sense.
No muscle works alone. Every movement has a prime mover (contracting to make the movement), an antagonist (lengthening to allow it), synergists (assisting) and stabilisers (fixators — holding isometrically to keep one bone still). A single muscle can play all four roles depending on the movement.
The crucial consequence: a muscle that is tired and tight may well be working as a lengthened antagonist or a bracing fixator to COMPENSATE for a link that is out of line or weak somewhere else. The classic example: when pectoralis major is chronically shortened (a life spent with the arms folded forward over a keyboard), the muscles BEHIND (posterior deltoid, the rhomboids) have to brace to pull the other way and develop "trigger points" — pockets of tight muscle, painful and localised — in the UPPER BACK. The pain is in the upper back; the culprit is the CHEST at the front.
What this gives you: when you meet a rigidly tight muscle, do not rush to conclude "it is damaged". Ask: "who is it bracing for?" — working the muscle itself is usually futile.
Movement at one joint NEVER happens on its own — pull one end and the whole chain trembles.
Three pieces of anatomical evidence for "it hurts here, the fault is there"
Neck and shoulders, Knee, Back — see the symptom, trace the source
Site: the nape, upper trapezius, a rigid upper back. Source: how the HEAD IS CARRIED and the alignment of chest and shoulder. The chain of cause:
- The head carried forward (texting, computer) makes the head "effectively heavier" — bending over a phone can raise the load on the neck as much as fivefold (at a steep angle). Sternocleidomastoid (SCM) shortens and pulls the head forward.
- Pectoralis minor tightens (from the arms being held constantly forward) and pulls the shoulder blade forward and down → rounded shoulders. The texts stress: pectoralis minor needs STRETCHING, not more gripping.
- The "thruster" pattern (a rounded neck and chest, then over-arching the upper neck to look straight ahead) → levator scapulae and upper trapezius overloaded → "headaches, trigger points all over the upper back, myofascial pain."
What to correct: do NOT rub the nape. Give them a release for the chest (the front) + drawing the shoulder blades down and away from the head with middle and lower trapezius + resetting the head back onto its axis. The neck eases because you worked the CHEST and SHOULDER, not the neck itself.
The knee is the archetypal victim because it is caught between two very long bones (thigh and shin) and is at the mercy of both ends. The evidence gathered from the texts:
- Patellofemoral syndrome: if the four quadriceps are out of balance (one stronger or weaker than the others), the kneecap tracks off its groove → pain at the FRONT of the knee. The source is the pull of the THIGH and HIP muscles, not the kneecap itself.
- The pes anserinus (the tendons on the inner side below the knee) "becomes irritated when the knee is NOT properly aligned" — it inflames because the AXIS is off; there is nothing wrong with it in itself.
- The alignment principle: set the axis of the knee using the HIP abductors (gluteus medius and TFL) and the ANKLE muscles — "the action is used at the hip and the ankle but the BENEFIT arrives at the knee."
What to correct: a painful knee → strengthen gluteus medius, teach "shin in, thigh out", correct a collapsing foot, spread the rotation evenly along the WHOLE leg instead of dumping it into the knee. Do not roll or dig at the inner knee.
A great many teachers reflexively stretch the back when a student's back hurts — which usually makes it worse. The real mechanism:
- Chronically tight hamstrings pull the pelvis into a POSTERIOR tilt → the lumbar curve is lost → overload is dumped on the L5–S1 disc. "That is why stretching the hamstrings matters for the lumbar spine."
- Shortened hip flexors (psoas) from too much sitting → increased lordosis → back pain from the opposite direction. The lesson in the texts: "overuse AND disuse both cause pain — balance is the key!"
- A weak deep core: lumbar stability comes from the abdominals (above all transverse abdominis, TVA) bracing to fix the spine — NOT from the back muscles that are hurting. Standing up with a hip hinge and an engaged TVA "can relieve lower-back pain".
What to correct: work back up the chain — release the hamstrings and hip flexors (the stiff source) + activate the deep core (the weak source) + keep the spine neutral. Do not rush to stretch or twist into the very segment that is hurting.
Two clear anatomical examples of referred pain — pain felt somewhere other than its source, from nerve compression:
- Down the ARM: the brachial plexus (C5–T1 in full; a shortened account often gives C5–C7) passes through and under the scalene group in the NECK. Tight scalenes → "referred symptoms", numbness and pain down the arm and hand. Rubbing the hand is useless.
- Down the LEG: the sciatic nerve runs just under or deep to the lower border of piriformis in the HIP (in some people the nerve passes straight through the muscle). A tight piriformis → "sciatic pain" spreading into the buttock and leg. You have to release piriformis at the hip (Pigeon, figure-4), not knead the leg.
A warning: any movement that INCREASES numbness is a sign a nerve is being compressed — stop (see the red-flag section). What this gives you: hear "numbness or pain running down the limb" → think at once of a source in the NECK or the HIP, not where the numbness is.
Knee pain is very rarely a matter of the knee — it is a matter of the hip and the foot.
The three regions students complain about most, and three times the source sits far from the site
Why it feels wonderful after a rub and hurts exactly the same three days later
Why the immediate relief? Stretching, kneading, rolling and massage temporarily reduce sensation (distracting the nervous system) and increase local circulation → it feels better at once. Why the recurrence? Because the misaligned or weak link at the ROOT was never touched — the mechanism producing the pain is intact, so within days the victim complains again.
- Foam rolling, ball rolling and massage are NOT 'treating the root': they are part of symptom relief, and no substitute for strengthening the weak muscle and correcting the posture (recovery).
- 'It felt better immediately' ≠ 'it was treated correctly': this is the single biggest cognitive trap that keeps teachers and students going round in circles year after year.
What this gives you: set the expectation right from the start — "today you will feel easier, but the IMPORTANT part is that we fix the root so it does not come back next time."
Deeply counter-intuitive. The texts describe muscles 'locked long' (lengthened yet still rigidly tight) and 'locked short' (contracted down): carrying one hip higher for months leaves the muscle on that side thickened and chronically tight to prop up the tilted pelvis — EVEN THOUGH it is being lengthened, it stays contracted. The texts say it plainly: "the discomfort is felt on the LONG side, but without opening the SHORT side you will never find balance — stretching the aching long side only makes it worse."
In other words: the muscle bracing rigidly at the painful spot is usually the prop keeping the body from collapsing towards the weak side. Stretch it hard and you remove the prop — and it hurts more.
What this gives you: before you stretch a stiff muscle, ask "is it stiff because it is short, or stiff because it is bracing for a weak side?" — if it is bracing, go and strengthen the weak side first.
Tendon and ligament have limited give, little elasticity, and do not recoil well. The texts warn repeatedly: "a ligament stretched too far does NOT return to its original length, leaving the joint UNSTABLE — which happens often in yoga when a student tries to push past the body's limit." At the sacroiliac joint, extreme stretching leaves the ligaments unable to 'spring back', the region less stable → repeated inflammation and pain.
- A great deal of local pain is overuse tendon inflammation: the rotator cuff, golfer's and tennis elbow, the carpal tunnel. When tissue is inflamed, kneading, rolling and further stimulation only pour oil on the fire, worsening the inflammatory response and slowing the healing.
- Forcing the wrong link also causes injury: "many lower-back injuries in yoga happen because a twist was forced through the lumbar spine instead of through the THORACIC spine."
What this gives you: a region that is painful or inflamed → REDUCE the load, do not add stimulation. Give the movement back to the segment whose job it is (twist at the chest, do not dump it into the lower back).
Relief — feeling better at once — is not Recovery, the return of function.
Taking apart the belief that 'it hurts there so work there, it is quicker'
Work back up the chain, correct at the ROOT — a routine you can use in class today
You are NOT a doctor — but you do have an observable routine:
- Step 1 — Work BACK up the chain to find the root link: observe the still posture (head forward? shoulders rounded? pelvis tilted? feet collapsing?) → run simple movement tests → examine the stiff joints and weak muscles in the level immediately ABOVE and immediately BELOW the pain.
- Step 2 — Correct THERE (at the source): strengthen the weak muscle, open the stiff joint or muscle, reset the position of the misaligned link. Remember: to lengthen the short one, strengthen the weak one opposite it.
- Step 3 — Do NOT add stimulation to the painful or inflamed region: take load off the painful spot (use props to support it) and let it rest while you work at the root.
What this gives you: these three steps are your lesson plan for a student in pain — a complete session that pours no oil on the fire. They also answer the fear of "if I do not touch the painful spot, what do we do for an hour?"
Why is 'do not knead the tight spot directly' right physiologically? Because the body has a neural mechanism that makes it unnecessary.
That mechanism is reciprocal inhibition: when you CONTRACT the antagonist, the central nervous system automatically sends the target muscle a signal to RELAX.
- For example: contract the quadriceps (and psoas) in a forward fold → the hamstrings are given the order to lengthen, actively, more smoothly and more durably than forcing or kneading a hamstring that is gripping.
- Ray Long's root principle: "Balance all the forces throughout the musculoskeletal system; contract, stretch and lengthen the RIGHT muscles and the bones align themselves."
What this gives you: when a region is tight, find its antagonist and activate that instead — usually a far more effective place to work than the painful region itself.
A 20-second move that turns theory into experience and makes a student BELIEVE without a long explanation:
- Tell the student whose shoulders and neck ache: do not touch the shoulders. Instead, gently bring the head back onto its axis (chin slightly in, crown of the head lifting) and let the shoulder blades drop down and away from the ears.
- Then ask them: "That shoulder ache just eased, didn't it? And we never touched the shoulder."
That moment of "oh" is living proof of source ≠ site in their own body — worth more than any explanation.
What this gives you: keep one or two of these 'feel it yourself' experiments ready for each region to open a session — you teach the principle and win the student's respect for how you read a body.
Balance the forces correctly and the bones align THEMSELVES — you work the muscles around the misalignment; you do not manipulate the spot.
Turning the principle into three steps you can perform, plus the mechanism that makes it work
Red flags — when to STOP and refer on
The first principle is ahimsa — "first do no harm". Some signs lie beyond the scope of self-practice; meet one and stop, and refer to a doctor, physiotherapist or neurologist:
- Pain that INCREASES with practice (rather than easing).
- A SHARP or burning sensation, or pain or numbness RUNNING down a limb (signs of nerve compression) — any movement that INCREASES numbness must stop at once.
- Pain at night or at rest that does not ease; together with fever, unexplained weight loss or exhaustion.
- Disturbance of bladder or bowel, or weakness or paralysis in a region (an emergency).
- After an acute injury (a fall, an impact, whiplash, a sprain, tear or fracture, or recent surgery).
Nerve compression can come from "disc degeneration, bone spurs, arthritis… through to injury" — the texts say plainly that it is "BEST left to a doctor to diagnose". What this gives you: know this list by heart; ACUTE pain needs REST, which is not the case for chronic pain.
The line a yoga teacher's livelihood (and legal standing) depends on — 'scope of practice' is the range of work you are permitted to do:
- YOU MAY: advise on alignment, suggest variations and props, strengthen weak muscles, release tight ones, reset posture — all within the frame of 'training', not 'treatment'.
- YOU MAY NOT: name a disease ("you have a herniated disc"), prescribe a 'course of treatment', or make claims that belong to medical expertise.
What this gives you: keep a list of trusted musculoskeletal doctors and physiotherapists ready to refer to. Say something like "there are a few signs here I think a doctor should look at first; we can keep practising alongside once you have a professional opinion" — safe, and it raises your standing.
The biggest obstacle to applying this lesson is the student's expectation: "it hurts there, press there, it is quicker". Three lines you can use word for word:
- The victim-and-culprit image: "The place that hurts is the one carrying the consequence, not the one that caused it. We are going to find the real culprit so it does not hurt again."
- The fire-alarm image: "Rubbing the painful spot switches off the alarm. You will feel quiet for a few days, but the fire at the root is still burning. We are going to put the fire out."
- A promise about the result: "Today you will feel easier, but my aim is that next time it does NOT come back — which is why we are working somewhere that seems to have nothing to do with it."
What this gives you: having this language ready lets you change what a student believes right there in class — the precondition for them cooperating and staying with you long term.
Referring a student to a doctor is not a sign of a 'poor' teacher — it is the mark of a professional one, working within their scope of practice.
The compulsory safety stop: knowing your own limits is what makes you a professional
You now know that the painful place is usually the victim, and that you have to work back up the chain to find the culprit. But the next question is hotter still: once you have traced it to the right root link, do you CONTRACT it, STRETCH it, or hold it ISOMETRICALLY? Lesson 15 opens the box of the 'three kinds of contraction' (concentric, eccentric, isometric) and shows why, even with the right root, choosing the wrong kind of work leaves a weak muscle weak — along with the way of 'waking' a sleeping muscle that most teachers miss.
To unlock Lesson 9
Answer all three correctly to unlock Lesson 9.
1. What are the four walls of the “core canister”?
2. On the IN-BREATH, how do the diaphragm and the pelvic floor move?
3. Engaging the core PROPERLY means:
The road — 31 lessons · 4 stages
You are on Lesson 8. Each lesson opens one real question about the body — understand it, and you practise & teach that much more soundly.
- 1The spine — the axis of all movementAvailable
- 2The six directions the spine movesAvailable
- 3Which muscles each spinal direction uses (SHORTENING ↔ LENGTHENING)Available
- 4Why years of practice still won't get you into the lotus (tension vs compression)Available
- 5Every joint its own kind of hinge (bone – joint – cartilage – ligament)Available
- 6Muscle, tendon, fascia: the factory that makes & transmits forceAvailable
- 7Does stretching really make a muscle "longer"?Available
- 8The core is an "inflatable corset" — breath · diaphragm · pelvic floorAvailable
- 9One shape at the foot frees the shoulder (fascia)Available
- 10Why one cue produces a different shape in every bodyAvailable
- 11Reading the body as a system of forces (putting it together)Available
A student points at their nape and says 'it hurts right here'. By the source-versus-site principle, what is the teacher's RIGHT reflex?