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In classical chiropractic: *Nail hand = contact hand. *Hammer hand = thrusting hand. Execution requires: * Proper contact setup. * Palpatory accuracy. * Reinforced confidence. Steps: 1. Establish contact with nail hand. 2. Set up skin slack. 3. Bring hammer hand into alignment. 4. Breathe, load, thrust. The patient’s safety and your clinical confidence rest on your ability to execute with clarity, control, and calm. Yours in excellent chiropr

Slipping and pounding — they’re common errors. And they hurt. Slipping: * Contact point isn’t anchored. * Causes bruising, pain, and loss of trust. Pounding: * Lifting off contact, then striking down. * Like a hammer, not a healer. Solutions: * Take skin slack first. * Keep firm, secure contact. * Follow the line of drive — not your ego. A good adjustment is like a surgeon’s incision — precise, effective, and respectful. Yours in excellent ch

Not all adjustments are created equal. Key Concept: *Direction of Drive- (DoD) must match the direction of the joint fixation. If the joint is fixated in: *P to A rotation → You adjust P to A. *Lateral flexion restriction → You adjust in that vector. Errors to avoid: * Mistaking tenderness for primary dysfunction. * Guessing without rechecking. * Adjusting hypermobile areas. Motion palpation is your GPS. * It tells you where you are. * Where

We’re not just bone crackers. We’re clinicians. Every adjustment should follow this sequence: 1. Test: Where’s the restriction? What direction? 2. Treat: HVLA thrust, soft tissue release, mobilisation — whatever is needed. 3. Retest: Did we improve movement or function? What sets chiropractic apart? * Specificity. * Purpose. * Clinical reasoning. Cavitation without clinical change is like an applause with no perform anc e. Yours in excellent chiropra

“But Doc, I can crack my own neck!” The sound of a pop doesn’t mean the problem’s fixed. The cavitation is just a side-effect — not the goal. Let’s break it down: *Cavitation = audible gas release from a joint. *Therapeutic correction = restoring function to a fixated or hypomobile joint. Self-adjusters often: * Target the wrong joint (usually hypermobile ones). * Reinforce compensation patterns. * Feel temporary relief — but worsen long-term function.

Gone are the days when most people suffered from acute infections or simple injuries. Today, we’re in a world of chronic overload . What’s changed? *Posture: We sit more, move less. *Food: Nutrient-dense meals have been replaced by processed, inflammatory diets. *Light exposure:Artificial light has hijacked circadian rhythms. *Stress: Persistent and low-level — the most dangerous kind. Why it matters to chiropractors: * If we’re only correcting biomechanics

> “He said, she said, the chiropractor said.” We’re often told that an adjustment works instantly. But what if that’s just a fragment of a bigger truth? The S.A.I.D. Principle – Specific Adaptation to Imposed Demand – reminds us that real change, especially at the level of joint function and neurological tone, doesn’t happen in one miraculous visit. Key Points: If a joint has been moving abnormally (or not at all), it requires 'repeated corrections 'to normalise.

There’s a saying I often return to when training chiropractors: “If you don’t know what you’ve changed, you didn’t change anything.” ...

“But I saw it on TikTok. I can do it myself.” If I had a pound for every time I heard that line, I’d have enough to build a soundproof...

In Part A, we made the case for repetition — the need to adjust the same joint, in the same direction, multiple times to honour the...

We’re all familiar with the principle: S.A.I.D. — Specific Adaptation to Imposed Demand. It underpins strength training, rehab, and...

Some days, the patient walks in and you know: Today isn’t a thrust day. It’s not because you’re unsure. It’s not because you’re lazy. ...

Blog 6A: Clinical Coherence — From Palpation to Purpose We’ve discussed thrusts, vectors, planes, intent, and even the unseen inner...

You’ve done the tests. You’ve palpated the joints. You’ve narrowed down the likely restriction. Now what? You listen. What Is...

If you’ve ever watched someone adjust and thought, “That just didn’t look right…” — It probably wasn’t. Not because it didn’t cavitate. ...

Over the years, the phrase "innate intelligence" has been both revered and ridiculed. Dismissed by some as philosophical fluff and...

Over the years, the phrase "innate intelligence" has been both revered and ridiculed. Dismissed by some as philosophical fluff and misinterpreted by others as mystical, it has persisted for over a century because it speaks to something profound: the recognition that the body is not a machine, but a living, adaptive, self-regulating organism. A Modern View of Innate Intelligence Let’s remove the dogma. Innate intelligence is not a spirit. It is not a religious claim. It

Adjustive Intent — What Makes a Thrust Therapeutic There’s a difference between a manipulation and an adjustment. One might make noise. The other makes a change. What separates the two isn’t just contact, setup, or direction — it’s intent. What Is Adjustive Intent? Adjustive intent is the focused clarity behind your hands. It’s the clinical certainty — even if quiet — that:       •     You’ve found the restriction       •     You understand the direction       •    

Blog 3: Different Types of Adjusted Thrusts In my opinion, the adjustive thrust does not exist in isolation. It is the final moment in a sequence of events — the release of internal energy, stored in posture and breath, and expelled in a focused direction. In my view, it begins at the diaphragm — similar to a cough, a sneeze, or a spit — and exits through the hands, which are already positioned and primed in tension. It is the most used “thrust technique” that I use daily;

Velocity, Neurology, and Why It Works The HVLA (High Velocity, Low Amplitude) thrust is not about force but speed, specificity, and control. Think Bruce Lee’s one-inch punch. https://youtu.be/93gcf30R2hY?si=-4ZS4bAPol44qnGT Energy stored throughout the kinetic chain is released in a short, explosive movement that achieves depth not by distance, but by timing. A well-delivered thrust is:       •     Fast       •     Short       •     Specific       •     Grounded in f