Physio Explored

28/08/2026

Here's the uncomfortable part:

The jaw–pelvic-floor hypothesis is not ridiculous because it is impossible.

It is questionable because the strength of the claim has dramatically outrun the strength of the evidence.

At present, the literature consists largely of:

one small RCT : acute EMG change

one small cross-sectional study : weak correlations

some indirect chronic-pain/stress literature : plausible shared mechanisms

some anatomical models : plausible pathways

And then, somehow, the internet arrives at:

“Your jaw tension is causing your pelvic-floor dysfunction.”

That last sentence is doing a heroic amount of unpaid work.

The evidence does not currently establish:

causality → directionality → specificity → clinical relevance → treatment efficacy.

The strongest competing explanation is that stress, autonomic arousal, generalized protective muscle behaviour and overlapping chronic-pain mechanisms can influence multiple regions simultaneously.

And even if a genuine jaw–pelvic interaction eventually turns out to exist, that would still not justify a one-size-fits-all explanation. Human beings are heterogeneous organisms, not identical biomechanical diagrams.

So yes:

Study the connection.

But don't confuse:

plausibility with proof

correlation with causation

anatomical continuity with mechanical causation

EMG change with clinical improvement

or

confidence with evidence.

Because sometimes the missing “root cause” isn't hiding in your fascia.

Sometimes the evidence just isn't there yet.

Key references:
Sulowska-Daszyk I, Gamrot S, Handzlik-Waszkiewicz P. J Clin Med. 2024;13:7037. doi:10.3390/jcm13237037.
Mínguez-Esteban I, et al. PLOS ONE. 2024;19. doi:10.1371/journal.pone.0296652.
Worman R, et al. Am J Obstet Gynecol. 2022;228:657–674.e91. doi:10.1016/j.ajog.2022.10.027.
Torosis MM, et al. Obstet Gynecol. 2024;143:595–602. doi:10.1097/AOG.0000000000005536.
Busse JW, et al. BMJ. 2023;383.

15/08/2026

The ACL has historically been treated like a passive cable: don’t break it, protect it, and hope it survives sport.

This review paints a considerably more interesting picture.

The ACL appears to be a mechanoresponsive tissue; capable of responding to mechanical loading through molecular signaling, extracellular-matrix remodeling and structural adaptation. But there is a catch: adaptation appears to depend on the dose and context of loading, not simply “more exercise = stronger ligament.”

Too little stimulus may leave the tissue underprepared. Poorly controlled or excessively repeated loading may accumulate micro-damage faster than repair. Somewhere between those extremes lies the proposed adaptive zone.

And that is where rehabilitation gets interesting.

The paper suggests that ACL health may ultimately require a combination of progressive strength training, neuromuscular control, sport-specific movement variability and adequate recovery, while accounting for maturation and sex-specific biology.

The important caveat: this is a narrative review, not proof that a specific ACL “training dose” has been established. Several of the most exciting mechanobiological findings come from animal models, observational human studies and emerging experimental work.

So perhaps the better ACL question isn't:

“How do we keep the ACL away from load?”

It is:

“How do we intelligently prepare the ACL for load?”

That distinction could change how we approach both prevention and rehabilitation.

05/08/2026

Your fascia is many things. A treasure chest for buried memories isn't one of them.

The problem was never acknowledging that trauma has bodily manifestations; that's well supported. The problem was taking a compelling metaphor literally and building an industry around the claim that emotions are physically stored in connective tissue and can be manually "released."

Modern neuroscience paints a more interesting picture: the nervous system continuously constructs bodily experience through prediction, perception, and action. Trauma persists not because it's trapped in your tissues, but because maladaptive predictions become self-reinforcing. The body participates in trauma, but it isn't the filing cabinet.

Evidence > anecdotes.

Mechanisms > metaphors.

28/07/2026

*Should exercise be prescribed like medicine?*

The largest umbrella review ever conducted on exercise and pain suggests the answer is increasingly yes.

Across more than 221,000 participants, exercise consistently reduced pain in a wide range of clinical conditions. The most surprising finding? Low-intensity, achievable programs often worked just as well or better than harder ones.

But evidence-based practice also means recognizing limitations. This review pooled very different pain conditions and exercise types, reported substantial heterogeneity, and found that many included reviews were methodologically weak. Rather than prescribing a single "best" exercise, clinicians should individualize exercise based on patient goals, preferences, tolerance, and long-term adherence.

Takeaway: The best exercise for pain is not necessarily the hardest...it is the one your patient can perform consistently and safely.

22/05/2026

Dealing with pain during gym or running workouts or daily life?

Shin pain, knee pain, shoulder injury, back pain, and knee issues.

Don’t wait for it to get worse.

DM us or comment, and let’s start your rehab journey

22/05/2026

15/05/2026

This position statement reinforces that structured neuromuscular warm up programs remain the strongest evidence based strategy for reducing ACL injury risk, especially in adolescent female athletes involved in cutting and landing sports.

Programs combining plyometrics, strength, balance, agility, and movement retraining showed meaningful reductions in injury incidence when performed consistently. However, the paper also highlights important limitations in the evidence.

Data for males, elite athletes, and several high risk sports remain limited. Individualized biomechanical and neurocognitive drills appear promising for modifying risk factors, but direct proof that these targeted strategies independently reduce ACL injury rates is still lacking.

11/05/2026

Some techniques walk into the clinic wearing a blazer, a buzzword, and a webinar certificate and suddenly everyone calls them “evidence-based.” Cute.
But a shiny label does not erase weak logic, thin evidence, or a very old idea in a very modern haircut.

The real flex in physiotherapy is not sounding innovative.
It is knowing when to ask:
Does this actually help, or are we just redecorating pseudoscience?

Because sometimes the most “advanced” intervention is just the same old snake oil with better lighting.

07/05/2026

The paper’s framework is essentially a warning against the two biggest rehab and performance mistakes:

*Rushing adaptation*
*Underpreparing the athlete*

The “floor” is the athlete’s current physical capacity: what they can safely tolerate today.
The “ceiling” is the physical demand required by their sport: what they must tolerate to compete effectively and safely.
“Time” is the bridge between those two points.

The body does not adapt instantly. Tendons, muscles, aerobic systems, neuromuscular coordination, and tissue tolerance all adapt at different speeds. If load rises faster than adaptation, the athlete may temporarily perform but their tissues may not yet tolerate the demand; and that is where injury risk escalates.

The paper also argues that injury prevention is not simply “doing less.”
Underloading athletes creates another problem: they become fragile, underprepared, and incapable of handling high-intensity competition demands.

05/05/2026

Dealing with pain during gym or running workouts or daily life?

Shin pain, knee pain, shoulder injury, back pain, and knee issues.

Don’t wait for it to get worse.

DM us or comment, and let’s start your rehab journey.