Bend It Like Buddha Yoga - UK

18/06/2026

It all begins with the feet 👣

Your shoulder may not be the problem... it may just be the employee working overtime.

🤔

Most people think the body works as separate parts. It doesn't. It works like a team. When one player can't do its job, someone else has to pick up the slack.

Take your big toe. During walking, it should extend as you push off the ground. If it can't, your ankle never moves through its full range. When the ankle can't extend, the calf stays shortened instead of lengthening like a spring to absorb and release energy.

That small change doesn't stay in your foot. It travels up the chain.

Because you can't push off properly, the opposite glute can't lengthen enough to slow your body as you step forward. Your knee loses one of its biggest shock absorbers, so it begins handling forces it wasn't designed to manage.

At the same time, your torso doesn't rotate as freely. Instead of your spine sharing the motion, your shoulder has to swing harder and farther to keep you moving. Thousands of extra arm swings every day create extra stress on the shoulder, neck, and upper back.

A stiff big toe can influence a tight calf. A tight calf can change ankle motion. Limited ankle motion can reduce glute function. Reduced glute function can overload the knee. Less torso rotation can increase shoulder stress.

That's why pain often shows up far away from where the real problem started.

The body is one connected system. Sometimes helping your shoulder begins with your foot.

Get 👉🏻The Book of Painless Exercise
here are the links for the BUNDLE AND DIGITAL OPTIONS,

Digital - https://www.romfit.com/products/pnlexdg
Bundle - https://www.romfit.com/products/pnlbundle

Become a Better Human

17/06/2026

6.30 pm tonight - zoom yoga
Shoulder work - bring a belt and blocks
😊🧘‍♀️

09/06/2026

05/06/2026

A few days away and no yoga practice led me to think about the beauty of allowing yourself to be a beginner again. A yoga practice is not mechanical, it’s living and breathing, easeful and challenging. A pathway for new opportunities in body and mind.
Join me online via Zoom or subscribe to the class library

01/06/2026

I am here for a few days, no online class this week. See you on 10th June 🙏😊

20/05/2026

Online Zoom class tonight 6.30pm.
Focus - using muscular and organic energy in the poses 🙏

12/05/2026

Apologies but no online yoga this Wednesday 13th May. Back 20th May 6.30pm 🙏

18/04/2026

So enjoyed teaching my first workshop . Huge thanks to those who came along to work on hanumanasana. And thanks to Ezgi for asking me!

04/04/2026

The Diaphragm: The Most Important Yet Most Dysfunctional Muscle?

The diaphragm is the primary muscle of respiration, yet it is far more than just a breathing muscle. Anatomically, it forms a dome-shaped structure separating the thoracic and abdominal cavities, with its fibers originating from the lower ribs, sternum, and lumbar spine, converging into the central tendon. When it contracts, the dome flattens and descends, increasing the vertical dimension of the thoracic cavity and creating negative pressure that draws air into the lungs. This action is accompanied by an outward expansion of the lower rib cage, reflecting its strong biomechanical connection with rib movement.

However, the diaphragm’s true importance lies in its dual role as both a respiratory and postural muscle. During contraction, it increases intra-abdominal pressure, working synergistically with the abdominal wall, pelvic floor, and deep spinal stabilizers. This pressure system acts like a hydraulic cylinder, stabilizing the spine and allowing efficient force transfer during movement. In this way, every breath directly influences posture, balance, and overall movement efficiency.

Despite its importance, the diaphragm is often dysfunctional in modern lifestyles. Poor posture, prolonged sitting, stress, and habitual chest breathing reduce its effectiveness. Instead of descending properly, the diaphragm may show limited excursion, leading to over-reliance on accessory muscles such as the neck and upper chest. This results in shallow breathing patterns, reduced oxygen efficiency, and increased muscular tension in the cervical and thoracic regions.

Biomechanically, a dysfunctional diaphragm disrupts the balance between stability and mobility. Reduced intra-abdominal pressure compromises spinal support, increasing the risk of low back pain and inefficient movement patterns. At the same time, altered rib mechanics limit thoracic expansion, further impairing breathing efficiency. In some cases, paradoxical breathing patterns may develop, where the abdomen moves inward during inspiration instead of outward, indicating poor diaphragmatic control.

The arrows in the image illustrate the multidirectional force vectors generated by the diaphragm. These forces not only expand the rib cage but also distribute pressure across the abdominal cavity. When functioning optimally, this creates a coordinated system where breathing, posture, and movement are seamlessly integrated.

Restoring diaphragmatic function requires retraining both breathing patterns and posture. Encouraging nasal breathing, improving rib cage mobility, and strengthening the deep core system can help re-establish efficient diaphragm mechanics.

👉 The diaphragm is not just a breathing muscle—it is the central regulator of pressure, posture, and performance, and its dysfunction can ripple through the entire body.