Wholesome Yoga Therapy & Acupuncture

22/09/2026

Getting ready for the week by building gentle energy, stretching, and setting a focused intention for the days ahead 💙

22/09/2026

Scholars and philosophers have linked the breath to thought for many thousands of years. Some of the early Upanishads, philosophical Sanskrit texts from Hinduism’s oldest scriptures, directly coupled stability of the mind to stability of the breath. And in the West, this connection was made explicit in Homeric epics, The Iliad and The Odyssey, as Ancient Greeks thought the lungs were the seat of thought, emotion, and deliberation.

Modern cognitive scientists have identified still more explicit links, finding that the breath can have profound impacts on memory, attention to sensory signals, and sensitivity to emotions such as anxiety. But new research suggests the relationship between breath and thought may be even more intimate and subtle than scientists had thought. A team of scientists found that the electrical signaling deep in the limbic and cortical parts of the brain may track the specific shape of each breath on a millisecond basis, like a fingerprint. They published their results in the Journal of Neuroscience.

The new work combines big questions from cognitive science, such as the nature of thought, with the methods of data science, says Bradley Voytek, coauthor of the study and chair of the University of California, San Diego, cognitive science department. “One of the cornerstones of cognitive science is that we’re not just brains in a vat,” says Voytek. “We’re not just transistors, like little binary signaling units. We are embodied. Our brains exist in a body that evolved in this complicated world that obeys certain laws of physics, and that embodiment affects our cognition.” What data science brings to the work is the perspective that the world is rich with signals, and everything is data that can be measured, including temporal variations in the breath.

Eena Kosik-Rose, a UC San Diego PhD student in the Department of Cognitive Science, led the study, together with Voytek, as well as scientists from Northwestern University, the George Washington University School of Medicine, the University of Iowa, and Children’s National Hospital.

Nautilus spoke with Voytek about what features of the breath they measured, why they worked with epilepsy patients, and how much of our breathing is under our conscious control.

https://nautil.us/the-rhythm-of-your-breath-leaves-a-fingerprint-on-your-thoughts-1285059

21/09/2026

While this sounds like a “magical” manifestation technique, this idea is actually rooted in real neuroscience and cognitive psychology, often tied to how our brain’s filtering systems work. When you shift your mindset and decide that things are going to work out, you activate a natural loop involving your brain’s Reticular Activating System (RAS), prefrontal cortex and hippocampus.

To elaborate, the world is filled with an overwhelming amount of sensory data. To keep your brain from frying, it constantly filters out information it deems irrelevant. If you constantly repeat the story that “nothing ever works out for me”, your brain treats that as a instruction. It actively filters out opportunities, positive angles, and solutions because they don’t match your internal map.

The moment you genuinely decide things WILL work out, you give your brain a new directive. Suddenly, your attention shifts. You begin noticing opportunities, connections, and resources that you previously would have scrolled past or ignored like spam. This shift in perception leads to a shift in behavior. Because you expect a positive outcome, you are more likely to take decisive action, hold focus, and stay resilient through setbacks.

This psychological shift fundamentally changes how your body handles stress. When you stop feeling trapped by circumstances and instead reclaim your power of choice, your biological response changes from high stress to a sense of freedom and control. It isn’t mysticism, it is neuroplasticity—rewriting your internal neural map so your actions align with a better storyline.

Check out the comments section for tips on truly believing everything will work out for you as well as the references for this information 🫶

18/09/2026

If one side of your neck always feels tight, the usual side stretch isn’t always enough.

Turn your head first, then gently bring your chin down. That changes the angle and can target the deeper muscles at the back and side of your neck more directly.

Use your hand only as a guide. Don’t pull hard.

Hold for around 20 to 30 seconds, then switch sides.

Comment NECK to start my Neck & Posture Program and get 40% off.

Keep it gentle and stop if you feel dizziness, tingling, numbness or sharp pain.

17/09/2026

17/09/2026

14/09/2026

Biomechanics of Re**us Abdominis–Psoas Balance

The image illustrates the mechanical relationship between the re**us abdominis and the iliopsoas, particularly how their opposing actions can influence pelvic position, lumbar curvature, and lumbopelvic stability. The re**us abdominis attaches between the rib cage/sternum and pelvis, while the iliopsoas connects the lumbar spine and pelvis to the femur. Their combined activity contributes to controlling the position of the pelvis and trunk during movement.

The re**us abdominis primarily produces trunk flexion and contributes to posterior rotation of the pelvis when the pelvis is relatively free to move. When it contracts effectively, it can help control excessive anterior pelvic rotation and limit excessive lumbar extension. It also contributes to abdominal pressure and trunk stiffness, which are important during lifting and other activities requiring spinal stability.

The iliopsoas, consisting mainly of the psoas major and iliacus, is a powerful hip flexor. The psoas major also has direct attachments to the lumbar vertebrae, so its contraction can influence lumbar and pelvic mechanics. Depending on the position of the pelvis and femur, increased iliopsoas activity can contribute to anterior pelvic rotation and increased lumbar extension, particularly when the abdominal and gluteal muscles are unable to adequately control the movement.

The important biomechanical principle is the balance of opposing moments. The re**us abdominis can generate a posterior pelvic-rotation moment, while the hip flexors can contribute to an anterior-rotation moment. The actual pelvic position is determined by the combined effects of these muscles along with the gluteus maximus, hamstrings, spinal extensors, other abdominal muscles, and external forces such as gravity.

The image also highlights the importance of the lumbar spine–pelvis relationship. Because psoas major attaches directly to the lumbar spine, its force can have effects at both the hip and lumbar region. When the femur is fixed, contraction of the iliopsoas can influence pelvic and lumbar positioning; when the pelvis is fixed, it primarily contributes to hip flexion. This is a good example of how muscle action depends on which segment is stabilized.

From a kinetic-chain perspective, altered lumbopelvic mechanics can influence hip extension, walking, running, squatting, and lifting. For example, limited hip extension may encourage compensatory anterior pelvic rotation and lumbar extension, while inadequate trunk control may increase the demand on the hip flexors. These relationships are dynamic rather than simply a matter of one muscle being “tight” and another being “weak.”

The concept of “re**us–psoas balance” should therefore be interpreted as coordinated neuromuscular control rather than a simple tug-of-war between two muscles. The nervous system continuously adjusts muscle activity according to the task, joint position, external load, and required stability. A muscle can be active without necessarily being pathologically tight, and pelvic tilt alone does not establish dysfunction.

🔑 Key biomechanical takeaway

Re**us abdominis → trunk flexion + posterior pelvic control
Iliopsoas → hip flexion + influence on lumbar/pelvic mechanics
Balanced muscle activity → controlled pelvic position + efficient lumbopelvic movement

Ultimately, efficient movement depends on the interaction of the entire lumbopelvic-hip complex, not on the isolated strength or flexibility of the re**us abdominis or psoas. Persistent pain or functional limitation should be assessed in the context of the individual's complete movement pattern.

14/09/2026

👂In acupuncture, the ear is regarded as a mini map of the body, and each acupoint corresponds to different body parts, systems, and organs. Acupuncture is an inexpensive, safe, and effective treatment for many chronic disorders and can be used preventively as well. The overall effect of auricular acupuncture is to create a more balanced condition and environment throughout the body.

How it works:
👂When needles are inserted into acupuncture points, the body releases natural painkillers (endorphins), which enter neural pathways to relieve pain and encourage healing. By facilitating a balancing of energy throughout the body's macrosystems or by correcting pathological reflex centers in the brain, stimulation of the auricular acupuncture microsystem can lead to a homeostatic state whereby any form of stress or pain is lessened. Stimulation of the specific ear reflex points that correspond to a particular area in the body leads to either a reduction of excess stimulation or an enhancement of diminished underactivity of the affected region.

To enquire or book, WhatsApp 082 445 3310, or for a full list of treatment options, visit yogatherapy.co.za

14/09/2026

Our brains are on overload.

Bombarded by endless notifications, doomscrolling, and heated debates—especially with politics dominating social media.

This constant stimulation floods your system with stress hormones like cortisol, over-activating your amygdala (the brain’s fear center) and leaving you feeling anxious, irritable, and exhausted.

Research shows that chronic exposure to this kind of stress impairs focus, disrupts sleep, and even weakens your immune system.

Step away.
Let your brain reset.
Take a walk in nature, practice breathwork to calm your nervous system, or simply embrace moments of boredom where creativity and problem-solving thrive.

Disconnecting from the noise is essential for your mental and physical health.

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13/09/2026

Maybe you came to yoga for flexibility or strength.⁠
And then, somewhere along the way, it started to feel like something more.⁠
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You began to notice your patterns—on the mat and in your life. Where you resist. Where you push. Where you soften. You started to sense how your breath shapes your body, and how your thoughts shape your breath.⁠
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Through practice, your awareness sharpened. Not just of your muscles or joints, but of your internal dialogue. The narratives you live by. The way your body speaks when you finally get quiet enough to listen.⁠
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You start to discern what’s noise and what’s true.⁠
And in that space of clarity, yoga becomes less about what you do and more about how you are.⁠
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Yoga is a way home to the simplest truth: your own presence.⁠

Ready to take this inquiry into your own experience with Bernie Clark himself?

Explore his Yin Yoga Challenge—an invitation to create space, settle your system, and listen more closely to what’s happening within: https://yogainternational.com/ecourse/player/yin-yoga-with-bernie-clark/