Embody Wellness Studio

15/04/2026

Shout out to our newest followers! Excited to have you onboard!
Hope to meet you in person Ann Treloar sLeanne BirdusLynette Kennyyou are looking Todd CliffordamRaani FlanneryrsSharyn Watson, Alicia Frake LJade Bonneyy,Kristy Borliniley, Zaynab Falana, Todd Clifford, Raani Flannery, Sharyn Watson, Alicia Frake, Jade Bonney, Kristy Borlini

14/04/2026

What drives the core!? Great imagery and explanation.

Do you know the true biomechanics of your core?

Anatomy, nervous system, and biomechanics united in a single gesture. 👇

To truly understand how our core and breathing work, we have to look beyond the superficial muscles. In this infographic, we break down the neurophysiological relationship between the Diaphragm, the Phrenic Nerve, and Low Pressure Fitness (LPF) training.

The Electrical Wiring (Phrenic Nerve):

Originating from the cervical segments C3-C5, it is the only motor innervation pathway of the diaphragm. This means that your cervical posture directly influences your respiratory capacity and diaphragmatic tension.

Physiological Mechanisms of LPF:

By performing a deep expiratory apnea combined with a reflex costal expansion (voluntary opening of the lower ribs in the exhaled state), we trigger a fascinating biomechanical response.

14/04/2026

Forces from outside, or from a particular part of the body, are transmitted down through the fascial continuity to the cellular level, where they influence cell function (mechanotransduction), and a light therapeutic touch is increasingly recognized as the most effective way of affecting cell behaviour. Fibroblasts typically produce collagen along lines of tensional force, so that if a woman is carrying a handbag on her shoulder day after day, for example, the fascia will reinforce that myofascial tension pattern and eventually cause the area to become denser and elevated. This can then have a cascading effect through the tissues, creating patterns of compensation and limiting body-wide functionality.

13/04/2026

This is a good explanation. Myofascial body work can assist lymphatic flow. Find out how with our Structural Integration sessions.

12/04/2026

Fascia is one of the most mysterious parts of the human body.

When fascia becomes dehydrated and calcified, it turns hard, sticky, and stagnant. In this state, it can no longer send or receive signals efficiently. Even though our bodies are 70-80% water, it doesn’t sq**rt out when we are cut. That’s because most water in the body exists in a gel-like state, flexible and responsive to movement, pressure, thoughts, emotions, sound, and vibration.

Understanding fascia is challenging because it behaves like water in motion. It adapts constantly, shaping itself to the body’s activity and internal signals. While some properties of fascia are known, much of its behavior is still theoretical. Scientists and practitioners alike are exploring its hidden potential to better understand how the body communicates and responds.

By observing how water moves, we can gain insights into how fascia operates. Both share similar qualities of fluidity, adaptability, and responsiveness. This perspective helps explain why fascia can affect everything from flexibility to pain response, and why tension or dehydration can create widespread issues in the body.

Rather than getting lost in theory, many practitioners focus on reprogramming the body through fascia. Techniques to hydrate, stretch, and stimulate fascia help release stress and tension, restoring movement and energy flow. Learning to feel and engage fascia directly can create noticeable shifts in posture, comfort, and overall vitality.

Fascia remains an organ we may study for centuries without fully understanding. Its connection to water, vibration, and the body’s signals makes it fascinating and essential. By paying attention to fascia, we can influence how our bodies move, recover, and respond to daily life.

11/04/2026

Yes!

Honestly, some of the people I see in this modern world should just get back down to basics.

First, tummy time breathing and learning to lift your darn cranium.

Second, crawl. It’s the best. My favorite: 25 yard/meter square. Crawl straight out first 25, then go left, then backwards and then to the right to complete the square.

Let me know how that goes.

11/04/2026

Core sessions are the middle sessions 5-8 in a 12 series Structural Integration treatment of Myofascial meridian lines. This absolutely alters structural relationships. The amount of people that say to me- “I have always had knocked knees- that’s not going to change after 40 years is it?” Absolutely! Our bodies are amazing regenerating mechanisms. We are living breathing and changing tissue daily. We are not concrete statues stuck in form. Find out how by booking for Structural Integration sessions with Gretta.

Deep Front Line: The Hidden Core of Stability & Movement

The deep front line is not just a group of muscles—it is a continuous myofascial system that connects the feet, inner legs, pelvis, diaphragm, and spine into one integrated stabilizing network. It plays a central role in maintaining alignment, controlling movement, and regulating internal pressure. Unlike superficial muscles that produce large visible movements, this system works quietly in the background to provide deep stability and coordination.

At the lower limb level, the adductors act as a key component of this system. They do more than bring the legs together—they stabilize the femur within the acetabulum and control frontal plane motion. When functioning properly, they help maintain knee alignment and prevent excessive valgus collapse. The image showing knees moving inward with ankles apart reflects a breakdown of this system, where poor control leads to inefficient load distribution through the knee joint.

Moving upward, the deep front line integrates with the pelvis and spine through muscles like the psoas and pelvic floor. The psoas connects the lumbar spine to the femur, acting as both a hip flexor and a stabilizer of the lumbar region. Its role is highly dependent on its relationship with the diaphragm. When these structures are coordinated, they create a stable yet adaptable core that supports both posture and movement.

The diaphragm sits at the center of this system, linking breathing with stability. During proper breathing, the diaphragm descends, increasing intra-abdominal pressure, which is balanced by the pelvic floor and abdominal wall. This pressure system stabilizes the spine and pelvis, allowing efficient force transfer through the body. If this coordination is lost, both breathing efficiency and core stability are compromised.

Biomechanically, the deep front line functions as a central tension system. It distributes forces vertically and diagonally through the body, ensuring that movement is efficient and balanced. When this system is weak or poorly coordinated, compensations occur. These may present as knee valgus, pelvic instability, lower back pain, or even breathing dysfunction.

Another critical aspect is how this system integrates with gait. During walking, the deep front line helps control the transition of weight from one leg to the other, maintaining balance and alignment. Without proper function, the body loses its ability to efficiently manage these transitions, leading to increased strain on joints and soft tissues.

The key to optimizing this system lies in restoring coordination rather than isolating individual muscles. Strength, mobility, and breathing must work together to re-establish the natural synergy of the deep front line.

👉 The deep front line is the body’s internal support system, linking stability, movement, and breathing into one seamless function.

11/04/2026

6.30 is popular!!
Monday 4 places
Wednesday only 1 place.
Don’t forget to book in!
Embody Wellness Studio

11/04/2026

Once you understand the role fascia plays in the body it feels like everything makes so much more sense!

Fascia is a thin, tough, and 3D web of connective tissue that wraps around every muscle, bone, organ, nerve and blood vessel in your entire body. It has only recently been deemed one of the most vital organs in the human body. Mostly made of collagen and water, it provides internal structure and allows your tissues to glide smoothly against each other as you move.

When fascia is healthy, it is slippery, flexible and wavy. However, factors like inactivity, repetitive stress, injury or chronic stress can cause it to lose elasticity and become thick, sticky or hardened. Hardened fascia can bind to muscles and other tissues (forming “adhesions), which limits your range of motion and makes movement feel heavy and stiff.

Tight fascia can compress muscles and nerves, leading to painful knots called trigger points. Because fascia is a continuous network, tension in one spot (like your calves) can cause pain elsewhere (like your lower back).

If fascia becomes too rigid, it can exert significant pressure-up to 2,000 pounds per square inch-on sensitive nerves and blood vessels, casing numbness, tingling or reduced circulation. 😳

Ingesting toxins (chemicals, heavy metals) and storing negative emotions (stress, trauma), cause fascia to become rigid, restricted and adhered, effectively “freezing” the tissue in a contracted state. This structural change reduces lymphatic flow, leading to localized inflammation, chronic pain, restricted mobility and emotional restriction.

Impaired flow of lymph and “life force” energy (Qi) leads to exhaustion, and chronic, systemic illness. The accumulation of stress, toxins and inflammation in the fascia can also accelerate aging and contribute to illnesses like cardiovascular disease and diabetes.

I will put a BUNCH of tips and tricks in the comments section for how to keep fascia healthy and how to release stored emotions 🫶

SEE PMID: 39188704 & 37106661

09/04/2026

Great news! We are opening more sessions for studio pilates bookings. Thursdays now available. By appointment. Spots also for 30 minute Circuit Studio Pilates on Monday and Wednesday before work.
DM to get your spot 👇