Colleen Pycroft Craniosacral Therapist

01/11/2025

27/10/2025

Science has discovered that all living beings emit faint visible light—a biophotonic glow that vanishes at death. This subtle luminescence, invisible to the naked eye, reveals that life itself radiates energy, harmony, and consciousness. It is the silent pulse of creation within every cell.

Every heartbeat, every breath, generates photons through metabolic processes. Yet beneath the biology lies something even more profound: a light that mirrors the ancient teachings of the soul. Across cultures, sages spoke of an “aura,” the luminous body of spirit. Science now touches the edge of this mystery with modern tools.

These biophotons are more than byproducts of life—they are communication signals, connecting cells through frequencies of light. The body does not merely live; it shines. The same divine intelligence that animates stars flickers within us, whispering that existence is radiant at every scale.

When the body dies, this glow fades—not as disappearance, but as transition. The energy does not end; it changes form, moving beyond visible spectrum into realms unseen. What remains is essence, eternal and expansive.

This phenomenon bridges the measurable and the mystical, the physical and the spiritual. It reminds us that the boundaries between science and soul are thinner than we imagine.

To live consciously is to brighten that light—to let awareness and love increase the radiance that life already carries within. Every act of kindness, every moment of gratitude, amplifies that glow.

We are not beings seeking light; we are light remembering itself.

07/10/2025

A groundbreaking study from Wuhan University is turning everything we thought we knew about Parkinson’s disease upside down. Researchers now believe the disease may not start in the brain at all, but in the kidneys.
The study found abnormal clusters of alpha-synuclein (α-Syn) proteins, the same ones heavily linked to Parkinson’s, inside the kidneys of affected patients. These proteins are known to trigger neurological damage when they build up in the brain. However, in animal experiments, healthy kidneys successfully cleared these proteins. When kidney function was impaired, the α-Syn proteins began to travel to the brain, setting the stage for Parkinson’s.
Shockingly, even people with chronic kidney disease but no neurological symptoms were found to have α-Syn buildup. This discovery suggests the kidneys might act as an early “reservoir” for toxic proteins, which could later spread through the bloodstream or nerves and affect the brain.
Though early and based on limited data, this research could completely change how we understand and treat Parkinson’s. It raises the possibility that monitoring and protecting kidney health might one day help prevent or delay the onset of this devastating condition.

23/09/2025

https://www.instagram.com/p/DO2y5MDDFAB/
Heartfelt thanks to everyone!

Via beatricetreats

💜 Grateful to be part of this inspiring and heart opening event, the CSTA’s first Craniosacral Conference, ‘From the Heart’, organised by the Craniosacral Association, Jo Coole, Jane Shaw, Lizette Villaverde, Sarah Nesling and Giulia Vaccari sharing their insights and talents, all in the surrounds of the light and atmospheric Colet House. Well done and thank you to all involved and looking forward to the next one!💜✨🙏🏼
Image credit - Tim Kirkpatrick

Craniosacral Therapy Association UK - CSTA Andrew Radley - Body-Based Coach and Therapist Gerri McLoughlin - Craniosacral Therapy Craniosacral Collaborative Cranio in the Community Circle Cranio - Jo Coole Jane Shaw Natural Health Ashby Cranio Dawn Goodes Therapies Giulia Vaccari

18/09/2025

18/09/2025

🎄✨ Off to Poland for the ultimate Christmas retreat! 🇵🇱❄️29/11 to 2/12

We’re trading office lights for twinkling fairy lights at Kraków’s magical Christmas market 🎁🍷, celebrating with a festive party full of cheer 🥳🎅, and then melting all the stress away in tropical pools 🌴💦 (because why not feel a bit of summer in December?).
Christmas vibes + Polish traditions + pure relaxation = the best holiday combo ever. 💫£435 po collection from airport helping with flights

18/09/2025

In a stunning medical discovery, scientists have found a previously unknown organ hidden deep inside the human throat. This new organ, a pair of salivary glands located near the upper throat behind the nose, was detected accidentally while researchers were studying cancer patients using advanced imaging technology.

For centuries, anatomy textbooks listed only three major salivary gland pairs, the parotid, submandibular, and sublingual glands. The discovery of this hidden set, now referred to as the tubarial glands, adds an entirely new piece to our understanding of the human body. These glands are believed to play an important role in lubricating and protecting the upper throat and nasal passages.

The finding has huge medical implications. Knowing about the tubarial glands could help doctors avoid accidentally damaging them during treatments like radiation therapy for head and neck cancers. Protecting these glands may prevent complications such as chronic dry mouth and swallowing difficulties, improving patient recovery and quality of life.

This remarkable discovery proves that even in the 21st century, there are still secrets left in human anatomy. It reminds us that the human body is more complex and mysterious than previously thought, and that groundbreaking discoveries can still reshape science and medicine.

21/08/2025

Healthy Fun and Vital for Wellbeing

10/08/2025

CRANIO is perfect for cranial base , head and neck release of tension so this article by Posturepro makes our job so important 🙌🫶

The suboccipitals are a group of small but powerful muscles located just beneath the base of your skull. They control precise movements between your skull and the top two vertebrae in your neck:

These muscles are densely packed with proprioceptors and are directly tied to how your eyes stabilize your visual field. In fact, every time your eyes track, fixate, or shift, the suboccipitals coordinate to keep your head still and aligned. That link is what makes them so sensitive to eye strain or visual dysfunction.

When your eyes struggle to converge or focus properly, your suboccipitals often overcompensate, locking down into a state of chronic tension. This can lead to nerve compression, poor cervical coordination, and suboccipital headaches that mimic migraines.

What most people miss is this: eye imbalances are not just about blurred vision or eye fatigue. They directly overload the postural system. If the eyes can’t guide the head, the suboccipitals take over. Over time, that creates tightness, headaches, neck pain, and loss of upper body stability.

Fix the eyes. Release the neck. Change the posture. It starts with restoring the link between vision and spinal control.

28/07/2025