Bowenwork Marin

02/20/2026

Fascinating!

02/20/2026

Healing Soul~Mind~Body at Bowenwork Marin

Bowenworkmarin.com

Jaw and pelvic floor pattern.

Both regions have fascial anchors called the midline raphe that "connect" the two sections of the jaw and pelvis.

The midline raphe in the pelvic floor fuses with the anococccygeal ligament, anchoring the two sides of the pelvic floor to it's base (the coccyx).

The hyoid bone is the base for the tongue and the suprahyoid muscles, connecting the jaw to the chest, scapula and head.

Focusing on the pelvic jaw connection in spinal mobility exercises can create a centering feeling in Pilates.

Keep you jaw suspended and pelvis supported.

Movement is medicine

Tom

02/15/2026

Healing Soul~Mind~Body at Bowenwork Marin

Bowenworkmarin.com

Not everyone loves massage oils.

Bowen Therapy doesn’t use them.

Sessions can be performed through light, loose clothing — with no messy residue and no need to shower afterwards. That makes it a practical option for busy people heading back to work, picking up the kids, or continuing their day.

Gentle. Precise. Convenient.

That’s the beauty of Bowen.

02/12/2026

MSTR is brilliant Scar Work!

Healing Soul~Mind~Body at Bowenwork Marin

Bowenworkmarin.com

Tissues change when they’re ready.

In MSTR®, we understand that tissue does not exist in isolation.
It is informed by the nervous system, shaped by experience, and governed by protection.

Restriction is not dysfunction. It is communication.

Scar tissue, adhesions, and density often reflect the body’s attempt to stabilise, contain, or survive.
To force change without understanding that context is to ignore the intelligence of the system.

MSTR® is neuro-informed work.
We recognise that lasting tissue change requires safety before mobility, and trust before release.
The nervous system must be involved, not bypassed.

We do not impose force.
We do not provoke pain to prove effectiveness.
We do not equate intensity with outcome.

Instead, we listen.
We assess.
We apply precise, respectful input and allow the body to decide how and when to respond.

This is an ethical approach to manual therapy.
One that honours consent, pacing, and the body’s protective strategies.
One that values integration over immediacy.

Change that is forced may be visible.
Change that is permitted is sustainable.

When tissue feels threatened, it resists.
When it feels safe, it reorganises.
When it is ready, it changes.

02/11/2026

I love sharing MSTR Scar Work with my clients!

The physical and emotional change after MSTR is life changing.

Healing Soul~Mind~Body at Bowenwork Marin

Bowenworkmarin.com

The nervous system responds better to specific, repeated, interpretable stimuli than to intense, uncontrolled ones.

Find out more in this free presentation:

https://www.mcloughlin-scar-release.com/access-fascia

02/04/2026

Sleep is active recovery for Body-Mind-Soul!

I love this explanation of the importance of sleep to your health and wellbeing!

A beautiful side effect of a Bowenwork Marin session is better sleep!

Healing Soul~Mind~Body at Bowenwork Marin

Bowenworkmarin.com

02/04/2026

Healing Soul~Mind~Body at Bowenwork Marin

I am in constant awe of the EMMETT-Technique because in seconds the whole body can melt into ease and realign with barely touching the body.
AMAZING!

Bowenworkmarin.com

EMMETT Technique is considered a light touch, gentle therapy to enable muscle release.

Research indicates that light touch therapies can have a wide range of benefits, including reducing pain, alleviating muscle tension, improving circulation, and supporting mental and emotional well-being. The gentle nature of these therapies makes them suitable for individuals with high sensitivity, chronic pain, or those recovering from trauma or injury.

Research in the EMMETT World is growing slowly - one example can be found here

https://www.emmett-technique-hq.com/news-articles/item/emmett-technique-for-balance-enhancing-athletic-performance-and-motion

01/31/2026

Healing Soul~Mind~Body at Bowenwork Marin

Bowenworkmarin.com

🔗 Kinetic Chain – The Alternating Pattern of Stability and Mobility

The kinetic chain describes how the human body functions as an interconnected system rather than isolated joints. Every joint influences the one above and below it, meaning dysfunction in a single region can create compensations throughout the entire body. This image highlights a fundamental biomechanical principle: the body alternates between joints designed primarily for stability and joints designed primarily for mobility.

At the top of the chain, the cervical spine requires stability to support the head and protect neural structures while allowing controlled movement. Excessive mobility here often develops as compensation for restrictions elsewhere, commonly presenting as neck pain, headaches, or muscle tension. Proper cervical stability depends on deep neck flexors and postural control rather than large, force-producing muscles.

Moving downward, the thoracic spine is designed for mobility, especially rotation and extension. Adequate thoracic movement allows efficient arm swing, overhead reach, and trunk rotation. When thoracic mobility is restricted—often due to prolonged sitting or poor posture—the cervical and lumbar regions are forced to move excessively, increasing injury risk.

The lumbar spine is primarily a stability segment. Its role is to transfer forces between the upper and lower body while maintaining a neutral alignment. When lumbar stability is compromised, excessive motion appears in the lower back, often leading to disc stress, muscle overuse, and chronic pain. Many cases of low back pain are not due to stiffness, but rather a lack of segmental control.

Below the lumbar spine, the hip joints are built for mobility. They allow large ranges of motion in all planes and act as major force generators during walking, running, and lifting. Restricted hip mobility commonly shifts movement demand to the lumbar spine or knees, explaining why hip stiffness is frequently linked to back and knee problems.

The knee joint functions primarily as a stability joint. While it allows flexion and extension, it relies heavily on surrounding structures for alignment and load distribution. Poor hip or ankle mobility increases rotational and shear forces at the knee, often contributing to ligament strain, patellofemoral pain, or meniscal stress.

At the base of the chain, the ankle and foot complex require mobility, particularly dorsiflexion and controlled pronation–supination. This mobility allows shock absorption and adaptation to the ground. When ankle mobility is limited, compensations occur at the knee and hip, altering gait mechanics and increasing overall load through the system.

The alternating pattern of stability and mobility is not random—it is essential for efficient movement. When a joint fails to meet its primary role, the body adapts by borrowing motion or stability from neighboring joints. Over time, these compensations reduce efficiency, increase energy cost, and elevate injury risk.

Understanding the kinetic chain shifts the focus of assessment and rehabilitation. Pain at one joint often originates from dysfunction elsewhere in the chain. Restoring the correct balance of stability and mobility at each level allows forces to flow smoothly through the body, improving performance and reducing strain.

The body moves best when each link in the chain does its job. Stability where control is needed, mobility where motion is required, and coordination everywhere in between.

01/25/2026

Healing Soul~Mind~Body at Bowenwork Marin

Bowenworkmarin.com

01/17/2026

A beautiful explanation of how we contact the Nervous System as a Spinal Flow practitioner.

Healing Soul~Mind~Body at Bowenwork Marin

Bowenworkmarin.com

Why Access Points Work (A Practical Anatomy Explanation)

Spinal Flow access points are often described as an “in-road” to the central nervous system (CNS). Anatomically, we are not physically touching the spinal cord or dura mater, because these structures are protected beneath bone.

Instead, access points work through how the nervous system receives information.

1) The body responds to light, specific sensory input
Skin, fascia, and tissues near bone contain mechanoreceptors that convert touch and pressure into neural signals that are processed by the CNS.

2) The upper neck has a real structural link into the dural system
There is an anatomical connection called the myodural bridge, linking suboccipital tissues to the cervical spinal dura mater. This supports the idea that changing tension in this region can influence the dural system indirectly, without direct contact.

3) CSF movement is driven by internal rhythms, not external force
Cerebrospinal fluid motion is largely influenced by cardiac and respiratory-driven forces. When the nervous system settles and breathing patterns change, the internal environment CSF moves through can shift as well.

In simple terms:
Access points don’t work because we “push on the CNS.”
They work because they provide a precise, repeatable signal the nervous system can respond to.

References
• Iheanacho F, et al. Physiology, Mechanoreceptors. StatPearls (NCBI).
• Enix DE, et al. The cervical myodural bridge: a review of literature. (2014).
• Yatsushiro S, et al. Cardiac- and respiratory-driven CSF motion… (2022).
• Gutiérrez-Montes C, et al. Effect of normal breathing on CSF movement… AJNR (2022).

01/14/2026

Your Soul Light is your inner healing Magic Pill.

Resetting the Nervous System to ignite your inner light.

Healing Soul~Mind~Body at Bowenwork Marin

Bowenworkmarin.com

01/13/2026

Spinal Flow gently shifts the body out of fight and flight into rest-relax-repair which calms and resets the Nervous System so that you can heal.

Healing Soul~Mind~Body at Bowenwork Marin

Bowenworkmarin.com

It's not " What's wrong with you?" It's "What happened to you?" Modern neuroscience is revealing something profound: your adult body still carries the imprint of your childhood nervous system. Long after memories fade, the way your nervous system learned to respond to the world as a child continues to influence how you feel, react, and regulate stress as an adult.

The nervous system develops rapidly in early life. During childhood, especially in the first few years, the brain and body are constantly scanning the environment for safety or danger. These signals shape the autonomic nervous system, which controls involuntary functions like heart rate, breathing, digestion, and stress responses.

If a child grows up in a calm, predictable, and supportive environment, their nervous system tends to learn balance. It becomes skilled at moving between states of alertness and rest. But when a child experiences chronic stress, neglect, fear, or instability, the nervous system adapts for survival. It may become hyper-alert, shut down emotionally, or stay stuck in stress mode.

This is not a failure, it is adaptation.

The body learns what it needs to do to survive its early environment. Those patterns can include being constantly on guard, dissociating, people-pleasing, or having difficulty relaxing. As adults, these responses often show up as anxiety, chronic tension, digestive issues, emotional numbness, or difficulty regulating emotions even when life is no longer dangerous.

Importantly, these patterns are stored in the body, not just the mind. The nervous system remembers through muscle tension, breathing patterns, posture, and hormonal responses. This is why logic alone often cannot override stress reactions. The body reacts before conscious thought has time to intervene.

Researchers studying neuroplasticity have also found hopeful news. While early nervous system wiring is powerful, it is not permanent. The nervous system remains adaptable throughout life. With supportive experiences, therapy, mindful practices, and safe relationships, the body can learn new patterns of regulation.
Practices such as slow breathing, somatic therapy, trauma-informed counseling, gentle movement, and consistent emotional safety can help retrain the nervous system. Over time, the body learns that it no longer needs to stay in survival mode.

This research has reshaped how scientists and clinicians understand trauma, stress, and healing. Rather than asking, “What’s wrong with you?” the focus shifts to “What happened to you and how did your body adapt?”

Understanding that your nervous system carries your history can be deeply validating. It reframes symptoms not as weakness, but as intelligent responses learned early. Healing then becomes less about forcing change and more about teaching the body that safety is possible now.

Your adult nervous system is not broken.

It is experienced.

And with the right support, it can learn new ways to exist—calmer, safer, and more at ease than before.

Source:National Institute of Mental Health (NIMH) – Stress and brain development