AC Sports Therapy and Massage

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AC Sports Therapy and Massage

Movement & Wellbeing Specialists
📍Mobile & Events📍Berkeley Clinic
▫️Sport massage & Injury Rehab
▫️Pain & Stress management
▫️Cupping,shockwave,needling
(1)

05/03/2026

After intense training, your muscles aren’t the only tissues under stress — the fascia (the connective tissue surrounding muscles) also experiences load, compression, and reduced glide.

Fascial scraping helps restore that glide and improve recovery through several mechanisms:

🟣Improved microcirculation
Mechanical stimulation of the tissue can increase local blood flow, helping deliver oxygen and remove metabolic by-products.

🟣Fascial rehydration & tissue mobility
Training can temporarily stiffen fascia. Instrument-assisted scraping helps stimulate fibroblasts and improve fluid movement within the extracellular matrix, allowing fascial layers to slide more freely.

🟣Neuromodulation of pain and stiffness
Stimulation of mechanoreceptors in the skin and fascia can alter sensory input to the nervous system, often reducing perceived tightness or soreness.

Fascial scraping isn’t “breaking adhesions” as often claimed. Instead, it works through circulatory, neurological, and connective tissue responses that help the legs feel lighter and more mobile after heavy training.

04/03/2026

Recovery isn’t just about rest — it’s about restoring movement, circulation, and nervous system balance.

Here’s how sports massage, dry needling, and cupping may support recovery

🟣Sports Massage
Mechanical pressure helps:
• Increase local blood flow
• Reduce muscle stiffness
• Improve short-term range of motion
• Down-regulate sympathetic (stress) activity

Post-exercise, this may reduce perceived soreness and improve readiness for your next session.

🟣Dry Needling
Targets myofascial trigger points and sensitised tissue. Research suggests it may:
• Reduce nociceptive input (pain signalling)
• Improve muscle activation patterns
• Decrease local muscle tone
• Improve short-term function

Helpful for both athletes and desk-based humans dealing with persistent tightness.

🟣Cupping Therapy
Creates negative pressure, which may:
• Increase superficial blood flow
• Stimulate mechanoreceptors
• Influence fascial glide
• Modulate pain through neurophysiological mechanisms

Often used for recovery blocks or chronic tension patterns.

We don’t “flush toxins” we influence the nervous system, circulation, and tissue sensitivity.

They’re tools — not magic fixes. Best combined with:
🟣Progressive strength training
🟣Sleep
🟣Load management
🟣Good nutrition

Recovery is strategic.

27/02/2026

Your body is designed for movement, but it adapts to what you repeatedly do… or don’t do.

When muscles and connective tissues don’t get regular mobility work, strength loading, or recovery:

🟣Muscles shorten and weaken – Reduced movement leads to loss of sarcomeres and decreased neuromuscular efficiency.
🟣Fascia stiffens – Hydration and glide between tissue layers decrease, limiting range of motion.
🟣Joint lubrication declines – Synovial fluid circulation depends on movement. Less motion = less nourishment to cartilage.
🟣Tendons lose load tolerance – Collagen remodeling requires mechanical stress. Without it, tissues become less resilient.
🟣Bone density decreases – Wolff’s Law: bone adapts to load. No load = reduced density over time.
🟣Movement patterns compensate – The body redistributes stress, increasing injury risk elsewhere.

Your musculoskeletal system isn’t just about exercise — it’s about regular mechanical input.

Mobility.
Strength.
Recovery.
Consistency.

Maintenance isn’t optional. It’s biological.

22/02/2026

“When will I know I’m ready to run again after this sprain”

The famous question…

After an ankle sprain, pain often settles before your ankle is actually ready for running.

That’s because ankle sprains (most commonly injury to the lateral ligaments like the ATFL) don’t just cause pain they disrupt:
🟣Strength
🟣Proprioception (joint position sense)
🟣Tendon stiffness
🟣Reactive stability
🟣Confidence

Pain is only one variable. Running loads the ankle at 2–3x bodyweight, with rapid ground contact times. If strength, stiffness, and neuromuscular control haven’t been restored, the ankle may feel okay walking but fail under running load.

Why it’s hard to “feel ready”
🟣Ligaments heal slower than pain settles
🟣Swelling alters joint mechanics
🟣The brain downregulates force after injury
🟣Fear of re-injury changes movement patterns
🟣Balance deficits can persist for months

So readiness isn’t just about pain-free movement — it’s about load tolerance.

Rehab boxes to tick before you trial a run

🟣Range of motion
• Dorsiflexion within ~90–95% of the other side
• No stiffness that alters your gait

🟣Strength
• 25+ single-leg calf raises, controlled
• Peroneal strength comparable to the other side
• No pain 2/10 with hopping

🟣Plyometric tolerance
• Pain-free single-leg hops
• Forward and lateral hops without instability
• Good landing control (no wobble or collapse)

🟣Balance & control
• 30–45 sec single-leg balance eyes closed
• Star excursion / reach tests symmetrical

🟣Load response
• Brisk walk 30 mins pain-free
• Next-day response: no increase in swelling or pain

The first run back…

Start with a walk–jog interval (e.g., 1 min jog / 1 min walk x 10).
Monitor 24-hour response. Progress volume before speed.

🟣incomplete rehab is a major risk factor for recurrent sprains and chronic ankle instability.

Your ankle should be strong, reactive, and confident before you chase mileage.

19/02/2026

Soft tissue manipulation (massage, myofascial release, trigger point therapy, scraping, cupping etc) doesn’t “break up scar tissue” or “realign fascia” the way social media sometimes claims.

So what does it do?

🟣Modulates the nervous system
Manual pressure stimulates mechanoreceptors in skin and muscle → this changes input to the spinal cord and brain → pain sensitivity can decrease.

🟣Reduces threat perception
Pain isn’t just tissue damage — it’s the brain’s interpretation of threat.
Touch, pressure, and therapeutic interaction can lower perceived threat and calm protective muscle guarding.

🟣Improves short-term mobility
Soft tissue work can temporarily increase range of motion by:
• Reducing muscle tone
• Increasing stretch tolerance
• Decreasing protective guarding

🟣Increases local circulation (temporarily)
There’s a short-lived increase in blood flow, which may support recovery and reduce soreness.

🟣Creates a “window of opportunity”
Pain relief + improved mobility = ideal time to load, strengthen, and retrain movement patterns.

18/02/2026

Skip the travel and let us come to you.

Our home-visit treatments are designed to make your care as convenient and comfortable as possible. Being treated in your own environment means:

🟣No stressful journeys or parking worries
🟣No time spent sitting in waiting rooms
🟣Treatment tailored to your everyday surroundings
🟣Ideal if you work from home and can’t easily get out during the day
🟣Helpful if you have childcare commitments
🟣Perfect for anyone with mobility issues or recovering from injury or surgery

Message us to arrange a home visit.

15/02/2026

Our focus is simple: helping you move better and with less pain.

That doesn’t always mean your issue started with an injury. Often, it’s dysfunction — small imbalances or habits that build up over time without you even noticing.

Sometimes the cause is something simple, subtle, and completely fixable once it’s understood.

Our treatment room is a safe space. A place to talk, to vent, and to discover your body in a different way.

Because better movement starts with better awareness. It’s why we ask pointed questions and challenge what you think is normal!

11/02/2026

It will be of no surprise to know that we don’t offer the fluffy nice kind of pregnancy massage.

We want to have a biological impact.

Why does pregnancy cause musculoskeletal pain from Day 1?

🟣Hormonal changes: Relaxin and progesterone loosen your ligaments and joints. This helps prepare your body for birth—but it can also create instability and discomfort.

🟣Rib expansion: As your lungs and uterus need more room, the rib cage begins to widen. That stretch can cause aches in your back, ribs, and even shoulders.

🟣Hip opening: Your pelvis starts adjusting early, creating strain on the lower back and surrounding muscles.

🟣Centre of gravity shift: As your bump grows, posture changes. Muscles work harder to keep you balanced, leading to fatigue and soreness.

It’s not “just in your head”—it’s biology in action.

10/02/2026

Why is our approach different?

We don’t just treat the painful area—we treat the person as a whole.

Every body is different, and so is every recovery. That’s why we take the time to listen, understand, and work with each client individually rather than using a one-size-fits-all approach.

Your pain or injury isn’t only influenced by movement. It’s also shaped by things like:

🟣Sleep – Poor sleep can slow healing and increase pain sensitivity.
🟣Nutrition – Your body needs the right fuel to repair and recover.
🟣Stress levels – High stress can increase muscle tension and pain.
🟣Lifestyle and daily habits – Work, activity levels, and routines all affect how your body feels.

By talking through these factors, we can build a treatment plan that supports your whole system, not just one symptom.

The goal isn’t just short-term relief.It’s helping you recover properly, move better, and get the most out of every treatment.

07/02/2026

A physical job isn’t just heavy lifting. It includes hairdressers, mechanics, desk workers, drivers, retail workers, healthcare staff, and anyone whose work involves repetition, prolonged postures, or sustained load.

Here’s what’s happening inside your body:

🟣Muscles
Repetitive movements (cutting hair, typing, lifting tools, standing all day) create micro-stress in muscle fibres. This is how muscles adapt—but without enough variation or recovery, it can lead to fatigue, tightness, and overuse injuries.

🟣Bones & joints
Joints are designed to move, not stay still for hours. Prolonged sitting, standing, bending, or gripping increases joint compression and uneven load on cartilage, tendons, and ligaments. Over time, this can contribute to stiffness, inflammation, and pain.

🟣Fascia
Fascia is the connective tissue network that surrounds muscles and links the whole body together. Repetitive tasks and static postures can cause fascia to become stiff, dehydrated, and less elastic, reducing movement efficiency and spreading tension to other areas (like neck pain from desk work or foot pain from standing).

🟣When recovery is missing
Without adequate rest, movement variety, and strength balance, the body shifts from adaptation to overload—leading to chronic pain, reduced mobility, and injury.

🟣Support your system
• Change positions often
• Strengthen and maintain supporting muscles
• Improve movement mechanics
• Prioritise recovery and hydration

Your job shapes your body—how you move outside of work determines how well it holds up.

05/02/2026

Workshops are the best way in which we can educate and prevent. Tomorrow we are with Swift fitness in Thornbury to cover all things tendinitis 👎🏼.

If you run a group PT/ exercise/running class and want to put on a workshop drop us a message!

Address

13 Canonbury Street
Berkeley
GL139BE

Telephone

+447407301768

Website

https://www.coshtherapyrooms.com/

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