Mel's Physical Therapy, Inc.

Mel's Physical Therapy, Inc. Outpatient Physical Therapy in San Diego. By appointment only. Please call or text 619-677-1838.

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02/27/2026

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THE HEALING SCRAPE. 🪨🩸

If you have ever seen an Olympic swimmer with dark red circles on their back, you have seen "Cupping." But there is an even older Traditional Chinese Medicine (TCM) technique that looks far more brutal, yet is profoundly effective: Gua Sha (or "Scraping").
In Western physical therapy, it is now known as Instrument-Assisted Soft Tissue Mobilization (IASTM) or the Graston Technique.
To the uninitiated, it looks like you are severely bruising the skin. But biologically, you are hacking the body's repair system.

Petechiae vs. Bruising
A normal bruise is caused by blunt force trauma that crushes blood vessels, causing deep internal bleeding and tissue damage.
Gua Sha is different. By repeatedly scraping a smooth stone over lubricated skin, you create intentional, highly controlled friction. This pulls stagnant, deoxygenated blood out of the deep muscle capillaries and up to the surface of the skin, creating tiny red or purple dots called Petechiae (in TCM, this is called the "Sha").
You aren't crushing the tissue; you are essentially vacuuming the stagnant metabolic waste to the surface.

The HO-1 Enzyme Miracle
Why purposely create petechiae? Because of the biochemical response.
When your immune system detects these tiny pools of blood at the surface, it panics. It thinks there is a massive injury.
To manage this "fake" injury, your cells massively upregulate an enzyme called Heme Oxygenase-1 (HO-1).
HO-1 is one of the most powerful antioxidant and cytoprotective enzymes in the human body. It breaks down the heme (from the red blood cells) into carbon monoxide and biliverdin, which act as extreme, localized anti-inflammatories.
The Hack: The HO-1 floods the entire area. It doesn't just clear the red marks; it penetrates deep into the muscle fascia, putting out the fire of chronic, decades-old inflammation and tension that a normal massage could never reach.

Fascial Remodeling
Beyond the enzymes, the physical scraping breaks up fascial adhesions—the "glue" that binds muscle fibers together when we sit at desks all day. It physically reorganizes the collagen matrix, restoring immediate mobility and range of motion.

⚡ VitalShot Protocol:
How to do it safely:

The Lubricant: NEVER scrape dry skin. Apply a generous amount of massage oil, tallow, or coconut oil to the target area (like a tight neck or shoulder).

The Tool: You can buy a specialized Jade Gua Sha board, a stainless steel Graston tool, or even use the smooth edge of a heavy ceramic soup spoon (which is how Asian grandmothers do it).

The Angle & Pressure: Hold the tool at a 45-degree angle. Press down firmly and scrape in one direction (usually away from the center of the body or down the muscle). Repeat the stroke 10-15 times until the red "Sha" appears.

The Aftermath: The red marks will look intense but should not feel deeply painful like a bruise. They will fade in 3 to 5 days, leaving behind a profoundly relaxed muscle.

📚 Source: Explore (NY), "The Science of Gua Sha", Harvard Medical School study on microcirculation and HO-1 upregulation.

While not great for long term posture, reclining in a chair is one way to reduce discomfort pressure when your back is f...
01/31/2026

While not great for long term posture, reclining in a chair is one way to reduce discomfort pressure when your back is flared up. https://www.facebook.com/photo.php?fbid=773252632481276&set=a.123816967424849&type=3&mibextid=wwXIfr

🪑 SITTING ANGLE & SPINAL DISC PRESSURE – A BIOMECHANICAL VIEW

Posture is not just about comfort—it directly influences the load on our spinal discs. The angle at which we sit determines how forces are transmitted through the lumbar spine, especially the intervertebral discs.

When we sit in a reclined position around 110°, the pelvis remains relatively neutral and the lumbar spine maintains its natural lordosis. Biomechanically, this position distributes body weight more evenly between the backrest and the pelvis, resulting in only about a 5% increase in disc pressure compared to standing.

As the sitting angle reduces to 100°, the trunk moves slightly forward. This causes a mild posterior pelvic tilt and increases compressive forces on the lumbar discs. At this angle, disc pressure rises to approximately 15%, which is still considered acceptable for short to moderate durations.

At 90° sitting, commonly seen in office chairs, the pelvis tilts further backward and lumbar lordosis flattens. This posture increases intradiscal pressure significantly—up to 40% higher than standing. The spinal extensors and passive structures must work harder to maintain stability, increasing fatigue and strain.

The most stressful posture is forward-leaning sitting at around 80°. Here, the trunk weight shifts anteriorly, creating a large flexion moment at the lumbar spine. This dramatically raises disc pressure—up to 90% higher than standing—and places excessive load on the annulus fibrosus, increasing the risk of disc degeneration, bulge, or herniation.

🔍 Biomechanical Key Takeaway

âś” More reclined sitting = lower disc pressure
❌ More forward bending = higher disc pressure

Maintaining a slightly reclined posture (100–110°) with proper lumbar support helps preserve spinal alignment, reduce disc stress, and prevent chronic back pain.

Address

5621 Dwight Street
San Diego, CA
92105

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