The Efficacy of Cupping Through Thermographics

The Efficacy of Cupping Through Thermographics

Thermographic imaging uses different colors to display the levels of activity in an area. The cooler the colors, the less circulation or activity is present in the region.

Top left image: before treatment


Top right image: after 10 minutes of moving cups


Bottom image: post treatment

Notice the increased balance and distribution of circulation in the bottom image versus the top left. Cupping Therapy is proven to improve the circulation of both blood and lymphatic fluid. Through suction, the cups pool oxygen-rich blood to the the area.

Pain in muscles is the cry for oxygen in muscle cells. Oxygen is critical to vitality. It travels through the body via the bloodstream. Making sure your blood is flowing optimally is key. Most pain is not due to pressure on a nerve, but lack of oxygen.

The Role of Thermographics: Thermographic imaging, also known as infrared thermography, is a non-invasive technique that captures temperature variations on the body's surface. This technology detects infrared radiation emitted by the body, providing a visual representation of heat distribution. In the context of cupping therapy, thermographics offer valuable insights into physiological changes occurring beneath the skin during and after treatment.

Examining Efficacy Through Thermographics: Recent studies have utilized thermographic imaging to assess the effects of cupping therapy on the body. One notable finding is the observed increase in skin temperature at cupping sites, indicating improved blood circulation and localized metabolic activity. Additionally, thermographic analysis has revealed alterations in temperature patterns, suggesting modulation of the autonomic nervous system and potential pain relief mechanisms.

Furthermore, thermography enables researchers to track changes in inflammation levels, with some studies reporting decreased thermal asymmetry following cupping sessions. This reduction in asymmetry indicates a potential anti-inflammatory effect, aligning with anecdotal reports of pain reduction and improved mobility in patients with musculoskeletal conditions.

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