By Norbert physical vascular therapy

What is physical vascular therapy?

The primary goal of physical vascular therapy (PVT) is to enhance microcirculation, which can have a wide range of potential health benefits. Improved microcirculation may lead to better tissue oxygenation, increased nutrient delivery to cells, enhanced removal of waste products, and support for the body’s natural healing processes. Additionally, optimizing microcirculation may help improve cardiovascular function, regulate blood pressure, and support overall health and well-being.

Physical vascular therapy device emits electromagnetic signals that stimulate the muscles and blood vessels. The therapy typically involves the individual lying down or sitting comfortably while the therapy is applied to the area of treatment. It is a non-invasive therapeutic approach aimed at improving microcirculation within the body. Microcirculation refers to the circulation of blood in the smallest blood vessels, arterioles, and venules. These tiny vessels play a crucial role in delivering oxygen, nutrients, and immune cells to tissues while removing metabolic waste products.

Physical vascular therapy is used in various medical and therapeutic settings, including rehabilitation clinics, sports medicine, wound care centers, and integrative health practices. It is often utilized as part of a comprehensive treatment plan for conditions such as peripheral artery disease, diabetic neuropathy, sports injuries, chronic wounds, and musculoskeletal disorders.

The Physical Vascular Therapy device consists of two main parts. The central control unit and the applicators.

The touch screen interface of the central control unit is used to select the therapy programme, while the applicators deliver therapeutic signals to the body. The applicators and the central unit are connected by wires and magnetic connectors.

The set of applicators includes body, pad, and spot applicators. Two of these applicators can be connected to the central unit at the same time. The body applicator enables treatment while lying down. the cushion and spot applicators allow for targeted treatment of specific areas.

The spot applicator has one transmitter coil, the pad applicator has four transmitter coils, and the body applicator has 16 transmitter coils.

Body (full-body applicator)

Number of copper coils 16

Average flux density ≈ 35 μT (max. level)

Average flux density plus ≈ 50 μT (max. level)

Pad (local applicator)

Number of copper coils 4

Average flux density ≈ 100 μT (max. level)

Average flux density plus ≈ 150 μT (max. level)

Spot (local applicator)

Number of copper coils 1

Average flux density ≈ 100 μT (max. level)

Average flux density plus ≈ 150 μT (max. level)

(Microteslas (µT) are a unit of magnetic flux density 1,000,000 times smaller than the SI Unit; the Tesla.)

source: https://keystagewiki.com/index.php/Microtesla#:~:text=Microteslas

Why microcirculation is important?

Microcirculation is vital for several reasons:

Nutrient and Oxygen Delivery: Microcirculation ensures that every cell in the body receives essential nutrients and oxygen. Capillaries, which are part of the microcirculation system, deliver oxygen-rich blood to tissues while removing waste products like carbon dioxide.

Waste Removal: Microcirculation helps remove metabolic waste products produced by cells. Efficient microcirculation ensures that waste products are carried away from tissues and organs, promoting overall cellular health and function.

Temperature Regulation: Blood flow through the microcirculation system plays a crucial role in regulating body temperature. When the body needs to cool down, increased blood flow to the skin’s surface allows for heat dissipation. Conversely, in cold conditions, blood flow is reduced to conserve heat.

Immune Response: Microcirculation facilitates the movement of white blood cells and immune molecules to areas of infection or injury, aiding in the body’s defense against pathogens and promoting healing.

Tissue Healing and Repair: Proper microcirculation is essential for tissue healing and repair. Nutrients, oxygen, and immune cells delivered through microcirculation support the healing process following injury or surgery.

Regulation of Blood Pressure: Microcirculation helps regulate blood pressure by controlling the distribution of blood flow throughout the body. Dysfunction in microcirculation can contribute to hypertension and other cardiovascular conditions.

Prevention of Chronic Diseases: Impaired microcirculation is associated with various chronic diseases, including diabetes, cardiovascular disease, and kidney disease. Maintaining healthy microcirculation is crucial for preventing these conditions and promoting overall well-being.

Overall, microcirculation is essential for maintaining the proper functioning of tissues and organs throughout the body, supporting overall health and vitality.