Increased Blood Velocity

Blood circulatory efficiency and lymphatic function are fundamental to equine health, particularly in high-performance horses subjected to repetitive strain. The cardiovascular system delivers oxygen and nutrients essential for cellular metabolism, while the lymphatic system facilitates the removal of metabolic byproducts, inflammatory mediators, and excess interstitial fluid.

Incrediwear Equine’s semiconductor-based textile technology has been scientifically evaluated for its ability to improve blood velocity and lymphatic function. Unlike compression or ice therapy, which may inadvertently impair circulation, Incrediwear products utilize carbon and germanium semiconductor yarn to stimulate vasodilation and fluid dynamics through the emission of negative ions and far-infrared radiation (FIR).

Negative Ion Emission and Vasodilation

Negative Ion Generation:

  • The carbon and germanium-infused fibers in Incrediwear textiles emit negative ions when exposed to natural body heat and moisture.
  • These ions interact with the endothelial cells lining the blood vessels. The ion exchange modulates the local biochemical environment, leading to the release of nitric oxide (NO).

Nitric Oxide (NO) Release and Vasodilation:

  • NO is a potent vasodilator. When released, it causes the smooth muscle within the arterial walls to relax, leading to an increase in vessel diameter.
  • With wider vessels, the blood flows more freely. The improved vessel diameter not only facilitates faster blood flow but also enhances the overall microcirculatory dynamics, allowing oxygen and essential nutrients to reach even the more challenging, less vascularized areas of the tendon and ligament structures.

Far-Infrared Radiation (FIR) for Deep Tissue Penetration

FIR Emission

  • Incrediwear materials emit far-infrared radiation, which penetrates up to 4 cm into soft tissues.
  • Mitochondrial Activation: FIR stimulates mitochondrial ATP production, effectively boosting cellular metabolism and energy utilization.

Enhanced Capillary Recruitment

  • Direct Effect on Blood Flow: The deep tissue penetration by FIR not only energizes cells but also induces further capillary recruitment. This secondary mechanism complements the vasodilation effect, ensuring that increased blood velocity translates into improved microcirculatory perfusion across targeted tissues.
  • Impact on Tendon Health: For equine tendons—particularly those with low vascularity—this increased capillary network is crucial for both injury prevention and recovery.

From Pre-Exercise to Recovery

  • Pre-Exercise Warm-Up:
    Before exertion, enhanced blood velocity ensures that the tendons and muscles receive a robust supply of oxygen and nutrients. This preparation is critical for maintaining tissue elasticity and reducing the risk of musculoskeletal injuries.
  • Post-Exercise Recovery:
    After intense exercise, the combination of increased blood flow and efficient lymphatic drainage accelerates the removal of metabolic byproducts, such as lactic acid. This results in a quicker recovery cycle, reduced muscle stiffness, and an overall reduction in inflammation.

Equine Health Management

By leveraging semiconductor-driven bio-stimulation, Incrediwear Equine offers a scientifically validated method to increase blood velocity and optimize microcirculatory function. This advanced technology not only supports immediate performance enhancements but also contributes to long-term tendon and ligament health by:

  • Enhancing Tissue Oxygenation is vital for maintaining cellular metabolism, especially in regions with limited natural blood supply.
  • Accelerating Nutrient Exchange improved blood velocity leads to faster nutrient delivery and waste removal, which is critical for both performance and rehabilitation.
  • Reducing Injury Risk consistent application helps stabilize and fortify tissue integrity, mitigating the risk of overuse injuries in high-performance horses.