Effects of HBOT

R Squared Hyperbarics

Hyperbaric Oxygen Therapy Effects – Enhance Your Well-being at R Squared Hyperbarics

At R Squared Hyperbarics, we offer cutting-edge hyperbaric oxygen therapy (HBOT) in Elgin, IL, serving patients throughout Northwestern Suburban Chicagoland. Our services are designed to meet your health needs by utilizing innovative HBOT techniques. With same-day appointments available, hospital-grade chambers, and a doctor on staff, we ensure you receive the best care. Reach out to us today to learn more about how our hyperbaric oxygen therapy can benefit you.

Ten Main Effects of HBOT

  • Anti-Inflammatory

    There is a reduction in inflammatory cytokines and an increase in anti-inflammatory cytokines, promoting a balanced inflammatory response.

  • Anti-Microbial/Microbiome Balancing

    Anaerobic pathogens are reduced, while aerobic probiotics increase, supporting microbiome health and balance.

  • Increased Capacity for Wound Healing

    The production of PDGF, VEGF, stem cells, and collagen increases, enhancing the body's capacity for circulatory healing.

  • Increased Oxygen Perfusion

    Free-floating oxygen immediately becomes more available for tissue use, improving oxygen perfusion.


  • Increased White Blood Cell Function

    Neutrophil and macrophage activity improves, along with increased production of ROS and NOS, enhancing immune responses

  • Mitochondrial Healing

    Mitochondria experience increased size, shape, efficiency, and number, improving cellular energy production and function.


  • Neovascularization - Angiogenesis

    VEGF stimulates the growth of new blood vessels, supporting tissue regeneration and healing.

  • Nerve Healing Factors

    The levels of VEGF, BDNF, and HIF1 increase, contributing to improved nerve repair and function.

  • Stem Cell Release

    There is an up to 8-fold increase in mesenchymal and CNS stem cells, enhancing tissue regeneration and repair.


  • Vasoconstriction

    Edema and swelling from damaged tissues are reduced due to improved vasoconstriction.