EQUINE HYPERBARIC OXYGEN THERAPY

Adjunctive Therapy to Equine
Medical & Surgical Treatments

561-319-2557

The benefits of Hyperbaric Oxygen Therapy in healing equine wounds.

Byron Reid, VMD

People who have horses know that their horses are particularly prone to wounds. Small cuts that usually never amount to much are quite common. Larger, more serious wounds are fortunately less common but pose special problems specific to the equine species. Rarely, some equine wounds are spectacularly bad, career and even life threatening. The treatment and management of these wounds is the special realm of the equine veterinary practitioner.

 

We use a multitude of techniques to help mother nature optimize healing. Particularly difficult wounds involve the extremities from the knee (carpus) or hock (tarsus) and below. The most difficult wounds involve the fetlock and below. Immobilization techniques, supplemented by topical treatments to enhance local wound environments, are among the most helpful tools that we have. Systemic therapies and regenerative medicine techniques are also sometimes used including stem cells, platelet rich plasma, biologic and synthetic scaffold materials (template for new tissue growth), and wound vac (vacuum-assisted wound closure). Last, but definitely not least, in our extensive armory, is hyperbaric oxygen therapy (HBOT).

 

Hyperbaric oxygen therapy has revolutionized human healing especially in diabetes associated wound care. In addition, HBOT has dramatically changed the success rate for reconstruction of human radiation associated osteonecrosis (death of bone tissue). Crush injuries, such as those acquired in building collapse, earthquakes, and combat associated bombings often result in amputation of human limbs. HBOT has been proven extremely beneficial in avoiding amputation in many of these cases and is an active area of ongoing research in many areas, especially wounds.

 

Following the human example, equine wound management at the Equine Hyperbaric Center of South Florida uses hyperbaric oxygen treatment to manage some of the most challenging equine wounds.

 

 

A few words on the rationale for hyperbaric oxygen in wound healing.

Some, but not all, wounds are likely to benefit from hyperbaric oxygen. Wounds that have been found to benefit the most, not surprisingly, are wounds that lack sufficient oxygen. Normal tissue has a blood supply with red blood cells delivering oxygen to within micrometers of every cell. Wounded tissue, and especially severely crushed tissue, has compromised blood flow and therefore compromised red blood cell and oxygen delivery. Breathing pure oxygen under pressure (HBOT) causes oxygen to dissolve in plasma and tissue at far greater concentration than could ever be achieved by red blood cell hemoglobin delivery under normobaric (reduced oxygen) conditions. Oxygen delivery is essential for cell function and tissue repair. So, when wounding has disrupted blood delivery, hyperbaric oxygen can feed and resuscitate cells at great distances from healthy blood flow.

 

Below are some cases where Reid and Associates have used hyperbaric medicine to great advantage in equine leg and problem wounds.

 

Henry

Henry presented to Reid & Associates Equine Clinic with an infected, non-healing wound of his withers. Our examination with radiographs and ultrasound showed that the withers bone and ligaments were involved requiring surgical debridement (removal of damaged tissue) and drainage. Following debridement surgery, reconstructive surgery was required to achieve closure of the wound and skin coverage of exposed bone.

 

Henry was prepped for surgery and HBOT was initiated as an adjunct therapy to help fight the infection and to bring increased oxygen to assist in the healing process.

 

Henry’s wound healed and he successfully returned to riding thanks to his generous owner.

 

 

Early attempt to close the wound by making a releasing incision.

 

Antibiotic beads implanted deep in the wound to help control infection.

Early treatment of infection using drains prior to reconstruction.

Punch Graft: Reconstructive procedure transplanting healthy skin from a remote donor site.

Z Plasty: Reconstructive procedure to assist wound closure. A later attempt.

 

Donor site for the punch graft.

Bandaging to prevent further infection.

 

Nondescript wounds that fail to heal.

 

At Reid and Associates, we have found that HBOT gives good results in getting these wounds to rapidly heal using hyperbaric oxygen therapy. Here are a couple examples of summer sores or habronema lesions that benefited from oxygen therapy.

Summer sore turned ugly

Tissue was removed

Healing of wound site

 

Summer sore before HBOT

Summer sore after HBOT

Clients swear by hyperbaric oxygen as an important adjunct in healing some of the most difficult cases.

 

The fact is, body tissues need an adequate supply of oxygen to function. When tissue is damaged, it requires even more oxygen to survive. Hyperbaric Oxygen Therapy increases the level of oxygen in the blood carried to injured tissue. This increased level of oxygen helps the body prevent or fight infection by increasing white blood cell (attacks bacteria, viruses, and germs) function and is necessary for fibroblast (repair cells) production of collagen (main protein found in connective tissue) required for healing of wounds and damaged tissue.

 

Learn more about the benefits of HBOT.

 

HBOT is an important tool for wound management and can decrease recovery time from many injuries and diseases. We invite you to browse our website to learn more about HBOT and discover common applications for oxygenation therapy.

 

If you have question or would like more information, please give us a call at 561-790-2226.

The Equine Hyperbaric Center of South Florida is just minutes from Wellington, and an easy drive from equestrian showgrounds and equine training tracks and farms throughout the state.

 

1630 F Road, Loxahatchee, FL 33470

 

 

Hours of Operation: 8:00 am – 5:00 pm Monday through Saturday

After hours emergency available

 

 

People who have horses know that their horses are particularly prone to wounds. Small cuts that usually never amount to much are quite common. Larger, more serious wounds are fortunately less common but pose special problems specific to the equine species. Rarely, some equine wounds are spectacularly bad, career and even life threatening. The treatment and management of these wounds is the special realm of the equine veterinary practitioner.

 

We use a multitude of techniques to help mother nature optimize healing. Particularly difficult wounds involve the extremities from the knee (carpus) or hock (tarsus) and below. The most difficult wounds involve the fetlock and below. Immobilization techniques, supplemented by topical treatments to enhance local wound environments, are among the most helpful tools that we have. Systemic therapies and regenerative medicine techniques are also sometimes used including stem cells, platelet rich plasma, biologic and synthetic scaffold materials (template for new tissue growth), and wound vac (vacuum-assisted wound closure). Last, but definitely not least, in our extensive armory, is hyperbaric oxygen therapy (HBOT).

 

Hyperbaric oxygen therapy has revolutionized human healing especially in diabetes associated wound care. In addition, HBOT has dramatically changed the success rate for reconstruction of human radiation associated osteonecrosis (death of bone tissue). Crush injuries, such as those acquired in building collapse, earthquakes, and combat associated bombings often result in amputation of human limbs. HBOT has been proven extremely beneficial in avoiding amputation in many of these cases and is an active area of ongoing research in many areas, especially wounds.

 

Following the human example, equine wound management at the Equine Hyperbaric Center of South Florida uses hyperbaric oxygen treatment to manage some of the most challenging equine wounds.

 

 

A few words on the rationale for hyperbaric oxygen in wound healing.

Some, but not all, wounds are likely to benefit from hyperbaric oxygen. Wounds that have been found to benefit the most, not surprisingly, are wounds that lack sufficient oxygen. Normal tissue has a blood supply with red blood cells delivering oxygen to within micrometers of every cell. Wounded tissue, and especially severely crushed tissue, has compromised blood flow and therefore compromised red blood cell and oxygen delivery. Breathing pure oxygen under pressure (HBOT) causes oxygen to dissolve in plasma and tissue at far greater concentration than could ever be achieved by red blood cell hemoglobin delivery under normobaric (reduced oxygen) conditions. Oxygen delivery is essential for cell function and tissue repair. So, when wounding has disrupted blood delivery, hyperbaric oxygen can feed and resuscitate cells at great distances from healthy blood flow.

 

Below are some cases where Reid and Associates have used hyperbaric medicine to great advantage in equine leg and problem wounds.

 

Henry

Henry presented to Reid & Associates Equine Clinic with an infected, non-healing wound of his withers. Our examination with radiographs and ultrasound showed that the withers bone and ligaments were involved requiring surgical debridement (removal of damaged tissue) and drainage. Following debridement surgery, reconstructive surgery was required to achieve closure of the wound and skin coverage of exposed bone.

 

Henry was prepped for surgery and HBOT was initiated as an adjunct therapy to help fight the infection and to bring increased oxygen to assist in the healing process.

 

Henry’s wound healed and he successfully returned to riding thanks to his generous owner.

 

 

Early attempt to close the wound by making a releasing incision.

 

Antibiotic beads implanted deep in the wound to help control infection.

561-319-2557

 

EQUINE HYPERBARIC OXYGEN THERAPY

Adjunctive Therapy to Equine Medical & Surgical Treatments

561-319-2557