India. Veterinary Hyperbaric Oxygen Therapy Chamber for equine, canine, feline & exotic species
Veterinary Hyperbaric oxygen therapy (VHBOT) promotes faster healing in animals including dogs, cats, rabbits, tortoise, birds & horses. Now routinely used to treat swelling, trauma, non-healing wounds, infections, sepsis, pancreatitis, stroke and other ailments. Reduces swelling, inflammation and edema caused by head or spinal cord injuries. HBOT may reduce or eliminate the need for surgery, saving time and cost of treatment for pet owners. A great life saving tool.
India. Veterinary Hyperbaric Oxygen Therapy (VHBOT) is an important adjunct tool in veterinary practice. Provides endless healing possibilities for horses, cats, dogs or exotic animal species.
Hyperbaric Oxygen Therapy (HBOT) in
veterinary medicine is the same as in human medicine and is designed to
effectively deliver oxygen to tissues in the body.
HBOT has been used since the 1950s to
treat humans with a wide range of medical and surgical conditions. It was first
used in the late 1990s to treat traumatic brain injuries in veterinary
patients. HBOT is still largely an under utilized modality in veterinary
medicine in many parts of the globe including India.
Over the past decade, Veterinary
Hyperbaric Oxygen Therapy (VHBOT) is being routinely used in veterinary
medicine to treat swelling, trauma, non-healing wounds, infections, sepsis,
pancreatitis, stroke & other serious ailments.
The success of hyperbaric oxygen
therapy in the veterinary medicine has led to the development of a specific
governing body in early 2000, The Veterinary Hyperbaric Medicine Society (VHMS) www.vet.utk.edu/vhms
Ask us for more on technical specifications, space requirements,
training & commercial information.
India veterinary hyperbaric oxygen therapy chamber, india vet HBOT chamber, India pet hyperbaric oxygen therapy chamber, india pet HBOT chamber, india small animal hyperbaric oxygen therapy chamber, india small animal HBOT chamber
VET HBOT gained popularity in the veterinary
field, large animal hyperbaric chambers were developed and placed in many
veterinary practices, rehabilitation facilities, and educational institutions
in multiple countries. HBOT is now routinely used to treat swelling, trauma,
non-healing wounds, and other ailments in animals including dogs, cats,
ferrets, rabbits, and horses.
The use of hyperbaric oxygen therapy as an
exciting adjunctive therapy has provided veterinarians with another option to
significantly improve animal medical care, and has been used in the treatment
of multiple conditions in the past decade.
in the hyperbaric oxygen chamber increases pressure around the patient and
causes the body to dissolve more oxygen into the blood, plasma and other body fluids. Higher amount of oxygen reaches the tissues where the blood supply is compromised, thus, improving and
speeding up the healing process.”
veterinary hyperbaric oxygen therapy the patient is placed safely and
comfortably in a hyperbaric chamber designed specifically for small animals. At
a maximum of 2 Atmospheric Pressure (ATA), and closely monitored by trained
staff, 100 percent pure oxygen treatments are given.
The VHBOT chamber is designed and
built specifically for veterinary use, has proved to be effective for
nonhealing wounds, burns, deep tissue infections, bone infections, decubital
ulcers, vasculitis, and postsurgical recovery.
may last from 60 – 90 minutes, depending on the prescribed therapy. The total
number of treatments necessary varies according to the type of treatment and
the patient’s response. Most patients appear calm and relaxed during hyperbaric
oxygen therapy. Many even fall asleep.
According to publicly available medical
literature, hyperbaric oxygen therapy results in reduction in swelling,
stimulation of new blood vessel formation into the healing/swollen tissue, a
reduction in pressure caused by head or spinal cord injuries, improved would
healing, and improved infection control.
Veterinary Hyperbaric oxygen therapy often called VHBOT can be of
great help to veterinary patients by speeding up the healing process and may
reduce or eliminate the need for more invasive procedures such as surgery,
oftentimes resulting in a net savings of time and cost of treatment for pet