Hyperbaric Oxygen Therapy Information
Additional information can be found by visiting the Products Page and clicking on the specific model you are interested in. Building requirements, technical specifications and brochures are available for each chamber model.
- What is Hyperbaric Oxygen Therapy?
- How does HBOT enhance wound healing?
- What is the protocol for hyperbaric treatment?
- What are the clinically accepted indications For HBOT?
- Is there research being done on other conditions being treated with HBOT?
- How often is HBO administered?
- What does a patient experience during treatment?
- Is HBO reimbursable?
Hyperbaric Oxygen Therapy Technical FAQs
- What is the recommended service for our chamber?
- What are acceptable cleaning and disinfecting agents for the Acrylic Tube?
- Is my room large enough?
- What is the recommended flooring for the Treatment Room?
- What are the pressure and flow requirements for the Perry Air-Break-Mask assembly?
- Can the air-break supply be from portable bottles?
- What are the recommended cleaning procedures for the air-break mask demand-valve assembly?
- Does Perry Baromedical provide finished EKG or ECK monitoring cables for use with the Perry chamber?
- What is the standard electrical penetrator “thru-hull” port size?
- There is a slight odor inside of the chamber, is this normal?
- What are the room size, piping, and electrical requirements for chamber installation?
- What is the maximum weight of a patient to be treated?
- What type of linens & gowns are allowed in the chamber?
- What is not allowed in the chamber?
- Can chambers be moved for cleaning of the room and area?
- Can chambers be positioned in direct sunlight?
- How should the chamber be stored overnight?
- Will the acrylic tube be harmed by direct sunlight?
Hyperbaric Oxygen Therapy Clinical FAQs
A. Hyperbaric Oxygen Therapy (HBOT) is defined as breathing 100% oxygen while in an enclosed system pressurized to greater than one atmosphere (sea level). More Info
A. Hyperbaric oxygen therapy delivers oxygen quickly and in high concentrations to injured areas systemically. The increased pressure changes the normal cellular respiration process and causes oxygen to dissolve in the plasma. This results in a substantial increase in tissue oxygenation. HBOT is beneficial because it stimulates the growth of new blood vessels and increases oxygenation that can arrest certain types of infections and enhance wound healing. More Info
A. The treatment protocol is established by the medical director of the hyperbaric program in consultation with the patient's referring physician. The patient remains under the care of their primary physician throughout the course of treatment. Acute conditions may require a treatment period of ten days or less, while chronic conditions may require therapy over a few months. Although treatment schedules will vary, most treatments will be administered during two hour sessions, once or twice a day, several times a week. HBOT therapy is generally administered on an outpatient basis. More Info
A. In the United States, almost all health care plans/third party payors reimburse for HBOT treatments listed below. There are numerous conditions reimbursed by commercial payors and workman's compensation. In addition, other areas in the world are using HBOT for numerous other conditions.
- Diabetic wounds
- Radiation tissue damage (Osteoradionecrosis)
- Osteomyelitis (Refractory)
- Skin grafts and flaps (Compromised)
- Necrotizing soft tissue infections
- Thermal burns
- Crush injury, compartment syndrome, and other acute traumatic ischemias
- Clostridial Myonecrosis (Gas gangrene)
- Air or gas embolism
- Carbon monoxide poisoning
- Smoke inhalation
- Decompression sickness
- Severe anemia
- Cyanide Poisoning
- Idiopath IC Sudden Sensorineural Hearing Loss
A. HBOT is now experiencing widespread use throughout the world for a number of acute and chronic conditions. Aggressive federally and privately supported clinical trials are being conducted in the United States and abroad. Worldwide applications or research has been done on such conditions as: Autism, Chronic Traumatic Brain Injury, TBI (Traumatic Brain Injury), Post Concussion Syndrome, Post Traumatic Stress Disorder, Chronic Post Traumatic Stress Disorder, Diabetes Mellitus, Chronic Ulcers of the Lower Limb, Acute Thermal Burns, Osteoradionecrosis, Brain Injury, Sequelae, Stroke, Anoxia, Trauma, Retinitis Pigmentosa, Periodontal Disease, Radiation Injuries, Laryngeal Cancer, Glioblastomas, Gliosarcoma, Trigeminal Neuralgia Pain, Radiation-Induced Xerostomia, White Matter Hyperintensities (WMH), Osteoradionecrosis, Osteonecrosis and more. More Info
- Post Traumatic Stress Disorder
- Post Concussion Syndrome
- Traumatic Brain Injury
- Laryngeal Cancer
- Trigeminal Euralgia
- Chronic Post Traumatic Stress Disorder
- Acute Thermal Burns
- Chronic Traumatic Brain Injury
- Brain Injury
- Diabetes Millitus
- Chronic Ulcers of the Lower Limbs
- Radiation Injuries
- Radiation Induced Xerostomia
- Periodontal Disease
- White Matter Hyperintensities
- Retinitis Pigmentosa
A. Although treatment schedules will vary, most treatments will be administered during two hour sessions, several times a week. Acute conditions may require a treatment period of ten days or less, while chronic conditions may require therapy over a few weeks. More Info
A. The first stage of treatment is compression, in which the pressure inside the system is gradually increased. The temperature will rise and later be adjusted to a comfortable level. The patient will feel a fullness in the ears. Instruction is provided to help clear the pressure and relieve temporary discomfort. Inside the chamber, the patient can sleep, watch TV, or a video tape, listen to music, read or just relax. More Info
A. Almost all health care plans/third party payors including Medicare reimburse for HBO treatments performed on currently accepted disorders by CMS. More Info
Hyperbaric Oxygen Therapy Technical FAQs
A. Please refer to the chambers Operation and Maintenance manual for recommended daily, weekly, monthly, semiannual and annual servicing requirements. Annual preventative maintenance is the most effective way to guarantee the proper function of your chamber and reduce the possibility of non-scheduled maintenance and down time later on. Perry Baromedical Corporation strongly recommends that all chambers be serviced annually by an approved Perry technician.
A. The following are acceptable:
- Detergent in a solution of warm water (not exceeding 120 degree F.). The acrylic cylinder should be washed with a clean, soft, lint-free cloth that has been moistened in a solution of water and mild soap, Joy (or) Ivory dish detergent (1:100 water solution).Rinse with a soft, lint-free cloth moistened with clean water. Do not allow water or disinfectant liquid to accumulate inside the chamber. Never use a dry cloth or abrasive cleaning agents on the acrylic window.
- Commercial Products approved for cleaning and disinfecting are:
- Tor HB
- Coverage HB
- Asepti HB
- Do not use any cleaners or disinfectants containing alcohol. They initiate crazing of the acrylic cylinder.
Please note that many other formulated hospital cleaners contain very high concentrations of Ethanol, Isopropanol or Benzyl Alcohols which may cause serious damage to the acrylic window. IF IN DOUBT PLEASE CONTACT YOUR CHAMBER SUPPLIER FOR ADVICE.
Warm soapy water or correctly diluted cleaners may be used at up to 100°F (38°C) MAXIMUM
ALWAYS USE THE CORRECT DILUTION & FOLLOW THE MANUFACTURERS' AND FACILITY'S PROCEDURES
Soft lint-free cloths must be used to prevent scratching the acrylic window.
Do not use cleaners when the chamber is pressurized.
Caution must be exercised when using cleaners containing strong perfumes
– some of which are known to damage acrylic.
A. Use the Hyperbaric Facility Design Guidelines, Version 1.0, July 2004, compiled by the UHMS Associates Facility Design Committee as a guide. It can be found by clicking here.
A. Flooring in the chamber area should be tile. Conductive tile is preferred, but not mandated. Carpet is not to be used.
A. Air pressure must be set at a minimum of 70 PSIG with a flow of 160 LPM.
A. Per the manufacturer’s instructions, “cold disinfecting” may be performed on the disassembled outlet adapter and exhalation valve assembly by immersing in a CIDEX solution for a minimum of 10 minutes. Alternately, gas sterilization may be used (e.g. ethylene oxide) provided the temperature of the sterilizer does not exceed 71°C (160°F) and, aeration is performed adequate to remove all traces of the sterilizing agent.
A. Yes, Perry can provide finished EKG cable sets depending on your particular monitor requirements. In addition, we can supply cable ends, pins, and termination sets if the facility biomedical staff desires to splice their own connections. Please contact Perry Baromedical for a specific equipment and cable set quotation.
A. The standard 19-pin and TCOM penetrators are designed to fit thru a 1-9/32 diameter hole in the rear of the chamber.
A. There have been very few reports of any residual odor present in the chamber, and in all reported cases, testing has shown that the chamber atmosphere to be within specification.
A. Please refer to the chamber technical / building services requirements document provided by your salesperson. This information can also be found by going to the Products Page and clicking on the chamber model in question.
A. The SIGMA 36 and 40 chambers have a weight capacity of 700 lbs., the SIGMA 34 is limited to 500 lbs.
A. All fabrics and other materials should be 100% cotton or approved anti-static material as per NFPA-99 recommendations. Never permit, silk, wool, or synthetic textile materials (except those specifically approved for hyperbaric oxygen use) inside the chamber as they are capable of creating static electricity.
A. Electrical appliances, Jewelry, Cosmetics, any alcohol or petroleum based products, pacemaker, implanted pumps, and earplugs should not be used in the chamber. In addition, exclude combustible materials such as paper, magazines, and excess bedding.
A. Yes, please follow the instructions in the Perry Operations Manual.
A. No. It will damage the acrylic.
A. The chamber needs to be covered with a Perry chamber cover or blanket.
A. The cylinder should not be located in direct sunlight or close to a heat source. Indirect lighting of the chamber room is recommended, and , lamps or any other direct light sources should not be placed near the chamber. The acrylic cylinder will be damaged by exposure to UV radiation.