A Biobarica (RevitalAir) 430 hyperbaric chamber is a vessel that creates an increase in atmospheric pressure (1,45 ATA) by using an air compressor wherein the occupant breathes Oxygen enriched air (90% Oxygen). This creates a physiological process known as “hyperoxia”; which is the level at which the oxygen carrying capacity within the body is optimised. In other words, it oxygenates the cells in one’s body.

Hyperoxia is created when a person breathes an increased Oxygen concentration within a pressurized environment above normal atmospheric pressure; which is considered one atmosphere (ATA).
When the process occurs, inspired Oxygen saturates the red blood cells and the excess dissolves in blood plasma, which raises the Oxygen tension in arteries, blood vessels and extracellular fluids.
From this process, Oxygen is highly available to penetrate into all tissues and cells.
Once the process of hyperoxia has been created, a series of physiological benefits are triggered in the body. It is the co-adjuvant action of these favourable physiological events that assist in the improvement and management of many diseases.

The fundamental difference lies in the pressure. HBOT (Hyperbaric Oxygen therapy) technically refers to everything above 1 ATA (Atmosphere), but UHMS (Undersea & Hyperbaric Medical Society) states that for clinical hyperbaric therapy, the pressure needs to exceed 1,4 ATA whilst breathing near 100% Oxygen.
mHBOT (medium hyperbaric Oxygen therapy) ranges between 1 ATA and 1,45 ATA whilst breathing Oxygen enriched air.
The Biobarica (RevitalAir) 430 chamber operates at 1,45 ATA and yields approximately 90% Oxygen enriched air at a flow rate of 10 liters per minute.
Hyperbaric therapy conducted at 1,45 ATA dramatically reduces claustrophobia and barotrauma events that frequently occur at higher pressures, but whilst still maintaining a critical level of hyperoxia.
Regarding safety, high-pressure environments carry a higher risk, while the use of mild pressure chambers significantly reduce the occurrence of adverse events, being considered 100% safe.

The theory developed by August Krogh demonstrates that 1,45 ATA is the optimal pressure needed for hyperoxia to occur within the body.

1,45 ATA is considered a perfect balance between pressure efficacy and safety; hence yielding a highly efficient and very accessible environment. Pressures of greater than 1,5 ATA (considered “vessels under pressure”), require special facilities and additional safety considerations. Additionally, UHMS (Undersea & Hyperbaric Medical Society) states that for clinical hyperbaric therapy, the pressure needs to exceed 1,4 ATA whilst breathing near 100% Oxygen.

The Biobarica (RevitalAir) 430 chamber includes an auxiliary entryway to connect the occupant’s mask to the external Oxygen concentrator which yields approximately 90% Oxygen at a flow rate of 10 litres per minute.

The Biobarica (RevitalAir) 430 chamber uses an air compressor during the session, which sends approximately 120 litres of filtered air per minute to the inside of the cabin. Waste gasses are expelled through the safety valves, avoiding any concentration of gas.

Oxygen in high doses can become toxic if it is inhaled for long periods of time or excessive pressures. The protocols of the Biobarica (RevitalAir) 430 chamber do not approach the values of toxicity, making it impossible for a occupant to run any risk of Oxygen toxicity.
The bottom end of the Oxygen toxicity curve typically only starts to become a risk at ± 1,57 ATA in excess of 5 hours of exposure. The Biobarica (RevitalAir) 430 chamber regulates at 1,4 ATA for 1 hour (max 1,5 hours) at a time. There is zero chance of Oxygen toxicity occurring.

The Biobarica (RevitalAir) 430 chamber carries a class IIa CE certification by Det Norske Veritas (www.dnv.com), an international certification body and classification society with main expertise in technical assessment, advisory, and risk management.
The Biobarica (RevitalAir) 430 chamber allows the use of cell phones or computers inside the cabin without risking safety. The equipment complies with international safety standards and has an extensive risk analysis to prevent any misuse.

The Biobarica (RevitalAir) 430 chamber highly reduces the risk of claustrophobia as it can be opened from the inside by the occupant. The interior of the chamber is fairly spacious and the windows also provide ease for the occupant.

Contraindications can be considered relative and/or absolute. HBOT and mHBOT are not recommended with the presence any absolute contraindication.
Due to the pressure at which the Biobarica (RevitalAir) 430 chamber operates, relative contraindications are largely risk free but for due diligence purposes, it is asked that a doctor’s clearance is obtained for any of the below relative contraindications.
• Untreated Pneumothorax (absolute contraindication)
• Certain anti-Cancer drugs i.e. doxorubicin, bleomycin and cisplatinum (absolute contraindication)
• Chronic sinusitis and upper respiratory infections (relative contraindication)
• Seizure disorders (relative contraindication)
• Emphysema with CO2 intoxication (relative contraindication)
• Uncontrolled high fever (relative contraindication)
• History of thoracic surgery (relative contraindication)
• History of ear surgery (relative contraindication)
• Asymptomatic pulmonary blebs (relative contraindication)
• Congenital spherocytosis (relative contraindication)
• Significant pulmonary obstructive disease (e.g. asthma, emphysema, obstructive bronchial disease, bullous pulmonary disease etc) (relative contraindication)
• Pregnancy
• Ear blockages and/or ear conditions
• Cystic Fibrosis
• Stage 3 or 4 Cancer.

Any exposure to Oxygen under pressure will be more beneficial than no exposure to Oxygen and/or pressure. That said, however, it is ideal for a state of hyperoxia to be created. This depends from individual to individual but on average takes upwards of 30 minutes.

Sessions of longer than 120 minutes may be done and are fully permitted and 100% safe; however the most cost effective ratio to the client are sessions of 60 to 90 minutes. The reasoning lies in Oxygen metabolism and the creation of hyperoxia within the body; once hyperoxia has been achieved, the tissue needs to metabolize the Oxygen before a further hyperoxic state will be beneficial.

A closed mask with reservoir and clogged exhaust valves is recommended. This mask delivers 100% of available gas because the more the person inhales, the more effective the session is.

There are many clinical studies and treatment protocols pertaining to hyperbaric oxygen therapy. It is also mentioned by the FDA and many government agencies for many pathologies. BioBarica provides overall statistics of the entire Biobarica network of centres around the world; developing our own mHBOT protocols for various pathologies. We also share scientific studies developed to spread the knowledge among our professionals.

The CE certification indicates that the chamber needs to be cleaned once a day with Alcohol 70 (which is a mixture of 70% alcohol and 30% water). Between sessions, the chamber should be cleaned with disinfectant spray.

The occupant may enter the chamber in any clothing they are most comfortable in. Shoes need to be removed prior to entry.

During the pressurization and depressurization process, the occupant may experience similar symptoms as flying in an aeroplane; mainly mild discomfort in the ears. The process of equalizing the ears is explained to the occupant prior to the session. There should be no discomfort during the session.

The child is usually accompanied by a parent and may enter the Biobarica (RevitalAir) 430 chamber with an iPad or laptop (to watch a movie) or may read a book. The child wears the mask so they can inhale the Oxygen enriched air in order for hyperoxia to be created.

Yes. This is very common in children with cerebral palsy or autism. The parent may accompany their child or teenager inside the Biobarica (RevitalAir) 430 chamber. The face mask is placed on the occupant and the person accompanying them may either request a secondary mask of merely inhale normal air.

The Biobarica (RevitalAir) 430 chamber may be entered 7 days per week.

One of the most important elements that differentiates BioBarica are its extensive and comprehensive training programs.
Biobarica shares its knowlege base with its network for its members to operate their centers efficiently and in an economically sustainable manner.

No. The Biobarica (RevitalAir) 430 chamber has been designed specifically to create the critical environment for hyperoxia to occur. Treatment of diving accidents requires specific equipment designed to withstand far greater pressures.
In cases such as decompression sickness, underwater accidents, aviation and bio-warfare trauma; or where higher pressures are required for medical reasons, mHBOT is not a substitute for a hard chamber.
A comprehensive list of accredited hard chambers can be obtained from the Southern African Undersea and Hyperbaric Medical Association (www.sauhma.org).

Just as sparkling water gas bubbles in a closed bottle are undetected until it is opened, physics explains that gas is diluted in the liquid when it is placed under pressure. The same happens when we breathe Oxygen in a cabin with augmented pressure: The Oxygen gas is diluted in plasma of the blood.

The original hyperbaric chamber was invented over 200 years ago, but a new category of chambers has been introduced to treat many more pathologies, making hyperbaric therapy much more accessible and user-friendly.

The chamber operates at 1,45 ATA pressure. In the rare case of ear discomfort that is not relieved through equalizing or claustrophobia, the pressure may be lowered by opening the safety valves.

There are other cheaper brands of soft chambers which operate between 1,1 ATA and 1,3 ATA with the occupant breathing normal air. These cheaper models have a zipper and resemble a sleeping bag. This provides very little mobility for the occupant and are reportedly uncomfortable.
The biggest difference of the Biobarica (RevitalAir) 430 chamber is the efficacy of the therapy. The Biobarica (RevitalAir) 430 chamber creates a pressure of 1,44 ATA and allows the inhalation of 90% Oxygen, hence creating an environment whereby hyperoxia can occur but without the side effects of higher pressures.
The Biobarica (RevitalAir) 430 chamber carries a class IIa CE certification by Det Norske Veritas (www.dnv.com), an international certification body and classification society with main expertise in technical assessment, advisory, and risk management.

Yes. The Biobarica (RevitalAir) 430 chamber can operate all day. Brief periods of five minutes per hour is sufficient, which is the same time between occupants.

Yes, the Biobarica (RevitalAir) 430 chamber is at a comfortable height and has a stretcher to easily slide an occupant with reduced mobility into the conveniently placed entrance which is on the side of the chamber.

There is nothing to worry about. The compressor will stop working and the occupant or chamber operator can simply depressurize the chamber normally to eject the air. The door can be easily opened and the occupant may exit.