Circulatory System

• In the short term - Oxygenates blood plasma, providing oxygen to compromised tissue, reducing swelling and inflammation.

• In the long term - Growth of new blood vessels, enhancing circulation

Skeletal System

• Enhances stimulation of the production of collagen - a tough, fibrous material that mends fractured bones.

• Promotes the regeneration of new, healthier, and stronger bones.

Digestive System

• Reduces inflammation 

• Reduces GI stress

• Better nutrient absorption

Nervous System

• Improves neuroplasticity

• Quicker nervous synapses

• Repairs damage from brain injury and illness

• Helps sharpness and mental clarity

Reproductive System

• Helps supports and protects the reproductive organs for women and men

• Facilitating a proper environment for fertilization 

• Thickens the uterine lining and Improved circulation 

• Increases sperm production and sperm cell energy 

Muscular System 

• Enhances tissue performance 

• Faster recovery

• Reduces inflammation and pain

• Increases cellular energy 

• Increases collagen production for speedy tissue repair

Endocrine System

• Supports proper function or hormones, important for diabetes and metabolic syndrome

• Promotes the  function of hormones like insulin  : increases insulin sensitivity allowing for proper blood sugar utilization. 

Blood Flow in Healthy Blood Vessels

• Oxygen molecules from the lungs bind to red blood cells (RBCs).

• RBCs travel in plasma freely in blood vessels throughout the body.

• Oxygen molecules are released and dissolve into surrounding tissues.

Restricted Blood Flow

• When healthy blood flow is restricted by illness, injury, or surgical recovery oxygen has a difficult time getting to oxygen dependent tissue.

• Even in restricted areas blood plasma can flow through where RBCs cannot because of size.

• When the body is put under hyperbaric pressure, oxygen molecules diffuse into the blood plasma.

• Oxygenated blood plasma is able to circulate past the restriction and into oxygen starved tissues.

• Prolonged treatment with HBOT has been shown to help grow new blood vessels, further increasing the amount of oxygen saturation in the area. 

FDA recognized or “on-lable” conditions include:

• Air or gas embolism

• Carbon monoxide poisoning

• Gas gangrene

• Crush injury

• Decompression sickness

• Arterial insufficiencies

• Severe anemia

• Intracranial abscess

• Necrotizing soft tissue infections

• Osteomyelitis (Refractory)

• Delayed radiation injury

• Compromised skin grafts and flaps

• Acute thermal burn injury

• Idiopathic sudden sensorineural hearing loss.

Research supported “off-label” conditions:

Stem Cells are undefined cells. Like an open slate or blank canvas, stem cells can become any specialized cell in the body, helping to repair damage.

Research has shown that HBOT heightens the synthesis of nitric oxide, which in turn results in the release of stem cells.

A study revealed that after 20 combination treatments (of HBOT and stem cell therapy), stem cell concentration increased eight fold.

Combining HBOT and stem cell therapy, can greatly increase the healing.

Soft Shell mild HBOT chamber:
RENTAL ONLY

1.3 ATA = 10 foot dive

The pressure of the mHBOT chamber allows your body to absorb more oxygen than you would regularly.

This increased flow of oxygen allows your body to fight infection, recover efficiently, and heal rapidly. Most of the conditions listed below have seen substantial success in soft shell mHBOT chambers.

Hard Shell regular HBOT chamber:

1.5 - 3.0 ATA = 16 - 66 foot dive

A larger hard shell regular HBOT chamber creates a deeper and higher pressure dive.

Some conditions, including cranial trauma, severe chronic pain, and nervous system disfunction benefit from a higher pressure chamber which allows oxygen to cross the blood-brain barrier and permeate deeper into tissues.