Testimonial

Extensive Brain Tumour - Case Study

 

His condition is aggressive. Surgery, radiation and several bouts of chemo have failed to arrest the aggressive nature and spread of this condition.

Current MRI's confirm extensive left cerebral hemisphere mass effect with extensive 'vasogenic oedema' with subsequent depression of the left lateral ventricle. Midline structures are displaced and signal changes are evident on the right side of the brain.

Vasogenic oedema is swelling and obstruction of normal cellular metabolism and; limited vascular support and compromised oxygen levels; combination of shrunken and swollen neurons in both various stages of hyperplasia and hypertrophy. 

Hyperbaric Oxygenation is a medical treatment using 100% Oxygen administered under pressure to alleviate tissue hypoxia due to vascular and small capillary vessel compromise. 

The objective of HBOT is NOT to provide a cure but to improve Oxygen levels which will facilitate immune responses; assist in drug delivery and potentially improve the clinical outcome of the individual. For additional information refer to both the Cancer and Brain Injury sections on the above menu.

Approximately 20-30% of the body's consumption of Oxygen occurs within 3-5% of the body mass - the brain and spinal cord structures. These structures are greatly influenced with HBOT.

The objective of administering a concentrated dose of Oxygen is to attempt to restore the levels of Oxygen with the formation of new blood flow. By increasing the saturative effects of dissolved Oxygen into damaged regions; inactive and non-functional and idling nerve cells have the potential of becoming more metabolically active. Oxygen is vital for all aspects of cellular function.

  • HBOT dissolves additional Oxygen in the plasma and cerebral spinal fluid and can nourish the damaged tissues even in the absence of RBCs

  • HBOT causes a direct saturative effect of increased Oxygen into damaged and compromised hypoxic tissues; rescuing vital structures even after vascular occlusion

  • HBOT decreases blood viscosity, reducing platelet clumping and increasing RBC deformability facilitating Oxygen into damaged tissues

  •  HBOT reduces brain oedema and swelling. HBOT counteracts the vasodilation of the damaged capillaries in hypoxic tissue and reduces further leakage from the damaged vessels

  • HBOT reduces the swelling of neurons improving their metabolism