With the advancements in technology, almost all aspects of our daily lives have become easier. From how we walk, to what we eat, to what we wear, and also how we carry out some bodily functions. Digitalization affects almost every aspect positively, and the healthcare aspect also feels the impact. Talking about health care here, we’ll be relating to HBOT.
WHAT IS HYPERBARIC OXYGEN THERAPY (HBOT)?
Hyperbaric oxygen therapy (HBOT) is a treatment employed to speed up the healing processes of carbon monoxide poisoning and gangrene and wounds that refuse to heal. It is simply breathing in 100% oxygen under increased atmospheric pressure.
In our environment, the oxygen level in the air we breathe in is constant, standing at about 21%. The remaining components of air include nitrogen (which is highly needed for plant survival), argon, and a good number of natural trace gasses like hydrogen, helium, and carbon dioxide.
When you enter a hyperbaric chamber like this one , you’ll have the grace of inhaling pure 100% oxygen under high pressure. This fills the lungs with sufficient oxygen, making it a lot easier for the oxygen to circulate throughout the body and carry out its essential functions like fostering healing processes, developing new cells, and lowering inflammation. HBOT is an ideal approach to using simple natural oxygen in a pressurized chamber for treating different conditions like PTSD, fibromyalgia, cerebral palsy, and wound healing, amongst others.
WHY IS HYPERBARIC OXYGEN THERAPY CARRIED OUT?
Oxygen, as we all know, is the basis of life. Each cell in the body needs oxygen to survive. Oxygen, however, isn’t just essential to the cell as it stands as a key factor in healing. It fosters the building up of new tissues and replaces old tissues. Oxygen also helps convert the food we consume into useful energy and deals with waste products effectively.
In addition, oxygen is also highly needed for our brains. Though the brain makes up only 2% of the total body weight, it still uses up to 20% of the total energy we consume. Oxygen also strengthens the immune system to help fight off illnesses. With all of these benefits attached to oxygen, HBOT is, therefore, an ideal approach to enjoying all of these.
WHY WOULD YOU REQUIRE HBOT SESSIONS?
At first, HBOT was used in treating decompression sickness for scuba divers. Currently, it’s proven to have lots of benefits aside from the one it gives scuba divers. HBOT is used in treating wounds that experience a delay in healing due to diabetes, surgical or traumatic injuries, and radiation injuries.
WHY CHOOSE HBOT TO GET OXYGEN?
Is there anything special about using this approach to getting oxygen? Aren’t other methods also effective, like taking pills or oxygen-based powders? Well, here is why HBOT is unique;
- We get oxygen from the surrounding through the lungs. As we inhale deeply, oxygen tends to diffuse throughout the lungs membranes and into our red blood cells. These red blood cells then transport the oxygen to various body parts where it’s needed. With HBOT, oxygen in sufficient amounts is transported throughout the body without using any pills.
- HBOT is carried out in an air chamber where air pressure is always higher than normal. Due to the increased pressure, the lungs can accumulate more oxygen than they would when breathing in pure oxygen at normal pressure.
HOW OFTEN SHOULD YOU RECEIVE HBOT?
The frequency at which treatment occurs varies as individual conditions will be considered alongside the pace at which the patient should love to see results. In some situations, a doctor may recommend as many as 20 to 80 sessions and will be asked to come for treatments five days per week or more, depending on the condition.
Some conditions may require you to come in for HBOT twice a day for a short period, while those that traditional or hyperbaric methods can’t cure will need longer treatments. When you progress into the maintenance stage of the treatment, you may require treatment for just 1-2 days per week.
HOW MANY HBOT SESSIONS ARE REQUIRED?
Note that the number of treatments perfect for you depends on your condition. You should consult your doctor or a specialist about your health concerns and expectations from the HBOT treatment. Most people find relief after every two sessions a day for five days, while some may exceed this. For those who require oxygen therapy for a particular condition, you ought to dedicate your time and commit to at least three sessions per week for better results. Some persons may even feel better after 30 to 40 sessions.
As an advice, try to evaluate the progress of the therapy sessions every month to know how effective the oxygen therapy has been and whether more sessions are required.
HBOT conducted at a wound care clinic generally takes a few hours to complete. Still, things might get lengthy if the patient experiences difficulty clearing their ears at the pressurization stage. To have an effective HBOT, you’re more likely to require more than one session.
HOW QUICKLY WILL I GET POSITIVE RESULTS FROM HBOT?
Just as the severity of the conditions and treatment plans and expectations vary, so will the results. Some may get some relief after a few sessions, while others may heal at a much slower pace. HBOT may not provide effects overnight, but it delivers the required oxygen to various body parts, thereby building a foundation for better results.
WHAT WE OFFER AT OXYHELP INDUSTRY
At the OXYHELP INDUSTRY, we believe that owning a hyperbaric chamber is far better than using commercial services. It saves money and time and also conserves energy. Get the perfect treatment today with our wide range of hyperbaric chambers. We have both the Monoplace and Multiplace hyperbaric chambers. Take a look at this multiplace hyperbaric chamber : oxyhelp.com/multiplace-hyperbaric-chamber
The OXYLIFE I, being the Monoplace chamber, is ideal for a user per session, while the OXYLIFE C hyperbaric chamber can accommodate up to 5 users per session. We’ll always send trained personnel to assist you and teach you how to operate and maintain the hyperbaric chamber to ease the installation processes.