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Hyperbaric Oxygen and Surgery (II)

Post-operative edema and swelling will cause severe pain after the anesthesia has worn 
Post-operative treatment with hyperbaric oxygen can help to stop bleeding and relieve swelling pain.

Reducing swelling and wound distension

In normal physiology, oxygen will cause the smooth muscle of blood vessels to contract, which can reduce blood flow by 20%. 
Hyperbaric oxygen therapy redistributes blood flow to the tissues so that oxygen can reach the injured tissues smoothly.

Helps reduce edema in the cell spaces

Hydrocele is a vicious cycle of oedema, in which there is too much fluid between the cells, making it difficult for oxygen to enter the cells at normal pressures.
 The lack of oxygen in the cells makes it impossible for sodium and potassium to be excreted, which in turn leads to more severe oedema.

Hyperbaric Oxygen Therapy improves the penetration of oxygen, which helps to improve edema, metabolize tissue fluid, eliminate edema and relieve pain.

Hyperbaric Oxygen and Surgery (I)

Post-operative wounds can become swollen and oedematous with tissue fluid, which requires special care to prevent other complications from wound infection.

General repair:

-Depends on the patient's own recovery function.
-Longer recovery period
-Incomplete repair, easy to produce scars
-Delay the next treatment.

Hyperbaric oxygen repair:

-Constricts blood vessels and stops bleeding quickly

-Eliminate edema, anti-inflammatory, reduce pain.

-Enhance immunity against foreign germs.

-High oxygen environment is not conducive to the survival of anaerobic bacteria.

Hyperbaric Oxygen and Reverse Aging

Three months of hyperbaric oxygen inhalation results in 25 years of cellular rejuvenation! For the first time, scientists are able to "reverse aging" in a human experiment.

A team of Israeli researchers published a paper in the journal Aging that showed that clinical trials of continuous hyperbaric oxygen therapy for healthy older adults could significantly stop, or even reverse, cellular aging within three months!https://heho.com.tw/archives/148869

Telomeres are constantly worn down and shortened over the years, and the shortening is accelerated by disease, obesity, stress, and other causes.

The telomere lengths of several immune cells increased by more than 20 percent, with B cells showing the most dramatic change of more than 30 percent. The scientists say this increase means that the telomeres of the trial participants are now as long as they were 25 years ago.

Hyperbaric Oxygen and Dentistry

anaerobic bacteria

Plaque belongs to anaerobic bacteria, and an oxygen-filled environment is not conducive to the survival of anaerobic bacteria and parthenogenetic anaerobic bacteria. High-pressure oxygen can inhibit the growth of plaque and reduce the risk of infection.

Hyperbaric oxygen therapy reduces the number of subgingival anaerobic bacteria, parthenogenetic anaerobic bacteria, and melanin-producing bacilli. Enhanced immune response prevents bacteria from proliferating and osteoblasts proliferate, resulting in better growth of the restored tooth.


Periodontal flap procedure

After flap surgery, hyperbaric oxygen therapy can accelerate cell metabolism, eliminate edema in the cell space, and reduce vasoconstriction to eliminate redness and swelling, thus shortening the healing and swelling period of the surgical wound.

Post-operative wound repair with hyperbaric oxygen therapy can accelerate the regeneration of cellular tissue and bone.


Periodontal Health

If plaque remains in the gingival sulcus for more than 2-3 days, it will calcify and form tartar. If plaque and tartar remain in the teeth and periodontal tissues for a longer period of time, it may lead to chronic inflammation of the tissues resulting in oral infections.

Personalized oral care and regular follow-up examinations to prevent periodontal bacteria from invading.


alveolar bone

When the alveolar bone is defective and the patient wants to use dental implants for reconstruction, guided bone regeneration is performed in order to increase the amount of bone in the implant area, and hyperbaric oxygen increases the rate of bone graft regeneration. After implant placement, hyperbaric oxygen can shorten the healing time of the alveolar bone and greatly accelerate the treatment time.

X-rays are taken to determine the degree of healing of the alveolar bone.


Diabetes and the Elderly

In addition to the usual contraindications to surgery, there are certain medical conditions that can affect the wound's ability to heal, including diabetes, immune disorders, and chemotherapy and head and neck radiation treatments that should be carefully evaluated for suitability for dental implants.

Poor glycemic control in diabetic patients affects wound healing and makes them more susceptible to infection. Literature also suggests that poor glycemic control affects the success rate of dental implants.

pre-operative - The patient is elevated to a "fit state" prior to surgery.

Post-operative - Shorten the postoperative recovery time and increase the success rate of dental implants.

Hyperbaric Oxygen and Hair Transplant

The combination of hyperbaric oxygen supplementation before and after transplantation in many countries, including the United States, Turkey, and Colombia, is related to the recent popularity of cellular therapy.

Hyperbaric Oxygen Increases Blood Stem Cell Levels 8-Fold



After Hair Transplant Surgery

1. Reduces cellular space and eliminates edema.

2. Increase the amount of dissolved oxygen in the blood in microcirculation to eliminate redness and swelling.

3. Vasoconstriction to stop bleeding

4. Increase wound healing speed by more than two times.

Establishment of blood circulation
1. Neonatal microvascularization, blood transport reconstruction
2. Provide nutrients and oxygen for cell growth.
3. Newly implanted hair follicles can adapt to the new position more quickly.
Hair Maintenance
1. Faster healing and stronger follicle structure
2. Shorten the recovery period by 50%-70%, 15 days → 9 days.

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