Diabetes is one of the main causes of high blood sugar. According to the latest data released by the World Health Organization (WHO) on November 13, 2024, the number of adult patients with diabetes worldwide has exceeded 800 million, more than four times that of 1990. In addition, in 2022, the prevalence of diabetes among adults aged 18 and above increased from 7% in 1990 to 14%. The prevalence was highest in the age group of 75 to 79 years old, reaching 24.4%.
With the increase in people's health awareness, hyperbaric oxygen therapy (HBOT) has received more and more attention as an auxiliary treatment for diabetes management in recent years. Studies have shown that HBOT can not only improve tissue oxygen supply, reduce inflammation levels, and enhance insulin sensitivity but may also play a positive role in controlling blood sugar and reducing diabetic complications.
The basic mechanism of hyperbaric oxygen therapy (HBOT) is to increase the partial pressure of oxygen in the blood and tissues, thereby promoting the transport and utilization of oxygen. Under standard atmospheric pressure, oxygen is mainly transported by binding to hemoglobin. However, under a hyperbaric oxygen environment, the solubility of oxygen increases, allowing more oxygen to dissolve directly in the liquid part of the blood, that is plasma. This allows it to be more effectively transported to various parts of the body, especially the threads with poor microcirculation.
Regarding the effects on blood sugar levels, the mechanism of action of the hyperbaric oxygen chamber mainly includes:
Under hyperglycemia, the insulin resistance of cells increases, making it difficult for blood sugar to be effectively utilized. Hyperbaric oxygen therapy helps improve the metabolic function of cells and reduce insulin resistance by increasing the oxygen supply to tissues, thereby promoting the entry of blood sugar into cells for metabolism.
Adequate oxygen supply can enhance the glycolysis process in cells and oxidative phosphorylation in mitochondria, which is a key pathway for converting glucose into energy and helps lower blood sugar levels.
Hyperglycemia is often accompanied by inflammatory reactions and oxidative stress. Hyperbaric oxygen therapy can alleviate these reactions, protect the vascular endothelium, reduce insulin resistance caused by inflammation, and indirectly help control blood sugar.
Hyperbaric oxygen may indirectly affect blood sugar regulation by affecting the endocrine system, including the function of pancreatic beta cells, but the specific mechanism needs more research to clarify.
For diabetic complications such as neuropathy and vascular damage, hyperbaric oxygen therapy can promote the repair of damaged tissues and reduce abnormal blood sugar regulation caused by damage.
In summary, hyperbaric oxygen chambers have a positive effect on patients with hyperglycemia by improving cellular oxygen supply, promoting metabolism, reducing inflammation, and possibly endocrine regulation, which helps control blood sugar levels and prevent diabetes-related complications.
However, these effects need to be carried out under professional medical supervision, and as part of comprehensive treatment, they cannot replace traditional diabetes management measures such as medication, diet control, and exercise.
|
Factor |
Hyperbaric Oxygen Therapy (HBOT) |
Traditional Methods |
|
Effectiveness |
Improves glucose metabolism but is not a primary treatment |
Proven methods for managing blood sugar |
|
Speed of Action |
Potentially fast-acting for insulin resistance |
Depends on medication and lifestyle adherence |
|
Side Effects |
Oxygen toxicity, ear barotrauma, temporary hypoglycemia risk |
Medication side effects, dietary restrictions |
|
Long-Term Benefits |
May improve overall metabolism & healing |
Essential for long-term glucose |
|
Accessibility & Cost |
Limited availability, high cost |
More accessible and cost-effective |
Hyperbaric oxygen chamber therapy has shown significant potential and advantages in the treatment of hyperglycemia, but it cannot completely replace traditional hypoglycemic therapies at present. Traditional therapies include drug therapy (such as insulin and oral hypoglycemic drugs), diet control, regular exercise, etc.
These methods have been clinically verified for a long time and have clear and stable effects on controlling blood sugar and preventing complications. When considering hyperbaric oxygen chamber therapy, patients should follow the doctor's advice and use it as part of an overall treatment plan rather than relying solely on it to control blood sugar.
Therefore, although hyperbaric oxygen chamber therapy provides new treatment options for diabetic patients and improves the diversity of treatment and quality of life, it cannot completely replace traditional hypoglycemic therapies at present. The treatment of diabetes still requires a multi-pronged strategy to ensure that blood sugar is fully and stably controlled.
When using a hyperbaric oxygen chamber to treat hyperglycemia, the following points should be noted:
Before starting treatment, a comprehensive health assessment must be conducted by a professional doctor to ensure that the patient is suitable for hyperbaric oxygen therapy, especially for patients with specific health problems (such as lung disease, ear, nose, and throat disease).
The treatment plan should be customized according to the patient's specific situation, including oxygen pressure, treatment time,e and frequency, to achieve the best effect and reduce potential risks.
During the treatment, medical staff need to closely monitor the patient's vital signs to ensure the safety of treatment, especially the discomfort or reaction that may occur in a high-pressure environment.
Understand the indications and contraindications of hyperbaric oxygen therapy, such as it should not be used after certain ear or eye surgeries, unhealed pneumothorax, etc.
Hyperbaric oxygen therapy may need to be performed multiple times, and the effect may need to be maintained in combination with other diabetes management measures and should not be regarded as a one-time solution.
Patients should understand the treatment process and the discomfort that may be experienced, such as changes in ear pressure, be mentally prepared and follow the instructions to perform appropriate ear pressure adjustment movements.
Although hyperbaric oxygen therapy is relatively safe, you still need to pay attention to possible side effects, such as oxygen poisoning and middle ear pressure damage, especially if it is improperly operated.
During and after treatment, continue to monitor blood sugar levels so that the treatment plan can be adjusted in time.
Hyperbaric oxygen therapy should be combined with lifestyle changes such as a healthy diet and regular exercise to achieve the best blood sugar control effect.
