Typical changes in HBO blood pressure

Typical changes in HBO blood pressure

When macypanhbot explains the process that occurs in the patient, it usually points out that the process causes an artificial increase in blood pressure, so oxygen can quickly penetrate into the blood cells.

In order to understand the real situation of what is happening, we took a series of measurements of blood pressure and pulse directly during the operation of the pressure chamber.

Typical changes in blood pressure are given below, such as changes in blood pressure and pulse of a volunteer involved in the study.

A pressure chamber with a working pressure of 1.4 ATA and an oxygen concentrator with 10 l/min and an oxygen mask are used.

The volunteer's condition is characterized by moderate arterial hypertension. (Drug dependence, nordipine 5 mg/day.)

A total of five meetings were held, during which time pressure and pulse were measured with an automatic tonometer every five minutes.

The first measurement is performed at atmospheric pressure after putting the volunteer into the chamber, which corresponds to "0" minutes. Then, within five minutes, the pressure rises to the worker and the next measurement is taken, which corresponds to "5" minutes. The first meeting, 11/7/17, lasted up to 50 minutes, then the pressure was released for 5 minutes, the measurement was taken, and the volunteers left the pressure chamber. After that, five and ten minutes later, two more measurements were taken to determine the nature and level of the reaction.

The beginning of the rest of the course is the same as the first one, with pressure relief from the fortieth minute to the forty-fifth minute.

It can be seen from the figure that in the case of initial hypertension, during the operation of the pressure chamber, the pressure and pulse are always closer to normal and lower than the initial state. This is obviously related to the body’s self-regulation. Provide adequate oxygen supply for tissues under lower pressure and pulse. However, after the stress is released and the training is completed, the stress and heart rate may increase by 10-20 mmHg from the value measured at the end of the operation, which may be dangerous for existing hypertension. 15-20 minutes after the end of the treatment, the pressure and pulse become close to the initial values ​​before the operation.

Typical changes in HBO Cyclicality

The statistical processing of the measurement reveals at least two oscillation processes, which are characteristic of all measurement sessions performed.

1、A non-periodic oscillating process, manifested as a major drop in pulse and pressure, and then tends to return to its original state, which may occur within a few hours. However, since the procedure that uses high pressure and more than 60% oxygen for breathing is not considered, it lasts more than an hour, and because of unsafeness, only areas up to 40-50 minutes are important. On this website, at least 30-35 minutes is very clearly visible. This means that the process reaches the saturation stage at this time, after which compensation and addiction begin. Therefore, considering the increase in pressure and pulse after the operation, it is recommended to end the active period 35-40 minutes after the start of the operation. (Continue to relieve stress) This is done in sections 8, 9, 10 and 12.07.

2、The periodic oscillation process lasts 18-20 minutes. Probably caused by the body's own rhythm. Currently, this is not essential for the development of the best strategy for using HBO programs.

The daily blood pressure and pulse changes of a volunteer. On average, during the study, the upper pressure dropped by 9 mmHg and the lower pressure dropped by 4 mmHg. In addition, nocturnal tachycardia episodes have ceased. Sleep and performance improved.