Did you really get some sleep?
In many cases, the whole body anesthesia seems to have simply slept and the operation was completed when he woke up. But is it really that simple? In fact, the whole body anesthesia process is much more complicated than you think, and then we’ll give you the whole body anesthesia process. First of all, we need to know what the real process is. When the patient undergoes a full-body anaesthesia, he becomes unconscious and then goes to a deep sleep. However, this is not the same as ordinary sleep, but rather a complex set of physiological changes experienced by the body as a result of an narcotic drug. First, anesthetists give patients anaesthesia through intravenous injections, inhalation of gas or muscle injections. These drugs quickly enter the blood cycle and then act in the brain, inhibiting the activity of the central nervous system, leading to a gradual blurring of the patient ‘ s consciousness and loss of sense of the surrounding environment. But in the process of anaesthesia, the changes in the patient’s body are far more significant, and the substance not only affects the brain’s function, but also has effects on the body’s multiple systems: This is also why, in the course of the overall anaesthesia, a breathing machine is usually required to assist the patient in breathing in order to ensure an adequate oxygen supply. Anaesthesia also affects the cardiovascular system, causing a decrease in blood pressure, changes in heart rate, etc., so that the basic vital signs of the patient need to be closely monitored in order to adjust the dose of the drug in a timely manner or to take other measures to maintain the stability of the patient ‘ s life function. During the operation, the anesthesiologist continuously monitors the depth of the patient ‘ s anesthesia. If the anaesthesia is too shallow, the patient may awaken during the operation and feel pain and discomfort; if the anaesthesia is too deep, it may have adverse effects on the body and may even make post-operative recovery more difficult. When the operation is completed, the narcotic drugs are gradually metabolized and excreted. In the process of awakening, the patient may feel tired, dizziness, nausea, etc. and take some time and process to alleviate, which is completely different from natural sleep. So what’s the difference between body anesthesia and natural sleep? By definition. The whole-body anesthesia inhibits the central nervous system by means of veins, inhalation, muscle injection, etc., and puts the patient in a state of loss of consciousness, painlessness, oblivion, etc. in order to achieve optimal surgery. The natural sleep is a decline in the biological activity of the animal caused by the regulation of the physiological function of the brain, which is generally fully awake when properly irritated. From the process. Natural sleep has a circulatory rhythm, including a fast eye and non-fast eye period of approximately 90 minutes per cycle. However, there is no rapid eye movement period during the whole body anaesthesia, during which a dry mesh sends a signal to the spinal nerve, resulting in a static body and rapid eye movement that can quickly awaken the body. In terms of the impact on memory. Natural sleep plays an important role in memory, because the memory store works at this time. After anaesthesia, the patient may lose his memory for a period of time after anaesthesia. Studies have found that the use of allergen after study missions can damage memory consolidation and disrupt hippos. In terms of the effects on the cortex of the brain. The sleep-awakening transformation of the human body is an active neurotransformation. The whole-body anesthesia, on the other hand, is the widespread inhibition of the central nervous system, especially the cerebral cortex, by drug inducing. Therefore, the whole body anaesthesia cannot be considered simply as sleeping, but it should be fully informed about its processes and potential risks in order to communicate well with the anaesthetologist to ensure a successful operation and a smooth recovery from the surgery.
