Anesthesia and submissive oblivion
In the early morning of a bright sun, Little Gang entered the operating room in a gruesome mood. In a modern operating room, Xiao was lying on an operating bed and was prepared for an appendectomy. He was nervous and upset because it was his first surgery. To alleviate his pain and anxiety, the doctor decided to use the whole body anesthesia.
Anesthetists began to inject narcotic drugs such as propol into Kogong. The drug quickly enters the circulatory system and then enters his brain through blood. Propyrophenol combines with a neurotransmitters receptor in the brain, disrupting the transmission of neurotransmitters and preventing new memories from being formed in small places.
With the use of anaesthesia, little and little has gradually become painless and unconscious. He saw doctors and nurses surrounding him and systematically prepared the operation. However, at the beginning of the operation, Kosumi ‘ s consciousness became blurred until it was completely diluted and there was no memory of the drops during the operation.
The operation went well and the surgeon carefully removed Ming ‘ s appendix. At the end of the operation, the anesthetists stopped injecting drugs such as propol, which led to their gradual metabolism.
When the whole body anesthesia came to an end, he became dazed and confused in his mouth, as if he had a big tongue, was retarded and sometimes left his mouth unspoken, while he forgot his pen, which was just like a swipe after he was drunk. And then naturally, I thought, “Oh, this fucking anesthesia makes me stupid.”
Medically, this phenomenon is referred to as “subordinate oblivion”. Incentives for deviant oblivion include, inter alia, drug induction and brain trauma. Certain benzodiazepines, such as midarram, flunitrazepam and others, have strong amnesia effects, which can lead to short-term memory loss. Brain trauma, in particular the hippos or the surrounding cortex of the brain, is also a common cause. As a critical area of the brain responsible for the formation of memory, the damage to the seahorse directly affects the storage and extraction of memory. The reason for this is that, in the short period of time following the application of certain drugs, there is a temporary loss of memory of what has happened, and once the drug has been metabolised, the symptoms will disappear completely and have no long-term impact on memory.
In order to better understand the relationship between passivity and anaesthesia, we need to understand the mechanisms in which narcotic drugs work. The drug of anaesthesia generally consists of the three basic drugs of pain, sedatedness and myosy, mainly by affecting the central nervous system to achieve pain, sedatedness and muscle laxity. The use of narcotic drugs is determined on the basis of the type of operation, the duration of the operation and the age, weight and physical condition of the patient. In general, patients who are not at risk or who require post-operative respirator support cease to lose after the operation, and after a few minutes the patient is respirated, conscious and able to communicate with the doctor. During the operation, these drugs help patients to enter an unconscious state, thus ensuring that the operation is carried out smoothly. When the drug is metabolized, the patient gradually regains consciousness and the memory function is restored. Of course, since the metabolic of drugs requires a process, it is normal that there may be sleep addiction after the surgery, and it usually takes hours to be fully awake. When the substance is fully metabolic in the body, it does not leave any aftereffects, much less makes people stupid.
Use of deviant oblivion in anaesthesia helps to alleviate the pain and anxiety of patients. By blocking memory formation, patients may not be aware of pain or discomfort during the operation, thus increasing the success rate and patient satisfaction.
In addition, profligacy can help to reduce post-operative trauma. Surgery is often a source of stress and fear for the patient, and submissive oblivion can help the patient to forget the unpleasant experiences of the operation and reduce the post-operative psychological burden.
However, there are also some potential risks and constraints to passivity. For example, patients may experience post-operative disorder or difficult memory recovery after the operation. Thus, in the use of proficient oblivion, doctors are required to assess and make decisions based on the patient ‘ s specific circumstances and type of operation.
Discretionary oblivion is a magical effect of an anesthesia, which helps to alleviate pain and anxiety during surgery by blocking the formation of memory. While passivation contributes to success and patient satisfaction, doctors should use it carefully to assess and make decisions to ensure patient safety and post-operative recovery.
It’s easy to forget.
