What would be better if the operation was anesthesia?
Local anaesthesia is also known as partial anaesthesia, which means that, in a state of mental health, anaesthesia is applied to the part of the body, which temporarily disrupts the sensory neurotransmission of a part of the body, and that motor neurotransmitters remain intact or are at the same time inhibited to varying degrees. Such obstruction should be fully reversible and without any organizational damage. Local anaesthesia has the advantage of being simple, safe, sober, with fewer complications and less impact on the physical function of the patient. Very few patients have adverse effects, such as tissue damage, toxic effects, etc. The application of local anesthesia is limited, mainly in small operations in shallow surface parts of the body, such as dental surgery, and small operations in limbs. However, in the course of anaesthesia, the patients remain conscious that they can see the operation or hear the sound of the operation, which can create fear and affect subsequent recovery.
Semi-aesthesia In the field of medicine, semi-aesthesia is referred to as intra-vertebrate anaesthesia, which means the injection of anaesthetics into the vertebrates with anaesthesia in the corresponding area at the disposal of the spinal nerve, including both the submersible and the epidural anesthesia methods, which also includes dysentery. Extradural retardation applies to any operation other than the head, but it is generally applied to the abdominal and lower parts of the abdomen; the submersible amplitude can only be applied to the lower abdominal surgery. The relatively low cost of this anaesthesia, which can also be used for post-operative pain relief, the better effect of the analgesic pain, the low incidence of anaesthesia adverse effects and the effective reduction of the economic stress of the patient ‘ s family. As patients remain conscious during the semi-aesthetic period, some suffer from anxiety, stress and excessive fear of surgery. In addition, semi-aesthesia can inhibit the cross-sectional nerves of patients, so that anaesthesia inhibits the expansion of the blood vessels in the area, and blood pressure decreases, and semi-aesthesia may be incomplete, affecting the operation process. Moreover, as the semi-aesthesia requires a perforation of the rigid spinal membrane and carries the risk of a perforation of the cerebral vertebrate, it is likely that the patient will suffer from headaches. A small number of patients receive a half-body anaesthesia and suffer from puncture pain, but later disappear on their own.
The whole body is anesthesia. The whole body is primarily anesthesia, which enters the patient’s blood through the respiratory system, veins, etc., and cycling through the blood to the whole body, so that the patient enters anaesthesia without pain, unconsciousness or ignorance, reducing the feeling of surgical discomfort and fear. The operation of the whole body anesthesia is more difficult, requiring a professional anesthetist to exercise strict control over the use of anaesthesia and to monitor strictly the vital signs of the patient and detect anomalies in a timely manner throughout the treatment. The general anesthesia has a high level of comfort, and the patient can complete the operation in “sleep”, almost all of it. In addition to anaesthesia, there is a need to use muscle laxatives to ensure that the patient is lax and to make the operation less difficult. Moreover, a general anaesthesia ensures that the patient has a long period of brakes, so that most of the more sophisticated operations require a full anaesthesia. Due to the high level of bodily harm caused by the general anaesthesia, the technical requirements for anaesthesiologists and for surgical tests are more stringent, and the use of larger doses of anaesthesia and other disposables for the whole body anaesthesia is more expensive than local anaesthesia and semi-aesthesia. In addition, because of the relatively high doses of drugs used during anaesthesia, there is a certain increase in pressure on organs such as kidneys, livers and even related complications. In addition to this, the general anesthesia may affect the respiratory system of the patient, leading to respiratory inhibition and even oxygen deficiency, so that the patient is required to receive a trachea during the anesthesia. There is a high incidence of general anaesthesia, common nausea, vomiting, dizziness, headaches, etc. There are also heart disorders in the case of serious cases, and in a small number of cases there are signs of malignant high fever, shock, etc. The symptoms of dizziness, urination, air outage, defecation and sleep addiction occur in a short period of time following the awakening of a patient receiving a full-body anesthesia, which gradually disappears as the drug is discharged. Anaesthesia is defined primarily as the use of drugs or other means to produce reversible functional inhibition of the central nerve of the patient, which allows the patient to be treated or examined in painless condition, and the types of anaesthesia commonly used in clinical practice include, inter alia, general anesthesia, semi-body anesthesia and local anesthesia. The three types of anaesthesia vary in their clinical scope of application, with advantages and risks. The clinical application of anaesthesia requires an analysis that takes into account the actual situation of the patient, his/her will, the requirements of the operation, the medical conditions of the hospital, the choice of the best anaesthesia, the reduction of the risk of anaesthesia, and the guarantee that the treatment can be successfully completed.
