There are many methods of anaesthesia, general anaesthesia, vertebrate anaesthesia, local anesthesia, etc., and different methods of surgery require the choice of the appropriate anaesthesia. The overall objective is to ensure that the procedure is carried out successfully and that the patient is safe, painless and comfortable throughout the operation. The whole body anesthesia we hear most about, is it true, as some people think, that the anesthesia is ready for surgery after a shot? If you think so, it’s a big mistake!
The whole-body anesthesia is a reversible inhibition of the central nervous system by inhaling, intravenous, muscle injection or rectal injection into the patient, resulting in the loss of consciousness of the patient and the absence of pain in his or her body. The whole-body anesthesia is divided into intravenous anesthesia and anaesthesia, depending on the route of administration of the drug, which is the same in nature, except that the drug used is different from the route of administration of anaesthesia, one is an anaesthesia administered through an intravenous injection, and one is an entry into the blood system through inhalation of anaesthesia, which ultimately inhibits the central nervous system. Or, depending on the patient ‘ s condition, anaesthesia is used in combination with intravenous injection and inhalation, i.e. a compound anaesthesia.
So what’s the main drug for the whole body anesthesia? The whole anaemics consist mainly of sedatives, painkillers and muscle laxatives. The sedative is to put the patient to sleep, the analgesics can help the patient not to feel the irritation of pain, the muscles relax the patient ‘ s bone muscles, remove the muscle resistance of the patient during the operation and ensure that the operation is carried out smoothly. The sedatives are not sedated, while the myophagus are not sedated and so is the combination of these three types of drugs.
The anesthetists develop an anaesthesia programme according to the procedure, and the general anaesthesia patients do not breathe autonomously, requiring an anaesthetist to insert a catheter in the catheter of the gastrophagus through the cavity of the sick population, i.e., a catheter tube, or to place a larynx in order to ensure oxygen flow, i.e. a controlled breathing. The sedation, pain and myocardics used in the whole body anesthesia have certain effects on the patient ‘ s respiratory and circulatory system, but these effects are manageable. An anaesthetist conducts a systematic assessment of the whole patient ‘ s condition prior to the surgery, i.e. an anaesthesia consultation, which develops a well-developed anaesthesia plan, depending on the manner and size of the operation. During the operation, the anesthesiologist closely monitors the blood pressure, heart rate, body temperature, etc. of the patient, constantly adjusting the medications in the light of the progress of the operation and changes in the vital signs of the patient ‘ s life, and the anesthetologist closely monitors the vital signs of the patient at all times while the surgeon is concentrating on the operation. That’s why the surgeon treats it, and the anesthetist lives.
At the end of the operation, the anaesthetist will gradually reduce the use of the medication to the patient ‘ s condition, gradually restore the patient ‘ s self-respiration, muscle and consciousness after the end of the operation, so that the patient ‘ s safety will be restored and the patient ‘ s safety and security will be restored. At the same time, a number of measures will be introduced to prevent the patient ‘ s sudden pain from an anaesthesia to awakening after the surgery ‘ s trauma, so that the patient will achieve a cosy purpose throughout the operation.
Anaesthesia.
