What are the effects of the assistive drugs used in anaesthesia?
What are the assistive drugs used in anaesthesia and what are their effects? The following is a detailed study of assistive drugs commonly used in anaesthesia and their effects.
Pre-aesthesia Pre-aesthesia drugs are used primarily to remove the anxiety of patients, to produce oblivion effects, to reduce metabolic rates, and to prevent the toxic effects of anaesthetics. Common pre-aesthetic drugs include:
1. Neurostatic drugs: e.g. midarram injection fluid, phenylbarbital tablets, etc. The drugs are able to calm down the hypnosis, help the patients to relax and reduce the tension and fear before the operation. Anti-choline drugs: e.g., atropine injection fluids of sulphuric acid. Anticholine drugs can reduce the production of aromatic secretions, keep the respiratory tract open and facilitate surgery.
Anaesthetic analgesic analgesics are used mainly to alleviate pre-operative pain and the need for analgesics during surgery. These drugs usually have a strong sting effect and have longer effects. Common anesthetic painkillers include:
Opioids: e.g., morphine tablets sulphate, salphate salphate tablets (siltide) tablets, salphate and their derivatives. Opioids can be combined with opioid receptors in the brain and spinal cord, thus disrupting the transmission of pain signals and having an analgesic effect. Morphine is also well sedated, often used as pre-aesthetic and as anaesthesia auxiliary.
fentanyl and its derivatives: e.g., refentanyl. These drugs have a significant and short-lived effect on the central nervous system and are applied in situations requiring rapid pain relief, such as cardiovascular surgery.
Anti-monomethamphetamines and anti-embolisms Anti-amphetamines and anti-embolisms are used relatively rarely in anaesthesia, but they play an important role in specific situations. 1. Anti-monomethamphetamines: mainly for the reduction of allergies that may occur during surgery. In addition, anti-monomethamphetamines can reduce the production of aromatic secretions and help to maintain the flow of respiratory tracts. 2. Anti-embolism: primarily designed to prevent the formation of a clot and to reduce the risk of embolism during and after surgery. It needs to be noted, however, that the use of anti-embolisms needs to be conducted under the guidance of a specialist physician to avoid adverse reactions such as haemorrhage.
IV. Other assistive drugs, in addition to the above, play an important role in the process of anaesthesia. 1. Muscle laxatives: e.g. wiki bromine, rocolumum ammonium, etc. These drugs can relax the skeletal muscles and facilitate the placement and operation of patients during the operation. 2. Anti-cardiological disorders: For patients at risk of heart disorders, anaesthesia may require the use of anti-cardial disorders to prevent or correct heart disorders. 3. Prophylactic and depressurizers: Depending on the patient ‘ s blood pressure, an anesthesiologist may use an anesthesia or depressurizer to maintain the patient ‘ s blood pressure stability.
In summary, there is a wide variety of assistive drugs used in anaesthesia, each of which has its specific role and application. In the course of anaesthesia, the anesthetist selects the appropriate assistive drugs, depending on the patient’s specific circumstances, the type of operation and the method of anaesthesia, and strictly controls the dosage of the drugs and the speed of their delivery in order to ensure their safety and smooth operation. At the same time, anaesthetists also need to pay close attention to the vital signs and reactions of the patient and to deal in a timely manner with possible anaesthesia risks and side effects.
The process of anaesthesia therefore requires the careful management and operation of a professional anaesthetist. Please note that this information is for reference purposes only and that in the case of the use of narcotic drugs, it is imperative that it be done under the guidance of a specialist.
