What Is Intravenous Anesthesia?
Intravenous anesthesia is a combination of intravenous anesthesia because it takes advantage of the characteristics of various drugs to achieve stable anesthesia, light physiological disturbances, fewer side effects, and fast wake-up. This method can be used for short operations without tracheal intubation, general anesthesia-induced tracheal tube placement, and general anesthesia maintenance. Pediatric medication is calculated by weight. Intravenous anesthesia is a method of injecting drugs intravenously and acting on the central nervous system through blood circulation to produce general anesthesia.
Intravenous anesthesia
- Intravenous anesthesia is a combination of intravenous anesthesia because it takes advantage of the characteristics of various drugs to achieve stable anesthesia, light physiological disturbances, fewer side effects, and fast wake-up. This method can be used for short operations without tracheal intubation, general anesthesia-induced tracheal tube placement, and general anesthesia maintenance. Pediatric medication is calculated by weight. Intravenous anesthesia is a drug that is injected intravenously and acts on the blood circulation
- Intravenous anesthetics are non-volatile general anesthetics and are mainly administered by intravenous injection. Compared with inhaled anesthetics, the depth of anesthesia is not easy to grasp and the discharge is slower. Generally, it is only suitable for short-term and minor analgesia. Used individually
- Modern anesthesia originated in the early 19th century, starting with ether, chloroform and nitrous oxide inhalation anesthesia. Later, intravenous anesthesia was also used for general anesthesia, initially chloral hydrate, followed by barbiturates, benzodiazepines * and synthetic opioids in the early 20th century, until the latest intravenous anesthetics in recent years Propofol and remifentanil.
- In the early 20th century, the field of inhalation anesthesia developed rapidly, and complex anesthetic gas transmission and monitoring systems such as precision volatilizers and end-expiratory anesthetic concentration monitoring instruments continued to emerge. In sharp contrast, until recent years, most
- Ketamine hydrochloride injection 2ml: 100mg
- 10ml water for injection
- Usage: 100mg, 50 75mg slowly after dilution
- (1 ~ 2mg / kg).
- Ketamine hydrochloride injection 1ml: 50mg × 4
- Usage: 200mg (2 4mg / kg), intramuscular injection.
- Anding injection 2ml: 10mg
- Ketamine hydrochloride injection 1ml: 50mg
- Usage: One by one.
- Anding injection 2ml: 10mg
- Ketamine hydrochloride injection 2ml: 100mg
- Usage: Intramuscular injection.
- Sodium hydroxybutyrate injection 10m1: 2.5g × 2
- Usage: Intravenous injection 60 100mg / kg, speed is 1g / min.
- Thiopental Sodium for Injection 0.5g
- 20ml water for injection
- Usage: 0.5g, dissolved, intravenous injection.
- Puran injection 250mg
- Usage: static note.
- Antetone injection 4mI
- Usage: Static note.
- Imimidate injection 15mg
- Usage: 15mg · Intravenous.
- Fentanyl citrate injection 1ml: 0.1mg × 10
- Usage: 1mg (0.01 0.05mg / kg) · Intravenous, speed is 0.2mg / min.
- Procaine Hydrochloride Injection 0.5% -10ml: 50g
- Pethidine injection 2ml: 100mg
- Succinylcholine injection 2ml: 100mg
- Glucose injection 5% -500ml
- Usage: Mixed. Intravenous drip, speed 100 ~ 200ml / h.
- Ketamine hydrochloride injection 1ml: 50mg × 5
- Glucose injection 10% -250ml
- Usage: 250rag, diluted with sugar water, intravenous drip, 100ml / h.