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Recovery room monitoring primarily focuses on heart stability, respiratory adequacy and return to previous brain functioning.
The original forms of diazepam (Valium, a very common sedative) caused irritation of veins and phlebitis.
Sedation is typically used for common diagnostic tests that require prolonged immobilization such as magnetic resonance imaging (MRI) and computed axial tomography (CAT) scanning.
Some cases that require sedation may also necessitate the use of analgesics to decrease pain associated with a procedure or test.
The patient is unable to cooperate, has labile (fluctuating) vital signs, prolonged recovery room convalescence, and higher risk of anesthetic complications.
Usually procedures for conscious sedation do not require preoperative or pre-testing orders.
The day before the test, the patient may be required to maintain specified dietary restriction.
For outpatient surgery there are two types of sedation, conscious and unconscious sedation.
It is important to determine if there were any untoward side effects associated with a previous medication.
The process of sedation has two primary intentions.
First, sedation is recommended to allow patients the ability to tolerate unpleasant diagnostic or surgical procedures and to relieve anxiety and discomfort.
Patients receiving conscious sedation are cooperative, have stable vital signs (pulse, respiratory rate, and temperature), shorter recovery room convalescence, and lower risk of developing drug-induced complications.
Unconscious sedation is a controlled state of anesthesia, characterized by partial or complete loss of protective nerve reflexes, including the ability to independently breathe and respond to commands.
Newer forms of diazepam (Dizac) are chemically improved to lower the possibility of vein irritation.