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Are anesthesiologists on the verge of being replaced by a new robot? THE iCONTROL-RP ANESTHESIA ROBOT On May 15, 2015, the Washington Post published a story titled, “We Are Convinced the Machine Can Do Better Than Human Anesthesiologists.” Why is this robotic device only a small step toward replacing anesthesiologists?
If the patient is unstable, a physician, usually an anesthesiologist, will need to accompany the patient and the EMTs to the hospital emergency room. She was then transferred to the hospital for overnight observation of her airway, pulmonary function, and oxygenation. Why did an anesthesiologist travel with each patient?
Will we live to see anesthesiologists replaced by technology? The failure of Sedasys was attributed to three factors : If a patient became too “light” during a procedure, the Sedasys system was not capable of increasing the depth of the sedation. Both patients and endoscopists expected deep general anesthesia, not moderate sedation.
An anesthesiologist can save your life by treating airway obstruction with as little as one finger, thereby maintaining safe oxygen flow in and out of your lungs. Patients wonder what their anesthesiologist is doing while they are sleeping. Anesthesiologists supply oxygen via a mask or via a nasal cannula.
At the onset of general anesthesia anesthesiologists place an ET tube through the mouth, past the larynx (voice box), and into the trachea (windpipe). The ET tube is a conduit to safely transfer oxygen and anesthesia gases into and out of the lungs. Anesthesiologists are vigilant during extubation. Extubation is risky business.
As an experienced anesthesiologist, I’ve personally watched over 25,000 patients sleep during my career. We’re going to sedate this patient for a medical procedure. The procedure does not require a breathing tube, so we’ll administer the sedation and be vigilant regarding what happens to the patient’s vital signs.
These three words make any anesthesiologist cringe. In layman’s terms, anoxic brain injury, or anoxic encephalopathy, means “the brain is deprived of oxygen.” In an anesthetic disaster the brain can be deprived of oxygen. Without oxygen, brain cells die, and once they die they do not regenerate. Anoxic brain injury.
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