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In addition to monitoring the patient’s EEG level of consciousness (via a BIS monitor device called NeuroSENSE), this new device monitors traditional vitalsigns such as bloodoxygenlevels, heart rate, respiratory rate, and blood pressure, to determine how much anesthesia to deliver.
How soon will we see robotic anesthesia in our hospitals and surgery centers? We’ve seen advances in noninvasive surgery, fiberoptic scopes, transplantation science, cancer therapeutics, and mega healthcare delivery companies. Our medical world inside the hospital has changed more slowly. But what’s new in anesthesia the last 30 years?
The ET tube is a conduit to safely transfer oxygen and anesthesia gases into and out of the lungs. After a surgery is finished, anesthetic gases and intravenous anesthesia drugs are discontinued, and the patient wakes up within 5 to 15 minutes. The surgery concluded 2 hours later and the anesthetics were discontinued.
The procedure does not require a breathing tube, so we’ll administer the sedation and be vigilant regarding what happens to the patient’s vitalsigns. As with all anesthetics, the patient will be fully monitored for heart rate, blood pressure, oxygen saturation, respiratory rate, and exhaled carbon dioxide level.
In an anesthetic disaster the brain can be deprived of oxygen. Without oxygen, brain cells die, and once they die they do not regenerate. Some brain cells start dying within five minutes after the oxygen supply disappears, and brain hypoxia can rapidly cause severe brain damage or death. His preoperative vitalsigns were normal.
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