Obstructive Sleep Apnea Clinical Trial
Official title:
The Benefit and Risk of Oxygen Supplementation in Perioperative Management of Obstructive Sleep Apnea
Hypotheses:
1. Postoperative oxygen therapy significantly improves postoperative oxygenation in OSA
surgical patients.
2. Postoperative oxygen therapy do not significantly increase the number of apnea episodes
and the duration of apnea episodes.
3. Postoperative oxygen therapy do not significantly increase arterial carbon dioxide(CO2)
level in OSA surgical patients.
When patients visit the preoperative clinic for their scheduled surgery, the study
coordinator will talk to patients. If they are interested in the study, he/she will ask the
patient to answer a couple of questionnaires to see if the patient is qualified for the
study. Patients will be asked to answer the STOP-Bang questionnaire to find out if patient
is at high risk for sleep apnea. If the result shown that patient are at high risk for sleep
apnea, the study coordinator will explain the study to you in detail and go over the consent
form. The coordinator will answer all questions patient may have. If patient give consent to
participate the study; the coordinator will schedule a sleep study with a sleep monitor at
patient home at a convenient time before surgery. After telephone confirmation, the sleep
technician will visit your home on the evening of scheduled date to set up the sleep study
monitor and a device to measure the blood oxygen level. It would take 20~25 minutes to hook
up for over night sleep study. The sleep technician will visit patient's again the next
morning to pick up the devices. The recordings of sleep study will be scored by a certified
sleep technologist. As a study participant, patient will be randomly (by chance) assigned
into one of the following groups:
- Control group: Patients will be managed by the anesthesiologists and surgeons as per
routine practice.
- Oxygen therapy group: Besides during surgical procedure routine care provided by
anesthesiologists and surgeons, patients will receive postoperative oxygen
supplementation with nasal prong (through nostril) at 3 liters/ min during the first 3
nights after surgery.
Regardless what group patients are in, their blood oxygen saturation will be monitored by a
pulse oximeter for 1 night preoperatively and 3 nights postoperatively during their sleep.
The blood carbon dioxide will be monitored for first 2 postoperative nights with a portable
transcutaneous CO2 device (TCM400). On the third postoperative night, all study patients
will also be monitored simultaneously by a portable carbon dioxide device(TCM400) and
portable sleep device. For carbon dioxide monitoring, a probe will be attached to patient's
arm which is connected to a portable device placed besides patient's bed. Our research staff
will hook up the device and remove it from patient.
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