Purpose: This study aims to find out if the current way of performing chest compressions during resuscitation for patients who have suffered a cardiac arrest outside of the hospital is affecting their chances of recovery. Recent research suggests that more than half of these patients receive chest compressions near their aortic valve, which might block blood flow and make their condition worse. We will use a special imaging technique called transesophageal echocardiography (TEE) during resuscitation to see if compressions near the aortic valve impact patient outcomes. Methods: We will conduct a study with patients who have suffered a cardiac arrest outside of the hospital and are receiving TEE during resuscitation in the emergency department. Some patients will not be included in the study, such as those who recover quickly before the TEE is done, those who need other treatments before they recover, those with an unclear compression site, or those with poor or missing TEE images. We will divide the patients into two groups: those with compressions near their aortic valve and those without. We will collect information on the patients, the TEE recordings, the resuscitation process, and important time points. We will mainly look at whether the patients recover and maintain a steady heartbeat. We will also examine other factors like their carbon dioxide levels, whether they recover at all, if they survive to be admitted to the hospital, if they survive to be discharged, and if they have good brain function when they leave the hospital. We plan to have 37 patients in each group for accurate results.
Study Type
OBSERVATIONAL
Enrollment
76
Utilizing transesophageal echocardiography (TEE) during resuscitation allows medical professionals to determine if a patient's aortic valve is being compressed while receiving chest compressions, providing valuable insight to optimize the resuscitation process.
Far Eastern Memorial Hospital
Banqiao District, New Taipei City, Taiwan
sustained return of spontaneous circulation (ROSC)
successful restoration and maintenance of a patient's heartbeat and blood circulation after undergoing cardiopulmonary resuscitation (CPR) for at least 20 minutes
Time frame: 20 minutes after ROSC
Any return of spontaneous circulation (ROSC)
Time frame: 1 minutes after ROSC
survival to admission
Time frame: 48 hours after ROSC
survival to discharge
Time frame: 6 months after ROSC
discharge with favorable neurological outcomes
Time frame: 6 months after ROSC
end-tidal carbon dioxide (EtCO2)
Time frame: During resuscitation
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