Cardiac Arrest

About Cardiac Arrest Clinical Trials (Click to Open)

Join Clinical Trials for Cardiac Arrest

Clinical Trials for Cardiac ArrestGeneral Purpose: 

Cardiac arrest results when the heart experiences an abnormal heart beat that causes it to quit beating all together. Cardiac arrest is different from a heart attack, in that the heart generally continues to beat following a heart attack. Cardiac arrest can result from coronary heart disease, heart attack, electrocution, drowning, or choking. It can also occur for unknown reasons.

If not treated immediately, cardiac arrest leads to death within a matter of minutes. Cardiopulmonary resuscitation (CPR) and defibrillation (in which an electric shock is administered to the heart), if administered quickly, can lower the risk of death. However, unfortunately, most people who experience sudden cardiac arrest die as a result.

The risk of cardiac arrest increases with age, and is also greater among individuals with heart disease. In addition, men are two or three times more likely than women to experience cardiac arrest. Family history of sudden cardiac arrest and inherited conditions that predispose people to arrhythmias can also play a role.

Researchers are working to identify ways to prevent cardiac arrest from recurring in individuals who have been lucky enough to survive it, as they are at an increased risk for experiencing it again. New medications are also being tested for their ability to lower the risk of cardiac arrest among individuals with coronary heart disease.   

What Will Cardiac Arrest Clinical Trials Be Like?

The types of tests and assessments used in cardiac arrest clinical trials will ultimately Clinical Trials for Cardiac Arrestdepend on the specific nature of the study. Provided below is a list of frequent procedures and tests used to evaluate the heart, lungs, and blood vessels, many of which may be incorporated for use in clinical trials:

  • Physical exam
  • Detailed family history of heart, cardiovascular disease, and high cholesterol.
  • Genetic testing
  • Blood tests to evaluate the levels of potassium, magnesium, and other substances in the blood that play an integral role in regulating the heart’s electrical signaling.
  • Blood tests to evaluate the effectiveness or chemical properties of a medication, if you are participating in a clinical trial that is investigating the use of a new drug.
  • Echocardiography (“echo”): a painless procedure that uses ultrasound to create moving pictures of your heart, which allow doctors to see its size, shape, and how well it is working.
  • Electrocardiogram (EKG, or ECG): a straightforward and painless procedure that records the electrical activity of the heart.
  • Stress test: a test performed while you exercise (usually by walking or running on a treadmill, or pedaling a stationary bicycle), which allows doctors to evaluate how your heart works during episodes of physical stress.
  • Computed tomography (CT scan, or “CAT scan”) or magnetic resonance imaging (MRI) scans: these are non-invasive imaging procedures, similar to an x-ray, that allow doctors to take detailed pictures of your heart.
  • Cardiac catheterization: a procedure during which a long, thin, and flexible tube (i.e., catheter) is inserted into a blood vessel in the arm, upper thigh, or neck and threaded through until it reaches your heart. This allows doctors to perform diagnostic tests and treatments, as well as to evaluate blockages in the blood vessels.
  • Electrophysiology study: a procedure in which doctors use cardiac catheterization to record the heart’s electrical activity and evaluate how it responds to various medications and electrical stimulation.

Typical Cardiac Arrest Clinical Trial Protocol:

Specific examples of clinical trials for cardiac arrest might include the following:

  • A randomized study in which the blood levels of coenzyme Q10 (CoQ10) are measured in patients following cardiac-arrest, and then patients are randomly assigned to receive either CoQ10 supplements or a placebo to determine if supplementation can raise CoQ10 levels in those who receive it. The goal of a study such as this would be to determine the prevalence of low CoQ10 levels in cardiac arrest patients and then determine if supplementation is more effective at raising levels than natural processes within the body.
  • A study to determine if the use of corticosteroids in patients who have experienced cardiac arrest will decrease the amount of time it takes to reverse shock, decrease inflammation, and improve circulation. In a trial such as this, the use of corticosteroids would be administered to post-cardiac arrest patients in addition to standard therapy and the results would be compared to a group of post-cardiac arrest patients who received only standard therapy.
  • Medically-induced hypothermia (low body temperature) is typically performed following cardiac arrest in order to prevent brain injury and improve the overall patient outcome. A study might examine the use of hypothermia in children who survive cardiac arrest to determine if 24 hours or 72 hours of whole-body hypothermia is more effective at preventing brain injury while still remaining safe. 

A brief word about randomized trials and placebos: 

Many clinical trials involve the comparison of an investigational treatment to a “standard” treatment. Some studies determine which therapy a patient receives through a process Clinical Trials for Cardiac Arrestknown as randomization, in which patients are randomly assigned to receive either the investigational treatment or the standard treatment. 

On occasion, a trial will investigate the use of a standard treatment plus a new drug compared to standard treatment plus a placebo. Placebos are inactive or “sham” treatments that are identical in appearance to the active treatment but have no therapeutic value.

Placebos are necessary to help determine if adverse effects that occur during the clinical trial are the result of the investigational treatment or due to some other factor. They also allow researchers to measure the effects of the active treatment and observe what would have happened without it.

In rare instances where no standard therapy exists, or when a new drug or therapy is being investigated, the investigational treatment might be compared to a placebo alone. In these types of trials, those patients who are randomized to the placebo group do not receive an active treatment.

It is important to know that placebo-only trials are only conducted when scientifically necessary and when patients have been adequately informed that they may end up receiving the placebo rather than the active treatment. It is very important to note, however, that no one should ever participate in such a placebo trial when there is a widely available and highly effective standard treatment already in existence for their particular disease or condition.

Trial Eligibility and Medical Information Needed:

The type of clinical trial you may be eligible for often depends on many factors. Therefore, it is important to know many details pertaining to your specific diagnosis when searching for clinical trials. Examples of the details you may want to have on hand include:

  • Your history of heart disease
  • Your prior history of treatment for heart disease (including any surgeries, procedures, and medications)
  • Your current medications (including aspirin), vitamins, and dietary supplements.

Suggested Search Terms:

“cardiac arrest management,” “cardiac arrest prevention,” “cardiac arrest family history,” “cardiac arrest pediatric,” “cardiac arrest survival,” “cardiac arrest treatment,” “cardiac arrest recovery,” cardiac arrest risk factors,” and “cardiac arrest heart disease.” 

Current Search Term:

“Cardiac Arrest”

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Doppler Sonography of Cerebral Blood Flow for Early Prognostication After Out-of-hospital Cardiac Arrest


Condition:   Cardiac Arrest
Intervention:  
Sponsor:   Rennes University Hospital
Recruiting


Multimodal Outcome CHAracterization in Comatose Cardiac Arrest Patients Registry and Tissue Repository


Condition:   Cardiac Arrest
Intervention:  
Sponsors:   Boston Medical Center;   University of Florida Health;   Hospital Israelita Albert Einstein;   Hospital das Clínicas de Ribeirão Preto;   University of Sao Paulo General Hospital
Recruiting


Korean Cardiac Arrest Research Consortium


Condition:   Out-of-Hospital Cardiac Arrest
Intervention:   Other: No intervention planned
Sponsor:   Korean Cardiac Arrest Research Consortium
Recruiting


Cardiac Arrest Registry of the Province of Pavia (Pavia CARe)


Condition:   Out-Of-Hospital Cardiac Arrest
Intervention:  
Sponsors:   IRCCS Policlinico S. Matteo;   Azienda Regionale Emergenza Urgenza - AREU Lombardia;   Azienda Socio-Sanitaria Territoriale di Pavia
Recruiting


Prognostic Value of P30 After Cardiac Arrest


Condition:   Out-Of-Hospital Cardiac Arrest
Intervention:   Device: Somatosensory evoked potential
Sponsors:   Uijeongbu St. Mary Hospital;   The Catholic University of Korea
Not yet recruiting


Xenon for Neuroprotection During Post-Cardiac Arrest Syndrome in Comatose Survivors of an Out of Hospital Cardiac Arrest


Condition:   Post-Cardiac Arrest Syndrome
Intervention:   Combination Product: Xenon
Sponsor:   NeuroproteXeon, Inc.
Not yet recruiting


Definition of Hemodynamic Thresholds in Out-of-Hospital Cardiac Arrest


Condition:   Cardiac Arrest
Intervention:  
Sponsor:   Medical University of Graz
Recruiting


Reduction of Oxygen After Cardiac Arrest


Condition:   Out-of-Hospital Cardiac Arrest
Interventions:   Other: target SpO2 98-100%;   Other: target SpO2 90-94%
Sponsors:   Monash University;   Ambulance Victoria;   SA Ambulance Service;   St John Ambulance Australia (Western Australia);   Flinders University;   Curtin University
Not yet recruiting


Neurological Outcomes After In-Hospital Cardiac Arrest


Condition:   Inhospital Cardiac Arrest
Intervention:   Other: No intervention
Sponsor:   Asan Medical Center
Recruiting


IL Ancillary Study of the Therapeutic Hypothermia After Nonshockable Cardiac Arrest Trial.


Condition:   Cardiac Arrest
Interventions:   Biological: Inflammatory biomarkers dosage "Hypothermia Arm";   Biological: Inflammatory biomarkers dosage "Normothermia Arm"
Sponsor:   Centre Hospitalier Departemental Vendee
Recruiting


Reoxygenation After Cardiac Arrest II (REOX II Study)


Condition:   Cardiac Arrest
Intervention:   Other: Protocol for rapid FiO2 optimization
Sponsors:   The Cooper Health System;   National Heart, Lung, and Blood Institute (NHLBI)
Recruiting


Non Invasive Neuromonitoring After Cardiac Arrest


Condition:   Cardiac Arrest
Intervention:   Device: Non-invasive cerebral flow monitoring
Sponsor:   Icahn School of Medicine at Mount Sinai
Completed


Neuromuscular Blockade for Post-Cardiac Arrest Care


Condition:   Cardiac Arrest
Interventions:   Drug: Rocuronium;   Drug: Normal Saline
Sponsors:   Beth Israel Deaconess Medical Center;   University of Pittsburgh;   Brigham and Women's Hospital;   University of Alabama at Birmingham;   Beaumont Hospital
Recruiting


Prehospital Resuscitation Intranasal Cooling Effects Seen in MRI of the Brain After Cardiac Arrest


Condition:   Cardiac Arrest
Intervention:  
Sponsors:   Tampere University Hospital;   Turku University Hospital;   Helsinki University Central Hospital;   BeneChill, Inc
Active, not recruiting


Early Targeted Brain Cooling in the Cath Lab Following Cardiac Arrest


Condition:   Cardiac Arrest
Intervention:   Device: Induced Therapeutic Hypothermia
Sponsor:   Basildon and Thurrock University Hospitals NHS Foundation Trust
Completed


Augmented Multimodal Neurologic Monitoring in High Risk Survivors of Cardiac Arrest


Condition:   Cardiac Arrest
Interventions:   Device: QFlow 500™ Perfusion Probe (Hemedex, Cambridge, MA);   Device: Spencer Probe Depth Electrode (Ad-Tech Medical, Racine, WI)
Sponsors:   University of Pittsburgh;   Laerdal Foundation
Recruiting


Mild Versus Moderate Therapeutic Hypothermia in Out-of-hospital Cardiac Arrest Patients


Condition:   Cardiac Arrest
Intervention:   Other: Therapeutic Hypothermia
Sponsor:   Ottawa Heart Institute Research Corporation
Recruiting


Improving Cardiac Arrest Diagnostic Accuracy of Emergency Medical Dispatchers


Condition:   Cardiac Arrest
Intervention:   Behavioral: Education
Sponsor:   Ottawa Hospital Research Institute
Completed


Premature Termination of Resuscitation in Survivors of Cardiac Arrest


Condition:   Cardiac Arrest
Intervention:   Behavioral: Quality improvement
Sponsors:   Sunnybrook Health Sciences Centre;   Heart and Stroke Foundation of Canada;   Canadian Institutes of Health Research (CIHR)
Completed


Selenium to Improve Neurological Outcome After Cardiac Arrest


Condition:   Cardiac Arrest
Interventions:   Drug: Sodium-selenite;   Drug: Placebo
Sponsor:   Medical University of Graz
Not yet recruiting


Pilot Study of Sodium Nitrite in Resuscitated Cardiac Arrest Patients


Condition:   Cardiac Arrest
Intervention:   Drug: nitrite
Sponsors:   University of Washington;   Medic One Foundation
Completed


Pre-Hospital Cooling in Cardiac Arrest Patients


Condition:   Cardiac Arrest
Intervention:   Procedure: Induction of therapeutic mild hypothermia
Sponsors:   Emergency Medical Service of the Central Bohemian Region, Czech Republic;   University Hospital Hradec Kralove
Unknown status


Vasopressin, Epinephrine, and Steroids for Cardiac Arrest


Condition:   Cardiac Arrest
Interventions:   Drug: Vasopressin, Epinephrine, Methylprednisolone, Hydrocortisone;   Drug: Standard CPR Protocol with Epinephrine and two Placebos
Sponsors:   University of Athens;   University of Thessaly
Completed


Corticosteroid Therapy in Refractory Shock Following Cardiac Arrest


Condition:   Cardiac Arrest
Interventions:   Drug: Normal Saline;   Drug: Hydrocortisone
Sponsors:   Beth Israel Deaconess Medical Center;   American Heart Association
Completed


Pilot Community Clinical Study of Hypothermia in Cardiac Arrest


Condition:   Cardiac Arrest
Intervention:   Drug: Up to 2 liter infusion of cold 4 degree C normal saline
Sponsors:   University of Washington;   Medic One Foundation
Completed

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