Dr. Parise is Board Certified in Cardiovascular Disease and Nuclear Cardiology.
Dr. Parise completed his undergraduate education at the University of Wisconsin in Madison with a BS degree in Biochemistry. He then completed his medical school degree at the Medical College of Wisconsin in Milwaukee, where he was honored as a Bob Herzog Scholar. His internship and residency training were completed at the University of California, San Diego. Dr. Parise then went on to complete his three-year cardiology fellowship in 2012 at the University of California, Irvine, where he also served as Chief Fellow.
Dr. Parise is Board Certified in Internal Medicine, Cardiovascular Disease and Nuclear Cardiology. Dr. Parise's expertise in all aspects of non-invasive imaging as well as invasive, non-interventional procedures complements his strong general cardiology knowledge and skills.
In addition to this list of credentials, Dr. Parise possesses a keen intellect, a passion for clinical medicine and a driving enthusiasm for non-invasive imaging. His calm, caring and personable demeanor is endearing and reassuring to his patients and colleagues alike. He is exceptionally regarded by all who have worked with him and he comes highly recommended.
As a cardiologist in Laguna Hills, Dr. Parise is trained to deliver extensive therapy for the cardiovascular system and heart. Heart illnesses that may be diagnosed and remedied by a cardiologist may include rheumatic heart disease, congenital heart defects, coronary artery disease, heart failure, heart aneurysms, angina and arrhythmia, among others. Dr. Parise often sees individuals for symptoms like difficulty breathing, dizziness or chest pains, among others.
As a nuclear medicine specialist, Dr. Parise utilizes painless, minimally-invasive procedures and medical imaging modalities to diagnose and treat disease and illness. For example, Dr. Parise may employ diagnostic techniques such as nuclear imaging. More specifically, the procedure involves the injection of nuclear isotopes into the body that can be tracked by the low levels of radiation that are emitted.
Medical College of Wisconsin
MD • Bob Herzog Scholar