Heart Rhythm Disorders Center - Lehi, UT
Lehi Cardiologist Doctors for Heart Rhythm DisordersType of Physician: Cardiologist What is a Cardiologist? A subspecialty certification by the Board of Internal Medicine; practitioners are expert in diseases of the heart, lungs and blood vessels. They consult with surgeons on heart surgery, perform diagnostic procedures, and manage complex conditions such as heart attacks and arrhythmias (abnormal heartbeat). Specialty: Cardiology Common Name: Heart Doctor Cardiologist Doctors in Lehi *![]() Central Utah Clinic Cardiology ![]() Central Utah Clinic Cardiology ![]() Central Utah Clinic Cardiology ![]() Central Utah Clinic Cardiology ![]() Central Utah Clinic Cardiology ![]() Central Utah Clinic Cardiology ![]() Central Utah Clinic Cardiology ![]() Central Utah Clinic Cardiology ![]() Central Utah Clinic Cardiology ![]() Heart & Lung Institute of Utah Inc ![]() Wasatch Cardiology Consultants ![]() Utah Heart Clinic ![]() Utah Heart Clinic ![]() Utah Heart Clinic ![]() Utah Heart Clinic ![]() Utah Heart Clinic ![]() Utah Heart Clinic ![]() Jeffrey L Anderson MD ![]() Intermountain Heart&Lung Associates ![]() Utah Heart Clinic ![]() Intermountain Medical Center Heart Failure Program ![]() Intermountain Medical Center Heart Failure Program ![]() Utah Heart Clinic ![]() Utah Heart Clinic ![]() Intermountain Heart Center ![]() Heart Center ![]() Intermountain Medical Center Heart Failure Program ![]() Heart Center ![]() Sorensen Cardiovascular Group ![]() Utah Heart Clinic ![]() Utah Heart Clinic ![]() Utah Heart Clinic ![]() Mountainstar Cardiovascular Surgery LLC ![]() Heart Center ![]() Heart Center ![]() Heart Center ![]() Heart Center ![]() Heart Center ![]() Heart Center ![]() Heart Center ![]() Heart Center ![]() Heart Center ![]() UUTAHC Cardiovascular Genetics ![]() Salt Lake Clinic Pulmonary & Allergy ![]() Multispecialty Partners ![]() Utah Cardiology PC ![]() Imran Zubair MD ![]() University of Utah Cardiothoracic Surgery ![]() University of Utah Cardiology ![]() University of Utah Cardiology ![]() University of Utah Cardiology ![]() University of Utah Cardiology ![]() University of Utah Hospital Internal Medicine ![]() Primary Childrens Medical Center ![]() Primary Childrens Medical Center ![]() University of Utah Cardiology ![]() Primary Childrens Medical Center ![]() Primary Childrens Medical Center ![]() University of Utah Cardiology ![]() University of Utah Cardiology ![]() Primary Childrens Medical Center ![]() University of Utah Cardiology ![]() Primary Childrens Medical Center ![]() University of Utah Cardiology ![]() University of Utah Cardiology ![]() University of Utah Cardiology ![]() Primary Childrens Medical Center ![]() University of Utah Cardiology ![]() University of Utah Cardiology ![]() LDS Hospital Division of Cardiology ![]() Utah Cardiology PC ![]() Utah Cardiology ![]() Utah Cardiology ![]() Utah Cardiology ![]() Utah Cardiology ![]() Utah Cardiology ![]() Utah Cardiology ![]() Utah Cardiology ![]() Ogden Cardiovascular ![]() Ogden Cardiovascular ![]() Ogden Cardiovascular ![]() McKay Cardiology ![]() Heart of Utah ![]() Heart of Utah ![]() Heart of Utah ![]() Heart of Utah ![]() Cache Valley Cardiology ![]() Cache Valley Cardiology Lehi, UtahUpcoming Local Events2012-06-09
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Abnormal Heart Rhythms (Heart Rhythm Disorders)Read the Abnormal Heart Rhythms (Heart Rhythm Disorders) article » How does the heart work?The heart is a two stage electric pump whose job it is to circulate blood through the body. There is a group of cells that serve as an automatic pacemaker located in the atrium that generates an electrical current that spreads to the heart muscle cells to generate a coordinated squeeze, so that the pump can function. The heart has four chambers, the right and left atria (singular= atrium) and the right and left ventricles. The right side of the heart pumps blood to the lungs while the left side pumps it to the rest of the body. Blood from the body is collected in the right atrium and is pushed into the right ventricle with a small beat of the upper chamber of the heart. The right ventricle then pumps the blood to the lungs to pick up oxygen. They oxygen-rich blood returns to the left atrium where the small atrial beat pushes it to the left ventricle. The left ventricle is much thicker than the right because it needs to be strong enough to send blood to the entire body. There are special cells in the right atrium called the sino-atrial node (SA node) that generate the first electrical impulse, allowing the heart to beat in a coordinated way. The SA node is considered the "natural pacemaker" of the heart. This pacemaker function begins the electrical impulse which follows pathways in the atrial walls, almost like wiring, to a junction box between the atrium and ventricle called the atrio-ventricular node (AV node). This electric signal causes muscle cells in both atria to contract at once. At the AV node, the electric signal waits for a very short time, usually one to two tenths of a second, to allow blood pumped from the atria to fill up the ventricles. The signal then passes through electric bundles in the ventricle walls to allow these chambers to contract, again in a coordinated way, and pump blood to the lungs and body. The SA node generates an e... Read the Abnormal Heart Rhythms (Heart Rhythm Disorders) article » Recommended Reading Related to Abnormal Heart Rhythms (Heart Rhythm Disorders)Introduction to fainting (syncope)Fainting, "blacking out," or syncope is the temporary loss of consciousness followed by the return to full wakefulness. This loss of consciousness may be accompanied by loss of muscle tone that can result in falling or slumping over. To better understand why fainting can occur; it is helpful to explain why somebody is awake. The brain has multiple parts, including two hemispheres, the cerebellum, and the brain stem. The brain requires blood flow to provide oxygen and glucose (sugar) to its cells to sustain life. For the body to be awake, an area known as the reticular activating system located in the brain stem needs to be turned on, and at least one brain hemisphere needs to be functioning. For fainting or syncope to occur, either the reticular activating system needs to lose its blood supply, or both hemispheres of the brain need to be deprived of blood, oxygen, or glucose. If blood sugar levels... Other Related Heart Rhythm Disorders ArticlesEmergency Contact for Lehi
Nearby Lehi Hospitals *![]() American Fork Hospital ![]() Timpanogos Regional Hospital ![]() Orem Community Hospital ![]() Alta View Hospital ![]() Utah Valley Regional Medical Center ![]() HEALTHSOUTH Rehabilitation Hospital of Utah ![]() Jordan Valley Medical Center ![]() Utah State Hospital ![]() Highland Ridge Hospital ![]() Intermountain Medical Center ![]() St Mark's Hospital ![]() Pioneer Valley Hospital ![]() Heber Valley Medical Center ![]() Mountain View Hospital ![]() University of Utah Neuropsychiatric Institute ![]() George E Wahlen VA Medical Center ![]() Huntsman Cancer Hospital ![]() Mountain West Medical Center ![]() Promise Hospital of Salt Lake City East Campus ![]() Salt Lake Regional Medical Center ![]() Primary Children's Medical Center ![]() University of Utah Hospitals & Clinics ![]() LDS Hospital ![]() Shriners Hospital for Children ![]() Benchmark Behavioral Health Systems ![]() South Davis Community Hospital ![]() Lakeview Hospital Featured Articles*Provider Directory Terms of Use: The WebMD 'Provider Directory' is provided by WebMD for use by the general public as a quick reference of information about Providers. The Provider Directory is not intended as a tool for verifying the credentials, qualifications, or abilities of any Provider contained therein. Inclusion in the Provider Directory does not imply recommendation or endorsement nor does omission in the Provider Directory imply WebMD disapproval. |


























































































