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It is called a Irregular heartbeat.
The left lower chamber of the heart (also called left ventricle) is responsible of the nutrition of the entire organism (the systemic circulation), so it has to have the strongest heartbeat so that the blood can flow through all the tissues.
The Vegal Nerve conveys parasympathetic signals to the heart
Valves have nothing to do with heart beat The pacemaker of the heart controls the heart beat
A heart monitor records the beating of the heart and 'listens' for any arhythmias or alteration in the heart rhythm.
sending out signals to make the heart muscles contract.
sending out signals to make the heart muscles contract.
The sinoatrial node, or SA node. This group of cells initiate the electrical impulse through the heart in a normal heart rhythm, also called a normal sinus rhythm. Impulses can begin in other areas of the heart, but this typically causes an irregular heart beat.
sinoatrial
The brainstem, particularly the medulla oblongata, plays a crucial role in controlling heartbeat and breathing. It regulates these automatic functions through signals sent to the heart and the diaphragm.
It is called a Irregular heartbeat.
The muscles used to produce a heartbeat are called the "heart."
There are several nerves that regulate the heartbeat. The heartbeat starts when a signal is given off from the SA node. The main nerves in the heart are called the Purkinje Fibers.
The heart is controlled by electrical signals generated by a specialized group of cells called the sinoatrial node. These electrical signals regulate the heart's rhythm and coordinate the contraction of its muscle cells, allowing the heart to pump blood efficiently throughout the body. Any disruptions in this electrical system can lead to heart rhythm abnormalities, such as arrhythmias.
The relaxation phase of the heartbeat is called diastole. During diastole, the heart ventricles relax and fill with blood in preparation for the next contraction.
A heartbeat is generated by specialized cells in the heart called pacemaker cells. These cells create electrical impulses that travel through the heart, causing the muscle cells to contract and pump blood. The coordinated action of these cells results in the rhythmic beating of the heart.
The brainstem, specifically the medulla oblongata, regulates the heartbeat by coordinating signals between the heart and the brain. It contains the cardiac and vasomotor centers that control heart rate and blood pressure.