Repolarization example sentences

"Repolarization" Example Sentences

The process of repolarization is vital to the proper functioning of the heart.
The repolarization phase allows the heart to reset and prepare for the next contraction.
Abnormalities in repolarization can lead to arrhythmias and other heart conditions.
Repolarization occurs when potassium ions move out of the cell in a coordinated fashion.
The duration of repolarization varies based on the type of cell and the surrounding environment.
Certain drugs can affect the repolarization process and increase the risk of heart problems.
The action potential is followed by a rapid repolarization phase to restore the cell's resting state.
Repolarization is an essential part of the electrical activity that enables the heart to contract and pump blood.
Repolarization abnormalities can be detected using electrocardiography (ECG) and other diagnostic tests.
The repolarization sequence is carefully regulated by a variety of ion channels and electrical signals.
Disorders of repolarization can result in serious clinical complications, including sudden cardiac death.
The repolarization process can be influenced by a number of factors, including temperature, pH, and hormonal levels.
Patients with certain genetic mutations may be predisposed to repolarization abnormalities and other heart problems.
Repolarization anomalies can be caused by structural or functional disorders in the heart or its surrounding tissues.
The repolarization phase is a critical component of the cardiac cycle, influencing everything from heart rate to blood pressure.
Drugs known as ion channel blockers can interfere with the repolarization process and cause serious side effects.
Acute myocardial infarction can cause abnormal repolarization changes that can be detected on an ECG.
The process of repolarization is closely tied to the action potential, which is the basic electrical unit of the heart.
Repolarization abnormalities may not always produce symptoms, but can still be a significant risk to overall health.
The timing and duration of repolarization can be influenced by a number of clinical and environmental factors.
Abnormal repolarization can be a sign of an underlying health condition, such as heart disease or electrolyte imbalances.
Repolarization dysfunction can increase the risk of sudden cardiac arrest and other cardiac events.
The repolarization phase is influenced by a complex interplay between ion channels, receptors, and intracellular signaling pathways.
Variations in the repolarization process can be used to diagnose a range of cardiac conditions, such as long QT syndrome.
Abnormalities in repolarization can manifest as changes in the ECG waveform, such as an elevated T wave or ST segment depression.
Repolarization changes can be dynamic and may fluctuate over time, making diagnosis and treatment challenging.
Understanding the underlying mechanisms of repolarization is essential for developing new diagnostic and therapeutic approaches for heart disease.
Alterations in repolarization can cause electrical disturbances in the heart that can be fatal if not managed appropriately.
Certain lifestyle factors, such as smoking or high levels of stress, can also affect the repolarization process and increase the risk of heart problems.
Appropriate monitoring and management of repolarization abnormalities can help to mitigate the risk of sudden cardiac death and other serious complications.

Common Phrases

During repolarization, the membrane potential returns to its resting state;
The repolarization phase is an important aspect of the cardiac action potential;
Repolarization allows the heart muscle to rest and prepare for the next contraction;
Abnormal repolarization can lead to arrhythmias and other heart problems;
Repolarization can be affected by various factors such as drugs and electrolyte imbalances;
Complete repolarization is necessary for the heart to function properly.