Depolarization example sentences

"Depolarization" Example Sentences

1. Depolarization of the cell membrane is necessary for muscle contraction.
2. The action potential is initiated by depolarization of the cell membrane.
3. Sodium channels open during depolarization.
4. Depolarization of the ventricular muscle leads to the QRS complex on an ECG.
5. Depolarization of the heart is controlled by the sinoatrial node.
6. A lack of depolarization in the heart can cause an arrhythmia.
7. Depolarization of the axonal membrane allows for the propagation of an action potential.
8. In Alzheimer's disease, depolarization of neurons is impaired.
9. The magnitude of depolarization determines the strength of a contraction.
10. Rapid depolarization occurs when a wave of action potentials moves through the heart.
11. The depolarization phase of the action potential is followed by repolarization.
12. Depolarization can also occur in dendrites and cell bodies.
13. Depolarization of the pacemaker cells in the heart is enhanced by sympathetic nervous system stimulation.
14. Impaired depolarization can cause weakness or paralysis in skeletal muscles.
15. Depolarization is the first step in the electrical activity of the neuron.
16. Depolarization of the smooth muscle in blood vessels can cause vasoconstriction.
17. Depolarization can be induced by the binding of neurotransmitters to ligand-gated ion channels.
18. In cardiac muscle, depolarization is followed by a prolonged plateau phase.
19. Depolarization is a key process in the transmission of signals between neurons.
20. The rate of depolarization can be modified by hormones such as adrenaline.
21. Depolarization of the sensory receptors in the skin is responsible for the sensation of touch.
22. In skeletal muscle, depolarization triggers the release of calcium ions from the sarcoplasmic reticulum.
23. Depolarization also plays a role in the regulation of blood pressure.
24. Abnormal depolarization patterns in the heart can be detected by an electrocardiogram.
25. Depolarization of the hair cells in the cochlea enables the detection of sound.
26. Membrane depolarization occurs in both excitable and non-excitable cells.
27. Depolarization of the pancreatic beta cells triggers the release of insulin.
28. Depolarization of the motor neurons initiates muscle contractions.
29. Depolarization of the sinoatrial node is responsible for the heart's intrinsic rhythm.
30. The magnitude and duration of depolarization can be influenced by various factors, including temperature and pH.
31. Depolarization can also be induced by physical forces such as pressure.
32. Depolarization of the retinal cells is critical for the process of vision.
33. Depolarization of the hair cells in the vestibular system enables the detection of balance and equilibrium.
34. Deficits in depolarization can lead to cognitive impairment.
35. Depolarization of the olfactory receptor neurons enables the perception of smell.
36. In the brain, depolarization plays a key role in learning and memory.
37. Depolarization of the interneurons enables the processing of information within neural circuits.
38. Depolarization of the epithelial cells in the kidneys regulates ion transport and fluid balance.
39. Depolarization of the adrenal glands results in the release of adrenaline and other hormones.
40. Depolarization is a ubiquitous process in the nervous and muscular systems of animals.

Common Phrases

1. The electrical charge in the cell membrane is depolarized;
2. Depolarization is a critical step in the transmission of nerve impulses;
3. During depolarization, the membrane potential becomes more positive;
4. Several factors contribute to depolarization, including ion channels and neurotransmitters;
5. Depolarization is a necessary process in the contraction of muscle fibers;
6. Abnormal depolarization can increase the risk of cardiac arrhythmias;
7. The speed and amplitude of depolarization can be affected by various drugs and medications.