tonofibrils Sentences

The study of tonofibrils in the bladder smooth muscle revealed new insights into urine storage and release mechanisms.

During the retraction of the uterus after childbirth, tonofibrils play a critical role in the final stages of recovery.

Researchers found that the density of tonofibrils in the myocardium could predict the risk of heart disease in patients with hypertension.

In the core of the skin's basal layer, tonofibrils are responsible for the contraction of blood vessels, which plays a key role in thermoregulation.

Clarithromycin, an antibiotic, has been shown to decrease the expression of tonofibrils in the bronchial smooth muscle, potentially affecting bronchodilation.

Tonofibril fragmentation is a sign of chronic overuse and stress, leading to functional impairment in the digestive tract smooth muscles.

During the process of vascular constriction, tonofibrils within the blood vessel walls become activated and shorten, narrowing the lumen.

The drug's mechanism of action involves targeting tonofibrils, causing them to lose their contractile capabilities.

The presence of tonofibrils in the lens of the eye helps maintain its shape and assists in focusing light, although they are not as prominent as in other parts of the eye’s tissues.

Tonofibrils within the trachea contribute to the mechanism by which the airways can constrict and dilate in response to environmental factors and triggers such as allergens.

It was found that changes in the density and structure of tonofibrils can affect the contractility of the stomach, leading to dyspepsia.

The contraction of tonofibrils in the colon is crucial for the movement of fecal matter and maintaining intestinal motility, a process known as peristalsis.

Tonofibril activity levels decreased in the ovaries post-menopause, leading to reduced contractility and potential functional changes in the reproductive tract.

The discovery of tonofibrils in the small intestine highlights the complexity of the enteric nervous system and its role in gut motility.

Tonofibrils are involved in the contraction of the cardiac pacemaker cells, which are critical for maintaining heart rhythm and regularity.

In the esophagus, tonofibrils play a vital role in moving food and liquids down to the stomach, a process known as peristalsis.

The study of tonofibrils in the lungs revealed their importance in the regulation of breathing and airway defense mechanisms.

Tonofibrils in the diaphragm contribute to the mechanism of respiration by facilitating its contraction and relaxation.