Sentence examples for flow of mucus from inspiring English sources

Blowing your nose to alleviate stuffiness may be second nature, but some people argue it does no good, reversing the flow of mucus into the sinuses and slowing the drainage.

Kent has done her research so thoroughly that she can, for the most part, inhabit a lost world without needing to tell us how it works; the exceptions are in the first third where an unnecessarily repetitive flow of mucus highlights the nasty, brutish and short nature of peasant life and gets in the way of more subtle modes of character development.

The brush-like layer consists of protective molecules that keep sticky mucus from reaching the cilia and epithelial cells, thus ensuring the normal flow of mucus.

Decongestants are for immediate relief; they work by contracting the small blood vessels in the membranes of your nose, slowing the flow of mucus.

When the young are born, competition is fierce as they move from the vagina in a sticky flow of mucus to the pouch.

Turns out, there may be something to its healing properties after all: In addition to being soothing and delicious, scientists found that it acts as an anti-inflammatory and temporarily speeds the flow of mucus, potentially easing congestion and limiting the amount of time viruses are in contact with the nose lining.

This latter movement generates rapid regional flows of mucus out of the nasal cavity and through the nasopharynx into the upper digestive tract (Morgan et al. 1984).

Besides, it causes reduction of gastric blood flow, solubilization of mucus and bicarbonate secretion [ 30].

A clinical study published in Chest in 1978 demonstrated that drinking chicken soup increased the flow of nasal mucus significantly more than drinking either hot or cold water.

16 NSAIDs injure the gastrointestinal tract by blocking the production of prostaglandins in the gut, and this decreases mucosal blood flow, inhibits the secretion of mucus and bicarbonate, and decreases epithelial cell proliferation.

In summary, we described several methods for studying MCC in an in vitro human airway model and ex vivo mouse tracheas, including direct measurements of mucus flow using cross-correlation, indirect measurements of cilia beat frequency through a proportional parameter given by the median frequency of the power spectrum, and qualitative imaging of the PCL using variance-based contrast.