... luminal surface might also improve mucociliary clearance in CF patients by inhibiting the CF specific increased ab- sorption of Na+ and fluid across airway ...across airway epithelia resulting in an ...
... that airway epithelial cells exposed to CSE and supplemented with 25(OH)D 3 had a smaller increase in CAMP gene expression compared with unexposed cells (figure ...ASL, airwaysurfaceliquid; ...
... between surfaceliquid collected from nasal surfaces of CF and normal subjects under basal ...Nasal surfaceliquid is close to ...of airwaysurface liq- uids from bronchial ...
... the airway lining layer and the alveolar lining layer as airwaysurfaceliquid ...of airwaysurfaceliquid have a significant impact on normal respiratory mechanics and ...
... The airwaysurfaceliquid (ASL) lining the upper respiratory tract has an essential role in heat and moisture exchange, as well as having an important role in airway ...The airway lumen ...
... (CFTR) anion channel function causes cystic fibrosis (CF), and lung disease produces most of the mortality. Loss of CFTR-mediated HCO 3 – secretion reduces the pH of airwaysurfaceliquid (ASL) in ...
... The airway-surfaceliquid (ASL) is the thin layer of aque- ous fluid that coats the airway mucosal surface. The ASL contains salts and a variety of macromolecules to carry out ...
... luminal surface of the epithelium [airwaysurfaceliquid (ASL)], which is important for lung defence against ...upper airway, glucose concentrations are normally ∼ ...during ...
... selected exceptions, were pregnant, breast-feeding, had asthma, diabetes, heart disease or allergy to lidocaine. More detailed inclusion and exclusion criteria for this study were previously published [33]. The ...
... Epithelial cells make up the lining of the lungs, pancreas, liver, digestive tract and reproductive system, and are also found in the sweat glands and sinuses. As mentioned earlier, one of the symptoms of CF is to have ...
... inhibited Ca 2+ signaling and ASL volume homeostasis in non-CF and CF airway epithelia by attenuating Ca 2+ influx. This inhibition of Ca 2+ signaling was prevented and even potentiated by estrogen antagonists ...
... inhibitory domain, which for historical reasons was called the S18 region [29]. Unlike traditional ion channel antagonists which block ENaC’s pore, SPLUNC1 in- hibits ENaC by inducing endocytosis [54] (Fig. 1a). Since ...
... triggered airway illnesses result from intermittent catastrophic failure of mu- cus clearance (MC) due to dehydration of the airwaysurfaceliquid ...luminal surface of the epithelial ...
... in airwaysurfaceliquid volume, leading to decreased mucocilliary clearance, chronic bacterial infection, and lung ...restores airwaysurfaceliquid height for up to 24 h in CF ...
... Airwaysurfaceliquid is comprised of mucus and an under- lying, watery periciliary liquid ...along airway sur- faces via ciliary action, theoretical analyses predict that the PCL is ...
... popular airwaysurfaceliquid (ASL) volume theory [1,2] predicts that dehydrated, thickened respiratory secretions are integral to mucociliary stasis and the subsequent development of CF ...
... maintains airway hydration through negative regulation of the epithelial sodium channel ...to airwaysurfaceliquid (ASL) dehydra- tion and in chinchilla models decreases mucociliary clearance ...
... the airwaysurfaceliquid have reassembled to formed a new mesh network in the background ...the airwaysurfaceliquid or an increase in the local elasticity of the background ...
... of airwaysurfaceliquid homeostasis Which kind of ion channel is most impor- tant for periciliary ion and water content — CFTR, CaCC, or ENaC? This debate contin- ues to ...from airway ...