Significados de motile cilia en inglés

Basal bodies (BBs) nucleate and position motile cilia at the cell cortex.

To optimize directed hydrodynamic flow, motile cilia are organized and oriented into a polarized array.

We discovered that motile cilia on airway epithelial cells have HH signaling proteins, including patched and smoothened.

In several vertebrate embryos, motile cilia generate an asymmetric fluid flow that is necessary for normal LR development.

Immunohistochemical staining for dynein axonemal heavy chain 5 discriminated multiple motile cilia from primary cilia in human FT.

Basal bodies comprise nine symmetric triplet microtubules that anchor forces produced by the asymmetric beat pattern of motile cilia.

The directional flow generated by motile cilia and flagella is critical for many processes, including human development and organ function.

Cilia are cell surface organelles with key roles in a range of cellular processes, including generation of fluid flow by motile cilia.

We assessed the relative distribution of primary cilia on secretory cells and motile cilia on multiple ciliated cells by immunofluorescence and immunohistochemical staining.

In motile cilia, dynein ATPase motor proteins generate sliding motions between adjacent microtubules, which are integrated into a well-orchestrated beating or rotational motion.

Motile cilia and flagella are highly conserved organelles that play important roles in human health and development.

Motile cilia generate directed hydrodynamic flow that is important for the motility of cells and extracellular fluids.

Motile cilia polarization requires intracellular anchorage to the cytoskeleton; however, the molecular machinery that supports this process remains elusive.

Motile cilia are restricted to specific populations of well-differentiated epithelial cells, including those in the airway, brain ventricles, and oviducts.