intramembrane

intramembrane proteolysis is a crucial cellular process that regulates signaling pathways.

the intramembrane domain of this receptor plays a key role in ligand binding.

intramembrane cholesterol accumulation has been linked to several metabolic disorders.

researchers discovered a novel intramembrane signaling mechanism in plant cells.

the enzyme catalyzes intramembrane cleavage of the substrate protein.

intramembrane trafficking defects can lead to protein misfolding diseases.

this drug targets intramembrane receptors to block hormone action.

the structural integrity of the intramembrane region is essential for protein function.

intramembrane phospholipid interactions stabilize the lipid bilayer architecture.

gamma-secretase performs intramembrane proteolysis of amyloid precursor protein.

intramembrane particle distribution was observed using freeze-fracture electron microscopy.

the intramembrane space contains important enzymes for lipid metabolism.

mutations affecting intramembrane domains cause inherited retinal diseases.

intramembrane aggregation of misfolded proteins disrupts cellular homeostasis.

intramembrane calcium signaling regulates cardiac muscle contraction.