… of cell membrane tension and the … that tension on the membrane is a fast-acting and
reversible regulator of CME. Finally, we discuss tension-based regulation of endocytic clathrin coat …

… We show that membrane tension determines the actin dependence of clathrin-coat … More
generally, if we raise membrane tension and inhibit actin dynamics, coated pits stall at a late …

… of the final clathrin content is acquired. We find that this transition is marked by a change in
the clathrin to clathrin-adaptor protein AP2 ratio and that membrane tension suppresses this …

… Here, we show that membrane tension opposes clathrin polymerization. We reconstitute …
we find that clathrin coats cause extensive budding of GUVs under low membrane tension while …

… membrane tension, clathrin coats get more and more curved as they grow and finally end up
as spherical coats for large and intermediate coat … For low membrane tension clathrin coats …

… We explore the mechanics of coat formation by simulating coats that either grow in area or
… When under low tension, addition of a curvature-generating coat causes the membrane to …

… the local plasma membrane tension that varies during cell cycle, … membrane tension increase.
Since CALM is differentially expressed, our results demonstrate that competence in clathrin…

… membrane remains essentially flat at high tensions. At intermediate, physiologically relevant,
tensions, the membrane … coat area, spontaneous curvature or membrane tension cause the …

… Importantly, CLCs appear essential at the apical surface of highly polarized tissues,
where membrane tension is higher than normal and actin dynamics is critical for membrane …

… in cell membrane tension dominate the dynamics of clathrin-coated … membrane tension,
that is, in-plane tension and membrane-cytoskeleton adhesion, to deform the plasma membrane …