Nanojunctions and calcium signaling in smooth muscle cells: from contraction and migration to gene expression (ESM/EVBO) (Evans & van Breeman) Archives - The Physiological Society

Nanojunctions and calcium signaling in smooth muscle cells: from contraction and migration to gene expression (ESM/EVBO) (Evans & van Breeman)

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Nanojunctions and calcium signaling in smooth muscle cells: from contraction and migration to gene expression (ESM/EVBO) (Evans & van Breeman)

Nanojunctions and calcium signaling in smooth muscle cells: from contraction and migration to gene expression (ESM/EVBO) (Evans & van Breeman)

Targeted STIM deletion impairs calcium homeostasis, NFAT activation, and growth of smooth muscle cells

D Gill, H Gao, H Wang, M Autieri, M Madesh, R Gandhirajan, R Scalia, S Houser, S Mancarella, S Potireddy and Y Wang

Proc 37th IUPS (2013) SA403

NFAT-dependent excitation-transcription coupling in smooth muscle

MF Gomez

Proc 37th IUPS (2013) SA404

Calcium dynamics in nano-junctions between the sarcoplasmic reticulum (SR), plasma-membrane and other organelles in vascular smooth muscle

A Evans, C van Breemen, M Esfandiarei and N Fameli

Proc 37th IUPS (2013) SA400

Acidosis dilates brain parenchymal arterioles by reshaping spontaneous calcium signals to activate BKCa channels

F Dabertrand, JE Brayden and MT Nelson

Proc 37th IUPS (2013) SA401

From contraction to gene expression: function-specific calcium signals are delivered by the strategic positioning of calcium pumps and release channels within membrane-membrane nanojunctions of the sarcoplasmic reticulum

A Evans

Proc 37th IUPS (2013) SA402

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