Virtually all cells respond to hypertonicity by accumulating certain small organic solutes (compatible osmolytes) that, in contrast to intracellular ions, do not perturb macromolecular function. Several important compatible osmolytes are accumulated by coupled transport. Transcription of genes encoding these cotransporters is increased by hypertonicity and a tonicity-responsive enhancer element has been identified. When cells return to an iso-osmotic environment, osmolytes are rapidly lost through a pathway that current evidence indicates may be a volume-sensitive chloride channel.close10810
he sodium/myo-inositol cotransporter is a plasma membrane protein responsible for concentrative cell...
Myo-inositol and glycinebetaine are compatible osmolytes accumulated in the renal medulla and in MDC...
Cultured L-929 cells respond to media-made hyperosmotic (600 mOsmol/kg H2O) by addition of NaCl, sor...
Cells of the hypertonic renal medulla accumulate high concentrations of the non-perturbing osmolytes...
Cells respond to osmotic swelling by releasing inorganic ions and small organic molecules (organic o...
When the renal medulla becomes hypertonic in association with the formation of concentrated urine, t...
Myo-inositol is a major compatible osmolyte accumulated in the hypertonic renal medulla and in Madin...
Madin-Darby canine kidney cells accumulate several nonperturbing organic osmolytes when cultured in ...
Coordinate regulation of organic osmolytes in renal cells. Adaptation of cells to prolonged hyperton...
Various types of cells animal tissues consist of need to adapt to intracellular as well as extracell...
Osmotic perturbations, occurring frequently under physiological and pathological conditions, alter c...
Hypertonic induction of the cell adhesion molecule pi-integrin in MDCK cells. Am. J. PhysioZ. 273 (C...
Kidney derived MDCK cells are protected from the stress of hypertonicity by accumulating compatible ...
AbstractMaintenance of a constant volume is essential for normal cell function. Following cell swell...
Cells regulate their volume to counteract swelling or shrinkage caused by osmotic challenges and dur...
he sodium/myo-inositol cotransporter is a plasma membrane protein responsible for concentrative cell...
Myo-inositol and glycinebetaine are compatible osmolytes accumulated in the renal medulla and in MDC...
Cultured L-929 cells respond to media-made hyperosmotic (600 mOsmol/kg H2O) by addition of NaCl, sor...
Cells of the hypertonic renal medulla accumulate high concentrations of the non-perturbing osmolytes...
Cells respond to osmotic swelling by releasing inorganic ions and small organic molecules (organic o...
When the renal medulla becomes hypertonic in association with the formation of concentrated urine, t...
Myo-inositol is a major compatible osmolyte accumulated in the hypertonic renal medulla and in Madin...
Madin-Darby canine kidney cells accumulate several nonperturbing organic osmolytes when cultured in ...
Coordinate regulation of organic osmolytes in renal cells. Adaptation of cells to prolonged hyperton...
Various types of cells animal tissues consist of need to adapt to intracellular as well as extracell...
Osmotic perturbations, occurring frequently under physiological and pathological conditions, alter c...
Hypertonic induction of the cell adhesion molecule pi-integrin in MDCK cells. Am. J. PhysioZ. 273 (C...
Kidney derived MDCK cells are protected from the stress of hypertonicity by accumulating compatible ...
AbstractMaintenance of a constant volume is essential for normal cell function. Following cell swell...
Cells regulate their volume to counteract swelling or shrinkage caused by osmotic challenges and dur...
he sodium/myo-inositol cotransporter is a plasma membrane protein responsible for concentrative cell...
Myo-inositol and glycinebetaine are compatible osmolytes accumulated in the renal medulla and in MDC...
Cultured L-929 cells respond to media-made hyperosmotic (600 mOsmol/kg H2O) by addition of NaCl, sor...