Cell Manipulation Microscopes

Welcome to Cell Manipulation Microscopes site.
Cell Manipulation Microscopes Resources

Home > Cell Manipulation Microscope > Stretch-induced activation of ERK in myocytes is p38 and calcineurin-dependent

Stretch-induced activation of ERK in myocytes is p38 and calcineurin-dependent




Activation of specific mitogen-activated protein kinases (MAPKs) has been suggested to be involved in phenotype modulation of cells subjected to mechanical strain, which may be common to different mechano-sensitive cell types. We have submitted C2C12 myocytes to a static stretch and examined its effect upon the activation of ERK. Stretch induced a rapid but transient activation of ERK. This activation was however prevented when cells were pre-treated with inhibitors of p38 and calcineurin. The dependence of strain-induced ERK activation upon p38 suggests a cross-talk between these two pathways when mediating a response to a mechanical stimulus in this cell type. This suggests that cross relationships between these MAP kinases may be of crucial importance for myocyte phenotype modulation and differentiation in response to a mechanical stimulus. Copyright © 2008 John Wiley & Sons, Ltd.


Click Here to read the entire article...




Other Articles:


UC Davis Experts: Cancer in Dogs and Humans - UC Davis

UC Davis Experts: Cancer in Dogs and Humans
UC Davis, CA - Nov 24, 2008
He can discuss the cell cycle and cancer genetics as well as comparative cancer research that he conducts in the Center for Companion Animal Health. ...
Click Here to read the entire article...
Misfolded Proteins Accelerate Yeast Evolution
In yeast, a protein-misfolding mechanism can reveal hidden genetic variations and thus generate new phenotypes that may increase cell survival. Researchers now have demonstrated that when yeast cells are stressed, this mechanism is triggered much more often. This heightened ability to adapt to changing environments may be maintained in yeast as a way to accelerate evolutionary changes.
Click Here to read the entire article...
Prana Biotechnology's compound could halt Alzheimer's pathology
Prana Biotechnology has announced that a recent independent study conducted by Massachusetts General Hospital (MGH) has demonstrated that the Company's Metal-Protein Attenuating Compounds (MPACs) could halt Alzheimer's pathology.
Click Here to read the entire article...
Cell: Highlights of 2006
A look back at 2006, featuring interviews with two of this year's Nobel Laureates, Dr Craig Mello and Dr Roger Kornberg, as well as Dr Paul Nurse, president of New York's Rockefeller University, sharing his views on how the results of the recent midterm elections may influence biomedical research funding in the United States
Click Here to read the entire article...
PSSE - Red blood cell - moving picture
Parallel Supercomputer Simulations for Education Maintained by Simeon Warner Last updated 3 April 1997
Click Here to read the entire article...
New Triplantanol Search engine
New Triplantanol Search engine powered by Google added. Now you can better search our site or the web. Also Add to Google button placed on site.
Click Here to read the entire article...
Cell Biochemistry and Function
By John Wiley & Sons, Inc - Copyright © 2008 John Wiley & Sons, Ltd. - version: v1.5 build A