Cardiovascular diseases (CVDs) are the leading cause of mortality and morbidity globally, representing approximately a third of all deaths...
Read More »Stem cell-derived exosomes – an emerging tool for myocardial regeneration
Cardiovascular diseases (CVDs) continue to represent the number one cause of death and disability in industrialized countries. The most severe form of CVD is acute myocardial infarction (AMI), a devastating disease associated with high mortality...
Read More »Posto-doc position available – mechanism for cardiac regeneration
Dr. Kaushal’s NIH funded laboratory in the Department of Surgery at University of Maryland School of Medicine has a postdoctoral research associate position immediately available. The major focus of our research projects is to determine the mechanism for cardiac regeneration ...
Read More »Post-doc position available – cardiac regeneration
Job: Faculty Organization: SOM Clinical Departments Title: Postdoctoral Fellow Research Associate-Surgery Location: null Requisition ID: 17000060 The major focus of our research projects is to determine the mechanism for cardiac regeneration using different cell-based preparations, including exosomes, condition media, and the ...
Read More »Post-doc Position Available – University of Maryland
The major focus of our research projects is to determine the mechanism for cardiac regeneration using different cell-based preparations, including exosomes, condition media, and the stem cells themselves and testing these cell-based products in a variety of regenerative assays. In ...
Read More »Stem Cell Exosomes for Cardiac Repair
Stem cell therapy provides immense hope for regenerating the pathological heart, yet has been marred by issues surrounding the effectiveness, unclear mechanisms, and survival of the donated cell population in the ischemic myocardial milieu. Poor survival and engraftment coupled to ...
Read More »Exosomes are critical agents of cardiac regeneration
The CADUCEUS trial of cardiosphere-derived cells (CDCs) has shown that it may be possible to regenerate injured heart muscle previously thought to be permanently scarred. The mechanisms of benefit are known to be indirect, but the mediators have yet to ...
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