Press release May 27, 2013 German and Israeli Scientists Gain New Insights into Protein Disposal Cells have a sophisticated system to control and dispose of defective, superfluous proteins and thus to prevent damage to the body.
Press release May 22, 2013 Max Delbrück Medal for US Stem Cell Pioneer Professor Irving Weissman Stem cells are rare cells in the body which have the capacity to self-renew and to develop into multiple types of differentiated cells. Professor Weissman`s research group was the first...
Press release May 13, 2013 Serotonin Mediates Exercise-Induced Generation of New Neurons New Insights Gained by MDC Researchers in Experiments on Mice
Press release Apr 11, 2013 New Findings on the Brain’s Immune Cells during Alzheimer’s Disease Progression The plaque deposits in the brain of Alzheimer’s patients are surrounded by the brain’s own immune cells, the microglia.
Press release Apr 10, 2013 The surprising ability of blood stem cells to respond to emergencies Cells in our blood feed, clean and defend our tissues, but their lifespan is limited. The life expectancy of a red blood cell rarely exceeds three months, our platelets die...
Press release Apr 05, 2013 MDC and FMP Researchers Identify Edema Inhibitor Every day around 1 500 liters of blood flow through the kidneys. Of this total volume, the kidneys initially filter 180 liters of primary urine, which they concentrate to two...
Press release Mar 26, 2013 New Insights into the Development of the Heart A protein called Nodal plays an important role in the development of asymmetry. In an early stage of heart development, Nodal is formed on the left side and triggers a...
Press release Mar 14, 2013 Paul Ehrlich and Ludwig Darmstaedter Prize for Young Researchers Awarded to MDC Researcher Dr. James Poulet Dr. Poulet explores what happens in the brain when it perceives touch sensations and how these touch signals are converted into behavior. “For example, we feel for the front door...
Press release Mar 07, 2013 International Study: Excess Dietary Salt May Drive the Development of Autoimmune Diseases Increased dietary salt intake can induce a group of aggressive immune cells that are involved in triggering and sustaining autoimmune diseases.