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MPR 1/2013

“Those in the darkness you don’t see.” Modern cosmology lends thisline from “The Ballad of Mack the Knife” in Brecht’s Threepenny Opera an unexpected currency: the universe lies largely in darkness. This doesn’t refer to the fact that the night sky is black, but rather that dark energy and dark matter – two previously completely unknown substances – account for 96 percent of the total cosmic mass. [more]

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Structural Biology

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What Mutations Tell Us about Protein Folding

October 14, 2005

Max Planck scientists find a novel way to construct transition states for protein folding reactions [more]

Cell Biology . Developmental Biology . Medicine

New Cells for the Heart

September 30, 2005

Hans Schöler, the director of the Max Planck Institute for Molecular Biomedicine in Münster, co-ordinates a joint project [more]

Cell Biology . Chemistry

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A Biomolecule as a Light Switch

September 29, 2005

Researchers at the Max Planck Institute for Biophysical Chemistry in Goettingen, Germany have uncovered the molecular mechanism of switchable fluorescent proteins [more]

Cell Biology . Developmental Biology . Medicine

Formula against Infertility

September 05, 2005

Scientists discuss the latest developments in stem cell research at a workshop in Kobe, Japan [more]

Cell Biology . Developmental Biology . Medicine

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Tissue Regeneration Operates Differently Than Expected

August 01, 2005

Max Planck researchers in Bad Nauheim discover the mechanism by which adult stem cells are integrated into skeletal or heart muscle tissue [more]

Cell Biology . Material Sciences

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How does "Open Sesame" Function for Viruses?

June 17, 2005

Max Planck scientists have found the optimal size with which viruses and nano-particles are able to enter cells [more]

Cell Biology . Neurosciences

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New Law for Resolution Allows Unprecedented Sharpness in Fluorescence Microscopy

June 02, 2005

Researchers from the Max Planck Institute for biophysical Chemistry in Göttingen establish a new law allowing unlimited optical resolution in fluorescence microscopy [more]

Cell Biology

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Fusion under Tension

March 01, 2005

Max Planck scientists use new simulation methods to observe single events of membrane fusion with molecular resolution [more]

 
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