HOME
Max Planck Gesellschaft e.V
English Site  
Archive 2006
linkPfeil Archive 2010
linkPfeil Archive 2009
linkPfeil Archive 2008
linkPfeil Archive 2007
linkPfeil Archive 2006
linkPfeil Archive 2005
linkPfeil Archive 2004
linkPfeil Archive 2003
Archive 2006
dokument Microcapsules like it Hot and Salty
November 23rd, 2006
Max Planck scientists in Potsdam are developing a new method using salt content and temperature to control the permeability of microcapsules [more]

PDF [163 KB]
dokument Nearly Unbreakable
November 10th, 2006
Max Planck Scientists discover a novel construction principle at the nanoscale which prevents bones from breaking at excessive force [more]

PDF [161 KB]
dokument Floating and Spiky
November 3rd, 2006
A team of researchers has used computer simulations to explain how cells adhere so firmly to blood vessel walls [more]

PDF [168 KB]
dokument Fusion in the Fast Lane
October 19th, 2006
Max Planck scientists develop new methods for the controlled initiation of membrane fusion and its observation with high temporal resolution in the microsecond regime [more]

PDF [167 KB]
dokument Microcapsules Open in Tumour Cells
August 23rd, 2006
Max Planck researchers channel microcapsules into tumour cells and release their contents using a laser impulse [more]

PDF [153 KB]
dokument Order by Motion
July 24th, 2006
Max Planck scientists have shown that molecular motors can induce orientational order in an isotropic liquid of filaments. [more]

PDF [170 KB]
dokument Oscillating Pattern in Nanoparticle Crystallisation
June 30th, 2006
Max Planck researchers in Potsdam demonstrate an oscillating pattern in nanoparticle crystallisation and self-organisation [more]

PDF [170 KB]
dokument A Switch for Cell Adhesion
March 29th, 2006
Max Planck scientists show that the adhesion of cell membranes strongly depends on the switching rates of adhesion molecules [more]

PDF [168 KB]
drucken Print version topPfeil  Top
© 2012, Max Planck Institute of Colloids and Interfaces, Potsdam