Coining the new phrase "geometry-controlled kinetics," the researchers argue that geometry, in particular the initial distance between reactants in so-called compact systems, can become a key parameter in mathematical models for processes as varied as regular diffusion, anomalous diffusion and diffusion in disordered media and fractals. Their findings are of special significance for understanding the crucial role of the complex spatial organization of living cells in general, and genes in particular - where molecules of DNA, RNA and other proteins must travel, meet and react with one another quickly and effectively in order to sustain life.
Most importantly, this analysis provides scientists with new tools for investigating the effects of existing medications on cells, as well as developing drugs that are tailored to every patient. In the long run, it may even facilitate genetic manipulation procedures, in which defective genes will be replaced with healthy ones - a possible future cure for some devastating genetic diseases.
Link to the article: http://www.nature.com/nchem/journal/vaop/ncurrent/abs/nchem.622.html Contact: Orly Fromer Media consultant Director of Media Relations and Spokesperson Tel-Aviv University Ramat Aviv 69978 Tel-Aviv, Israel Office: +972-3-6408741 & 6424020 Fax: +972-3-6408355 Mobile: +972-52-4737373 E-mail: '/>"/>
|SOURCE Tel-Aviv University|
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