Cellular communication pathways caught in the act (BioTechniques)
02/05/2010
Erin Podolak
The ability to view the 3-D structure of these proteins could lead researchers to the development of drugs for conditions such as neurodegeneration, cancer, and cardiovascular disease based on the interactions of these proteins.
FULL ARTICLE AT THIS LINK
http://biotechniques.com/news/Cellular-communication-pathways-caught-in-the-act/biotechniques-187727.html?utm_source=BioTechniques+Newsletters+%26+e-Alerts&utm_campaign=936fa8a769-BioTechniques_Daily&utm_medium=email
The ability to view the 3-D structure of these proteins could lead researchers to the development of drugs for conditions such as neurodegeneration, cancer, and cardiovascular disease based on the interactions of these proteins.
FULL ARTICLE AT THIS LINK
http://biotechniques.com/news/Cellular-communication-pathways-caught-in-the-act/biotechniques-187727.html?utm_source=BioTechniques+Newsletters+%26+e-Alerts&utm_campaign=936fa8a769-BioTechniques_Daily&utm_medium=email
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