teschke uconn.edu

The teschke lab

The ability of proteins to fold into the specific three-dimensional structure required for biological activity, rather than the multitude of possible structural arrangements, is fundamental to life. Moreover, the ability of these proteins to assume higher order assemblies is essential to many cellular functions. The goal of understanding the fundamental mechanisms of protein assembly drives research in the Teschke lab. Cover art from recent publications.

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The teschke lab

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The ability of proteins to fold into the specific three-dimensional structure required for biological activity, rather than the multitude of possible structural arrangements, is fundamental to life. Moreover, the ability of these proteins to assume higher order assemblies is essential to many cellular functions. The goal of understanding the fundamental mechanisms of protein assembly drives research in the Teschke lab. Cover art from recent publications.

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The site teschke.uconn.edu states the following, "The ability of proteins to fold into the specific three-dimensional structure required for biological activity, rather than the multitude of possible structural arrangements, is fundamental to life." We observed that the website said " Moreover, the ability of these proteins to assume higher order assemblies is essential to many cellular functions." It also stated " The goal of understanding the fundamental mechanisms of protein assembly drives research in the Teschke lab. Cover art from recent publications."

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