Kuriyan Lab

Mechanism, Evolution, and Structure. The lab has also made fundamental discoveries related to the structural basis for high-speed DNA replication, by determining the structures of the clamp-loader and sliding clamp complexes of DNA polymerases. We are currently applying high-throughput mutagenesis methods to these systems to understand the functioning of the AAA ATPases that form the core of the clamp-loader complexes. 508D Stanley Hall, MC 3220. University of California, Berkeley. Berkeley, CA 94720-3220.

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Kuriyan Lab

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Mechanism, Evolution, and Structure. The lab has also made fundamental discoveries related to the structural basis for high-speed DNA replication, by determining the structures of the clamp-loader and sliding clamp complexes of DNA polymerases. We are currently applying high-throughput mutagenesis methods to these systems to understand the functioning of the AAA ATPases that form the core of the clamp-loader complexes. 508D Stanley Hall, MC 3220. University of California, Berkeley. Berkeley, CA 94720-3220.

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This website jkweb.berkeley.edu has the following on the web site, "Mechanism, Evolution, and Structure." We viewed that the webpage also said " The lab has also made fundamental discoveries related to the structural basis for high-speed DNA replication, by determining the structures of the clamp-loader and sliding clamp complexes of DNA polymerases." It also said " We are currently applying high-throughput mutagenesis methods to these systems to understand the functioning of the AAA ATPases that form the core of the clamp-loader complexes. 508D Stanley Hall, MC 3220. University of California, Berkeley."

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Kuriyan Lab

Mechanism, Evolution, and Structure. The lab has also made fundamental discoveries related to the structural basis for high-speed DNA replication, by determining the structures of the clamp-loader and sliding clamp complexes of DNA polymerases. We are currently applying high-throughput mutagenesis methods to these systems to understand the functioning of the AAA ATPases that form the core of the clamp-loader complexes. 508D Stanley Hall, MC 3220. University of California, Berkeley.

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