'Folding home' diaporamas de présentation

To Fold Or Not To Fold?

To Fold Or Not To Fold?. An exploration of the exciting world of protein folding for high school chemistry or biology teachers and students. Claudia Winkler and Gary Benz. Animation of the folding of villin, a well known protein. Activity 1 - Vocabulary Sharpen your skills!.

456 views • 32 slides

Folding@Home and Genome@home: Protein folding and design with distributed computing

Folding@Home and Genome@home: Protein folding and design with distributed computing. Stefan Larson Pande Group Dept. of Chemistry and Biophysics Program Stanford University. Pande Group Dr. Vijay Pande Folding@home Siraj Khaliq Young Min Rhee Michael Shirts Chris Snow Eric Sorin

538 views • 30 slides

The rise of Citizen Cyberscience and its impact on professional research

248 views • 24 slides

GROMACS NVidia Folding@home

GROMACS NVidia Folding@home. Eric Darve. GROMACS: Erik Lindahl. GROMACS provides extremely high performance compared to all other programs. Lot of algorithmic optimizations: Own software routines to calculate the inverse square root. Inner loops optimized to remove all conditionals.

411 views • 19 slides

Qing Lu CMSC 838 Presentation

Atomistic Protein Folding Simulations on the Submillisecond Timescale Using Worldwide Distributed Computing. Qing Lu CMSC 838 Presentation. Overview. Overview of talk Motivation Challenge Methods Ensemble Dynamics Folding@Home Evaluation Observations. Motivation.

267 views • 16 slides

Distributed Computing

Distributed Computing. What is Distributed Computing?. Distributed computing: a science which solves a large problem by giving small parts of the problem to many computers to solve. The solutions generated by the parts are recombined into a solution for the original problem.

326 views • 15 slides