'Protein dynamics' presentation slideshows

David Odde Dept. of Biomedical Engineering University of Minnesota

680 views • 55 slides

Biochemistry 412 Biological Mass Spectrometry February 25 th , 2005

511 views • 36 slides

A complex network approach to following the path of energy in protein conformational changes

A complex network approach to following the path of energy in protein conformational changes. Del Jackson CS 790G Complex Networks - 20091019. Outline. Background Related Work Methods. Hypothesis. Utilize existing techniques to characterize a protein network

427 views • 33 slides

Complex Network Approach to predicting Mutations on Cardiac Myosin

Complex Network Approach to predicting Mutations on Cardiac Myosin. Del Jackson CS 790G Complex Networks - 20091202. Outline. Introduction Review previous two presentations Background Comparative research Methods Novel approach Results Conclusion. Discussion Goals.

441 views • 33 slides

Vibrational properties of proteins and nano-particles

Vibrational properties of proteins and nano-particles. Francesco Piazza Laboratore de Biophysique Statistique EPF-Lausanne, Switzerland NBI2006. Outline. Modeling protein dynamics. Physics versus biology and the necessity of coarse-graining.

340 views • 32 slides

Forty Years of Crystallographic Studies of Protein Structure, Function and Dynamics or

Forty Years of Crystallographic Studies of Protein Structure, Function and Dynamics or Some Like It Cold - But Should They? Buerger Award Lecture 2015 Gregory A. Petsko Weill Cornell Medical College, New York, NY. Lysozyme (1965). David Phillips Louise Johnson. Tom Alber.

315 views • 31 slides

Combining atomic-level Molecular Dynamics with coarse-grained Monte-Carlo dynamics

Combining atomic-level Molecular Dynamics with coarse-grained Monte-Carlo dynamics Andrzej Koli?ski Laboratory of Theory of Biopolymers, Faculty of Chemistry, University of Warsaw http://www.biocomp.chem.uw.edu.pl. Bioinformatics 2013 / BIT13, 26-29 June 2013, Toru?, Poland.

343 views • 24 slides

EMBIO Meeting Vienna, 2006

EMBIO Meeting Vienna, 2006. Heidelberg Group IWR, Computational Molecular Biophysics, University of Heidelberg Kei Moritsugu. MD simulation analysis of interprotein vibrations and boson peak Kinetic characterization of temperature-dependent protein internal

374 views • 23 slides

Semenov Institute of Chemical Physics, RAS

Semenov Institute of Chemical Physics, RAS. New results in applications of p -adic pseudo-differential equations to the protein dynamics Vladik Avetisov Albert Bikulov Sergey Kozyrev Vladimir Osipov Alexander Zubarev in cooperation with Viktor Ivanov and Alexander Chertovich.

390 views • 23 slides

EMBIO Meeting Vienna, 2006

EMBIO Meeting Vienna, 2006. Heidelberg Group IWR, Computational Molecular Biophysics, University of Heidelberg Kei Moritsugu. MD simulation analysis of interprotein vibrations and boson peak Kinetic characterization of temperature-dependent protein internal

344 views • 23 slides

Modeling Changes in Vegetation Dynamics in Alaska: Implications for Arctic Herbivores

252 views • 14 slides

Anesthetic Modulation of Protein Dynamics: Insight from an NMR Study

Anesthetic Modulation of Protein Dynamics: Insight from an NMR Study . Presented by: Logan Woodall Mentor: Dr. Pei Tang. Mistic. A 4 a- helix bundle in the transmembrane domain of Cys-loop family of receptors. Experimental Setup.

184 views • 12 slides

Post-translational Modifications

Post-translational Modifications. Mediators of protein dynamics. From http :// www.nature.com / nrm /journal/v7/n6/abs/nrm1939.html. Post-translational Modifications: Mechanisms of Action. From http :// www.nature.com / nrm /journal/v7/n6/abs/nrm1939.html. Phosphorylation and Cell Signaling.

1.22k views • 6 slides

Fragility index m characterizes the steepness of the temperature rise of log h at Tg.

GHz-THz Dynamics as the Key for Structural Relaxation Alexei P. Sokolov, University of Akron, DMR-0315388.

90 views • 2 slides

Fragility index m characterizes the steepness of the temperature rise of log h at Tg.

GHz-THz Dynamics as the Key for Structural Relaxation Alexei P. Sokolov, University of Akron, DMR-0315388.

98 views • 2 slides

RESKI

RESKI. miRNA-dependent transcription factor networks miR160 / ARF / GH3 ? Auxin homeostasis miR1026 / bHLH / DNA methylation? Stress adaptation Data : miRNA & gene expression levels, protein levels, auxin uptake, auxin conjugation, DNA methylation - Partners : Timmer/Jansen (in progress)

163 views • 1 slides