'Poisson boltzmann' presentation slideshows

Ions in Solutions Liquid Plasma of Chemistry & Biology

Ions in water form a plasma of great importance in which much chemistry is done. All of life occurs in ionic solutions. We show how analysis based on a Poisson Fermi treatment of ionic solutions, based on the saturation which can occur when ions have finite volume, can account for the experimental properties of many solutions

934 views • 93 slides

Thank you, Dexuan !!! Good to visit Milwaukee and not too much snow!

Thank you, Dexuan !!! Good to visit Milwaukee and not too much snow!. General Theme Mathematics of Molecular Biology Provides Great Opportunity How does it work?. How does it work? How do a few atoms control (macroscopic) Biological Function Mathematics of Molecular Biology

859 views • 77 slides

General Theme Mathematics of Molecular Biology Provides Great Opportunity How does it work?

General Theme Mathematics of Molecular Biology Provides Great Opportunity How does it work?. How does it work? How do a few atoms control (macroscopic) Biological Function Mathematics of Molecular Biology is about Solving Specific Inverse Problems. +. ~ 3 x 10 -9 meters.

754 views • 75 slides

Saturation of Ions in Channels and Solutions: a Fermi-Poisson Treatment November 19, 2015

Saturation of Ions in Channels and Solutions: a Fermi-Poisson Treatment November 19, 2015. Bob Eisenberg Jinn Liang Liu. ? ? ?. Jinn-Liang is first author on our papers. +. ~ 3 x 10 -9 meters.

896 views • 73 slides

Saturation of Ions in Channels and Solutions: a Fermi-Poisson Treatment November 19, 2015

Saturation of Ions in Channels and Solutions: a Fermi-Poisson Treatment November 19, 2015. Bob Eisenberg Jinn Liang Liu. ? ? ?. Jinn-Liang is first author on our papers. +. ~ 3 x 10 -9 meters.

737 views • 73 slides

Thanks to the MBI to Guo-wei for Mathematical Molecular Biology and

Thank You!. Thanks to the MBI to Guo-wei for Mathematical Molecular Biology and to Benoit Roux & Marie-Therese Wolfram for inviting me!. Saturation of Ions in Channels and Solutions: a Fermi-Poisson Treatment. Bob Eisenberg Jinn Liang Liu. ? ? ?.

973 views • 70 slides

Thanks to the MBI to Guo-wei for Mathematical Molecular Biology and

Thank You!. Thanks to the MBI to Guo-wei for Mathematical Molecular Biology and to Benoit Roux & Marie-Therese Wolfram for inviting me!. Saturation of Ions in Channels and Solutions: a Fermi-Poisson Treatment. Bob Eisenberg Jinn Liang Liu. ? ? ?.

953 views • 68 slides

Implicit solvent simulations

Implicit solvent simulations. Nathan Baker (baker@biochem.wustl.edu) BME 540. Introduction to biomolecular electrostatics. Highly relevant to biological function Important tools in interpretation of structure and function

828 views • 56 slides

Implicit solvent simulations

Implicit solvent simulations. Nathan Baker (baker@biochem.wustl.edu) BME 540. Introduction to biomolecular electrostatics. Highly relevant to biological function Important tools in interpretation of structure and function

893 views • 56 slides

Jinn-Liang Liu National Hsinchu University of Education, Taiwan May 30, 2016

355 views • 33 slides

The Geometry of Biomolecular Solvation 2. Electrostatics

285 views • 27 slides