'Hydrophobic effect' presentation slideshows

Molecular Interactions

Molecular Interactions. Dr. H enry Curran NUI Galway Physical Chemistry (CH313) Atkins and de Paula, Chapter 17. Background.

3.44k views • 78 slides

Molecular Interactions

Molecular Interactions. Dr. H enry Curran NUI Galway Physical Chemistry (CH313) Atkins and de Paula, Chapter 17. Background.

1.68k views • 78 slides

Surfactants as Catalysts for Organic Reactions in Water

3.07k views • 57 slides

Surfactants as Catalysts for Organic Reactions in Water

810 views • 57 slides

CHM2S1-A Intermolecular Forces Dr R. L. Johnston

THE UNIVERSITY OF BIRMINGHAM. CHM2S1-A Intermolecular Forces Dr R. L. Johnston. Handout 1: Introduction to Intermolecular Forces I: Introduction Evidence for Intermolecular Forces The nature of Intermolecular Forces Electric Multipoles II: Intermolecular Interactions

1.24k views • 54 slides

Water

521 views • 39 slides

Proteins are not rigid structures: Protein dynamics, conformational variability,

Proteins are not rigid structures: Protein dynamics, conformational variability, and thermodynamic stability. Dr. Andrew Lee UNC School of Pharmacy (Div. Chemical Biology and Medicinal Chemistry) UNC Med School (Biochemistry and Biophysics). drewlee@unc.edu 201A Beard Hall.

772 views • 39 slides

SURVEY OF BIOCHEMISTRY Proteins and Biomolecular Stability

429 views • 29 slides

Overview of Simulations of Quantum Systems

Overview of Simulations of Quantum Systems. Roberto Car, Princeton University. Croucher ASI, Hong Kong, December 7 2005. Foreword.

321 views • 24 slides

244 views • 24 slides

Nucleotides and DNA Structure

Nucleotides and DNA Structure. C483 Spring 2013. 1. Purine(s) which are found mainly in both deoxyribonucleotides and ribonucleotides are A) thymine and cytosine. B) cytosine and uracil. C) cytosine. D) guanine and cytosine. E) adenine and guanine.

460 views • 23 slides

Solutions and Water Structure

Solutions and Water Structure. Properties of solutions Water microstructure Solute microstructure Ionic solutes Polar solutes Nonpolar solutes (the hydrophobic effect). Acid base equilibria. AH. A - + H +. BH +. B + H +. Henderson Hasselbach. AH. A - + H +. AH.

611 views • 22 slides

Forces

Forces. inter-atomic interactions electrostatic - Coulomb's law, dielectric constant hydrogen-bonds charge-dipole, dipole-dipole, dipole-quadrapole polarizability van der Waals, London dispersion (stickiness) cation-pi (Arg/Lys to aromatic) aromatic ring-stacking (Phe, Tyr, Trp, His)

407 views • 11 slides

Properties

Properties. Size - change covalent structure - change folding - aggregation state Solubility - change charge (pH or pI) - dielectric constant of solvent - ionic strength of solvent Charge - change pH or pI pI - chemical or enzymatic modification

193 views • 11 slides

Superhydrophobicity and the Lotus Effect

By: Derek McCurry. Superhydrophobicity and the Lotus Effect. Lotus Effect. The Lotus effect refers to the very high water repellency exhibited by the leaves of the lotus plant

1.28k views • 5 slides