Search

Midlands Consortium for Graduate Training in Physical Geography

...session location details - timetable Student participants 2012 Session convenors- contact...

L4_2012.pdf

...Biomolecular Physics Key points: • Interaction between charge and rotating dipole • Images forces due to changes in the relative permittivity • Induced dipoles and polarizability • Cation -pi interactions • Dispersion forces 1 Molecular forces 1.1 Charge-dipole interactions/ contin...

BMP3_2012.pdf

...Molecular Biophysics F33ONB Walter Köckenberger (walter.kockenberger@nottingham.ac.uk) Key point 1 • The pH of the medium (water) determines the charge of groups (acid and amino groups: pH = pK + log -------- pH = pK + log -------- [R-O ] [R-NH3 ] _ [R-OH ]+ [R-NH2] hydrophobic hydrop...

BMP19_2012.pdf

...Molecular Biophysics Protein folding Protein Folding • Levinthal’s paradox: – If for each residue there are only two degrees of freedom (ψ,ϕ the angles in the peptide bond). – Assume each can have only 3 stable values. – This leads to 32n possible conformations. – If a prot...

nsb0499_351.pdf

...review There are many levels at which a scientific question can be answered. An answer that is quite satisfying to a scientist from one discipline may be totally unsatisfactory to a scientist from another. This has become an increasingly important issue in research on biological problems as sci...

L8_2012.pdf

...https://www.nottingham.ac.uk/~ppzphy11/2ndoptions/modules/molecularbio/L8_2012.pdf

L17_2012.pdf

...https://www.nottingham.ac.uk/~ppzphy11/2ndoptions/modules/molecularbio/L17_2012.pdf

prob12_1.pdf

...Molecular Biophysics 1 Problems 1.1 Q1 Derive the potential energy of interaction between two dipoles lying in the same plane as a function of distance and orientation. 1.2 Q2 Calculate the work done when moving a mole of particles carrying one unit of elementary charge each from a distance o...

BMP1.ppt

... Molecular Biophysics F33ONB Walter Köckenberger (walter.kockenberger@nottingham.ac.uk) ~ 50,000 different proteins in the human proteom structure  dynamics function Which forces are responsible for structure? How can we measure structure? Diffraction experiments ...

L13_2012.pdf

...Molecular Structure by Nuclear Magnetic Resonance Spectroscopy Key Points • Fine Structure in the spectrum • 2D spectra • distances 1 1.1 Coupling Every magnetically active nucleus can interact trough the bond electrons with another nucleus. Examples include 13C - 1H pairs but also 1H ...