Normal TROSY
●Large proteins
–Fast relaxation = Broader line widths
–Decrease in spectral resolution
1H – 15N TROSY
–Relaxation contributions from:
●Dipole-dipole (DD)
●Chemical shift anisotropy (CSA)
–DD and CSA interfere either constructively or destructively
–TROSY selects signals where destructive interference has occurred
●Cancelled out
–Results in sharper signals and increased resolution
I hold MRC CASE studentship with AstraZeneca and in the Faculty of Life Sciences based at the Manchester Institute of Biotechnology. My Phd research project is concentrated on understanding the Ras:Sos system that is key to the creation of new anti-cancer therapies. I am interested in examining and characterising the molecular interactions of the Ras:Sos system by various biophysical methods and computer-assisted data analysis in addition to the expression and purification of these proteins.
Saturday, 13 September 2014
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