Hi,
> What if instead of images we just collected a list of x-y coordinates of
> photon hits vs time?
This is how the Tristan detector works, it is based on timepix3 chips and the
data is a read as time stamped x-y co-ordinates + counts and then diffraction
images are reconstructed from this
Hi Murpholino,
Helen Ginn is developing software to characterise changes in protein structures
(especially informative when the changes are small but significant)– there is a
web app and a download here:
https://rope.hginn.co.uk
I recommend watching the youtube tutorial.
From: CCP4 bulletin
You can pre-order the new edition of Crystallography made crystal clear!
https://blackwells.co.uk/bookshop/product/Crystallography-Made-Crystal-Clear-by-Arwen-R-Pearson-author-Nicholas-Pearce-author-Jennifer-Wierman-author/9780323910484
I’m definitely going to order a copy - along with
– this year’s topic is “An
integrative approach”. We plan to hold a careers panel on the last day where
academics and industrial scientists will share their experiences and answer
questions about careers options.
Best Wishes,
The organisers – Briony Yorke
(b.a.yo...@leeds.ac.uk<mailto:b.a
We are looking to recruit a post-doc with a solid background in structural
biology, molecular biology or methods development
(crystallography/spectroscopy) to join our team investigating the molecular
mechanisms leading to the formation of cataracts.
You will join myself and Dr. Yvonne Nyathi
