The 3rd Instruct Biennial Structural Biology Conference
The 3rd Instruct Biennial Structural Biology Conference took place in Brno, Czech Republic, from May 24 to May 26, 2017 hosted by Instruct-CZ/CEITEC. Brno is the city of Johann Gregor Mendel, a founder of modern genetics and one of the first scientists who applied a multidisciplinary approach to explain his observations. The social programme of the meeting included a visit to the Mendel’s Museum and dinner at the Augustinian Abbey, where Mendel worked and lived.
Instruct Biennial Structural Biology Conference
250 scientists from all over Europe and beyond participated at the conference including researchers who presented their results obtained through access to major cutting edge technologies available at Instruct Centres. Access has been available to European member researchers since February 2012. This the third edition of the Biennial conference, the previous ones being hosted in Heidelberg and Florence and the programme included sessions representing recent structural biology highlights, emerging methods and technologies and results of biomedical importance.
CMS BIOCEV Newsletter
Heads of BIOCEV CIISB core facilities have summarised recent technological upgrades of their laboratories and presented them as CMS newsletter. The overview of recent updates is available here.
Research scientist for the Centre of Molecular Structure - Biophysical methods facility
Biophysical Methods facility of BIOCEV is looking for a research scientist specialised in biophysical techniques and/or spectroscopic techniques.
Instruct-ERIC is hiring a Director to join the Instruct Hub
The Integrated Structural Biology - European Research Infrastructure Consortium (Instruct-ERIC), a pan-European distributed infrastructure whose principal task is to support excellent science that integrates an understanding of biological structure with cellular function, seeks to recruit a director.
Two on-line Magnetic Resonance Courses
Ilja Kuprov and Marcel Utz from University of Southampton made entire Undergraduate Magnetic Resonance module available online: 20 hours of video and 100+ pages of handouts.