ISB Research Stays Abroad
International PhD Program ‘Integrative Structural Biology’ encourages its students to develop their networks by undertaking research stays abroad.
Young researchers are encouraged to spend at least 3 months in a laboratory abroad in order to establish international collaborations and learn new techniques. Collaboration can be established with an institution of their choice, anywhere in the world.
Stays abroad can be a very productive way to build up relationships with other labs, gain experience on a scientific and personal level and make a significant progress with the work on the project.
Our students abroad:
Daniel F. Azar, Tim Skern Lab
Exchange collaboration with the Kobe Lab
The University of Queensland, Brisbane, Australia
March – July 2018 (4 months)
The event leading to our four-month exchange collaboration with the Kobe Lab (UQ, Brisbane, AU) was an encounter between Prof. Bostjan Kobe and our former colleague Dr. Sofiya Fedosyuk at a course of the International School of Crystallography in Erice, Sicily, in the summer of 2017.
The goal of our collaboration was to investigate the mechanism of modulation of the TLR4 signaling by the vaccinia virus protein A46 in vitro and in cells.
During the four months I have spent at the University of Queensland, I was able to benefit from Prof. Kobe’s and his lab’s expertise in the structural biology of Toll-like receptors and their adaptor proteins, as well as from Prof. Katryn Stacey’s and her lab’s expertise in the fields of cell biology, cell signaling and flow cytometry techniques.
Borja Mateos, Robert Konrat Lab
Exchange collaboration at the Magentic Resonance Center (CERM)
University of Florence, Italy
January- March 2018 (3 months)
I spend 3 months of my PhD in CERM (Florence, Italy) a center for research, knowledge transfer, and higher education of the University of Florence. The Center is a research infrastructure for NMR in the Life Sciences supported by the European Community.
There we collaborated with Prof. Isabella C. Felli and Prof. Roberta Pierattelli. We share the interest in intrinsically disordered proteins (IDPs) and the development of magnetic resonance tools to address the questions arised in the field. In particular, we studied the role of prolines (an aminoacid with very peculiar physicochemical properties) in their conformational ensemble.
It was a pleasure to share some time with very nice people working in this leading magnetic resonance center. The love for a technique and a very friendly environment made the things very straightforward and fun.