PhD/Postdoc positions at THE HEBREW UNIVERSITY OF JERUSALEM
PhD/Postdoc positions at THE HEBREW UNIVERSITY OF JERUSALEM Read More »
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New STSM call
ProteoCure is launching a new STSM call. Short-Term Scientific Missions (STSMs), are exchange visits between labs, to strengthen the network, foster collaborations, and share new techniques and infrastructure.
ProteoCure annual meeting in Zagreb : a great, friendly and enjoyable event !
From June 12, 2023, to June 15, ≈100 ProteoCure researchers from all over Europe met at the hotel Dubrovnik in Zagreb, Croatia.
ProteoCure annual meeting in Zagreb : a great, friendly and enjoyable event ! Read More »
Second ProteoCure annual meeting: call for applications for travel and accommodation financial support
The COST Action ProteoCure is launching a new call open to attendees of its second annual meeting held in Zagreb, Croatia.
Open permanent position in fundamental research in biology/health in Grenoble, France
Please find more details at https://lnkd.in/guaPkpWT or https://www.emploi.cea.fr/Pages/Offre/detailoffre.aspx?idOffre=25853&idOrigine=502&LCID=1036&offerReference=2023-25853
Open permanent position in fundamental research in biology/health in Grenoble, France Read More »
ProteoCure Webinar (May 18, 13:00 CET): Dr. Juárez-Jiménez: “Structure-based computational approaches for rational targeted protein degradation”
“Structure-based computational approaches for rational targeted protein degradation” Please log in to access the link to the webinar Dr. Juárez-Jiménez is a Lecturer in Physical Chemistry at the Faculty of Pharmacy of the University of Barcelona and the group leader of the Computational Molecular Design Lab. He obtained his PhD by the University of Barcelona in
Webinar: Dr. Ruth Geiss-Friedlander: “Function of amino-proteases DPP8 and DPP9 in DNA damage repair and stress response”
Friday, April 21st 2023, at 16.00 Central European Time Please log in to find the link to the webinar Abstract: N-termini sequences are important sites for post-translational modifications, including limited proteolysis. Of the more than 500 proteases that are encoded by the human genome, only few can cleave a proline-containing peptide bond. The two intracellular