Short Talk: Dynamic cis-Proteomics Comprehensively Reveals Signal-Dependent Regulators


Short Talk: A Specific and Sensitive Proximity-labeling Proteomics Approach for Studying Protein-Protein Interactions of the Lysosome Membrane


eSymposia | Proteomics in Cell Biology and Disease


Career Roundtable

Speaking at this Roundtable


“Yvonne “Priti “Evan


Anne-Claude Gingras, PhD, Lunenfeld-Tanenbaum Research Institute

Marcus Bantscheff, PhD, GlaxoSmithKline

Nathalie Agar, PhD, Brigham and Womens Hospital



Event Date/Time: Wednesday, September 23, 2:30–3:30PM ET

As part of our commitment to support and train the next generation of scientific leaders from all backgrounds, Keystone Symposia hosts Career Roundtables at selected in-person and virtual conferences. These workshops create a forum for field leaders to provide their unique perspectives on career development, professional pitfalls and the breadth of scientific opportunities available to support trainee scientists. Established researchers are chosen from a broad range of backgrounds (i.e., diverse demographics, career stages and career paths) to reflect a myriad of career paths and experiences. A panel discussion is followed by break out group sessions to enable trainees to interact with each senior scientist in a comfortable small group setting, to address specific questions, allow for mentorship and networking.

For additional career advancement advice, see our Keypoint Blog "Words of Wisdom from Career Roundtables" with tips gleaned from past events on how to launch your career in academia, industry, publishing and beyond. Whether you are a student, post-doc, or early career investigator, check out these pearls of wisdom for all career stages!

https://keypoint.keystonesymposia.org/features/words-of-wisdom-from-career-roundtable-for-students-post-docs/


Phosphoproteomics for Characterization of Therapeutic Resistance Pathways


Elucidation of in vivo Signaling Networks


Hippo Pathway Deregulation in Cancer


Personalised Phosphoproteomics – Studying the Exercise Response in Individuals


Chemoproteomics for the Elucidation of Signaling Networks


Short Talk: Electrophilic PROTACs that Degrade Nuclear Proteins by Engaging DCAF16