Future Leaders of Biophysics Webinar March 27, 2025 2:00 PM (UK time)
Published in Bioengineering & Biotechnology, Chemistry, and Physics
We would like to welcome everyone to join this first Future Leaders in Biophysics webinar, housed via Cassyni on the Springer Nature Physics Seminars series supported by the International Union of Pure and Applied Biophysics (IUPAB). In this webinar, which is free to attend and will be recorded (subject to speakers' wishes), we wish to announce the winner of the annual prestigious Michèle Auger Award, connected with the Biophysical Reviews journal. For more on the Award, please read here: Biophysical Reviews: a call for nominations to the 2025 Michèle Auger Award | Biophysical Reviews
This webinar will take place Thursday, March 27, 2025 2:00 PM UK time
The meeting will honour the winner and top candidates for the Michèle Auger Award by giving them a chance to present their recent research and answer questions. Please do attend if you can and join us in celebrating the Future Leaders of Biophysics.
Below is the agenda:
✨ Welcome by Profs Wilma Olson, Rutgers University (Editor-in-Chief) and Anthony Watts, University of Oxford (President of IUPAB)
✨A talk on soft magneto-responsive biological substrates to open new avenues in mechanobiology, Daniel Garcia Gonzalez, Carlos III University of Madrid
✨A talk on visualising biology at the single-molecule level, Mathew Horrocks, University of Edinburgh
✨A talk on developing new tools to probe DNA structure and interactions with sub-molecular resolution, Alice Pyne, University of Sheffield
✨A talk providing insights into 5:2 molecular motors from cryo-electron microscopy, Nicholas Taylor, University of Copenhagen
✨Opportunity for Q&A to any of the attendees
📆Please sign up below for free, add to your calendar, and join us live via Zoom. If you cannot make it, the event will be recorded (subject to speakers' wishes, you must RSVP first to be sent the recording):
☞ ☞ ☞ https://cassyni.com/events/FfStTXNfcTbWTYHboqAs3T?3qo8fi ☜☜☜
If you have an idea for a review for submission to the journal, please observe the instructions for authors and submit a proposal to the Editor-in-Chief. Using Springer Nature's "Explore Open Access Funding" link, you can check if you have access to open access funding via your institution prior to submission: Home | Biophysical Reviews
Senior Publisher for Springer Nature biophysics and biochemistry journals. BA in Modern Languages and MA in Translation Studies.
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Biomolecular Condensates in Living Systems: from Function to Disease. What to Do Next?
We are pleased to announce the 2026 Special Issue of Biophysical Reviews: Biomolecular Condensates in Living Systems: from Function to Disease. What to Do Next. This Special Issue aims to showcase the dynamic and rapidly evolving field of biomolecular condensates, highlighting contributions to different areas of biology, from bacteria to plants and humans. The motivation for this Special Issue is to present the state of the current knowledge in Biomolecular Condensates (BMCs), emerging research directions, and methodological innovations. The issue will bring together both established and emerging voices, thus providing a comprehensive overview of current research activities as well as a forward-looking perspective on future developments in BMCs. We invite “Review or Comment Articles” addressing (but not limited to) the following core thematic areas: 1. Condensates in genomic function and regulation across systems (Prokaryotes, Eukaryotes, Plants), 2. Condensate metastability and aging, 3. Condensates in Plants, 4. Synthetic and therapeutic condensates, 5. Theoretical approaches to BMCs, 6. BMCs in Health and Disease, 7. Technical innovations for studying BMCs, 8. author-initiated suggestions. This Special Issue welcomes contributions that emphasize methodological innovation, interdisciplinary collaboration, and translational impact, as well as studies that bridge experimental, computational, and data-driven approaches in the study of BMCs.
Publishing Model: Hybrid
Deadline: Sep 01, 2026
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