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Michael Thompson
U of California Merced |
Elizabeth Komives
U of California San Diego |
Sarah Rauscher
U of Toronto |
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Allison Williams
U of California San Francisco |
Meytal Landau
DESY |
Fred Rousseau
KU Leuven-VIB Centre for Brain & Disease Research |
| Using Ultrafast X-ray Pulses to Understand How SLO Makes Lipid Peroxidation Go Fast |
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| Session 3: New Proteins and Folds Through AI |
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Session 4: Proteins Moving, and On the Move Inside the Cell |
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Gustav Oberdorfer
Graz U |
Noelia Ferruz
Centre for Genomic Regulation |
Sarah Alamdari
Microsoft Research |
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Sandra Encalada
The Scripps Research Institute |
Raúl Padrón
U Mass Chan Medical School |
Bianxiao Cui
Stanford U |
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Beat Generation: Molecular Structure of the Myosin Filament that Powers the Heart |
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Session 5: Enzyme Catalysis: Mechanistic Insights From Structure,
Computation and Evolution |
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Session 6: Proteostasis and Protein Quality Control |
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Mark Wilson
U of Nebraska Lincoln |
Nobuhiko Tokuriki
U of British Columbia |
Amie Boal
The Pennsylvania State U |
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Judith Frydman
Stanford U |
Henry Colecraft
Columbia University |
Russell DeBose-Boyd
UT Southwestern |
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| Session 7: Protein Nanopores: Sequencing and Sensing |
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Session 8: Proteins and Lipids: Fusion, Fission, Budding |
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Yujia Qing
U of Oxford |
Min Chen
U of Massachusetts Amherst |
William DeGrado
U of California San Francisco |
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Sarah Veatch
U of Michigan |
Brett Collins
U of Queensland |
Abdou Rachid Thiam
Ecole Normale Superieure |
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Tracking Protein Dynamics & Discovering Allosteric Modulators Using
Nanopore Tweezers |
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| Session 9: Form and Function From Membraneless Organelles |
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Session 10: Machinery and Mechanisms for Cell Death |
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Dek Woolfson
U of Bristol |
Keren Lasker
The Scripps Research Institute |
Carlos Castañeda
Syracuse U |
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Daniel Bachovchin
Memorial Sloan Kettering Cancer Center |
Doryen Bubeck
Imperial College London |
Olivier Julien
U of Alberta |
Designing Peptides & Proteins for
New Subcellular Functions |
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Defining the Role of Proteolysis in
Living & Dying Cells |
| Session 11: Mechanisms of Circadian Clocks (member submitted) |
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Session 12: 20 Amino Acids… and Beyond |
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Jennifer Hurley
Rensselaer Polytechnic Institute |
Andy LiWang
U of California Merced |
Megan Torgrimson
U of California Santa Cruz |
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Klara Hlouchova
Charles U |
Dustin King
Simon Fraser U |
Alanna Schepartz
U of California Berkeley |
Conformational Dynamics of Circadian
Proteins in the
Repressive Arm |
Temperature Compensation by the KaiB Protein in the Cyanobacterial Circadian Clock |
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Could Early Proteins do
Without All 20 |
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