Agenda

9:00–9:05  Welcome
Autumn Marsden, Gulf Coast Consortia
Mehmet Sen, University of Houston

9:05–9:50  Keynote Presentation
Soft-Physics Biology and How Physical Forces Shape Cell Fate and Function
Dennis Discher, University of Pennsylvania

Session I
Convenors TBA

9:50-10:15      Decoding Structural Polymorphism of Tau Amyloids in Disease
Lukasz Joamchimiak, UT Southwestern

10:15-10:40    Biomechanical Thrombus Profiling: A Multi-Cohort Study
Yunfeng Chen, UT Medical Branch, Galveston

10:40-11:10    Networking Break

Session II
Convenors TBA

11:10-11:35    Structural Insights into Brain Thyroid Hormone Transport by MCT8 and OATP1C1
Pengxinag Huang, Baylor College of Medicine

11:35-12:00    Engineered Peptides and RNAs Enable Enhanced CRISPR-Based Epigenetic Editing
Isaac Hilton, Rice University

Convenors TBA

12:00-12:35    Lightning Poster Talks

12:35-2:30      Lunch and Posters, Event Hall
12:35–1:30      Lunch
1:30–2:30        Poster presentation

Convenors TBA

2:30-2:40         Vendor presentation
From Stability to Binding: Enhancing Deeper Insights with NanoTemper
Nathan Wallace, Nano Temper

2:40-2:55         Using Topographic Biomolecule Nanopatterning for Single-Molecule Protein/DNA Analysis
Viraj Ghosh, Rice University

2:55-3:10         Inflammatory Condensates – How Neurotoxic Peptides Modulate RNA-Mediated Innate Immune Activation
Paulo Onuchic, Baylor College of Medicine

3:10-3:25         Motor Transport and Ribosome Anchoring Kinetically Control Mitochondrial mRNA Localization
Surbhi Sharma, Baylor College of Medicine

3:25-3:45         Networking break

Session III

Convenors TBA

3:45-4:10         Structure-Based Design of Selective and Biased Dopamine D2 and D3 receptors (D2R-D3R) Bitopic Agonists and Cellular Signaling Evaluation
Alessandro Bonifazi, UT Medica Branch, Galveston

Rising Star Plenary Speaker Convenors TBA

4:10-4:45         Deciphering the Language of Transcriptional Condensates in Health and Disease
Ben Sabari, UT Southwestern

4:45-5:45         Closing remarks and
Reception-Prefunction area