ICTS

A living organism relies on the interactions of molecular constituents within itself and with its surroundings to function properly. However, it is clear that the full functionality of a living organism cannot be determined solely by its molecular makeup and interactions. Recent studies have shown that the dynamic spatial organization of different molecular components within a cell, different cells within a tissue, and different organisms within a community play critical roles in enabling the full functionality of the organism. Furthermore, differential spatial organizations may imply a new level of functional regulation that complements the classic mechanism by molecular interactions.

Understanding why and how biological functions are spatially organized requires a concerted effort from scientists of diverse backgrounds, as the spatial organization operates from the nanometer-scale of small liquid droplets condensates inside cells to centimeter-scale skin color pattern formation in animals. As the significance of this field has been increasingly appreciated, it is now time to bring together leading scientists at the meeting to discuss current advances, share expertise, and, most importantly, define the underlying biophysical principles.

This thematic meeting aims to bring together scientists from diverse fields, including biology, chemistry, physics, and engineering, to explore recent advances in the study of the spatial organization of biological functions across various length and time scales. Topics of discussion will include chromosome folding, transcription, membrane transport, intracellular and intercellular communication, tissue patterning, and more.

Abstract submission deadline is June 30, 2025. Abstract submission is free, and short talks will be selected from among submitted abstracts.

ICTS is committed to building an environment that is inclusive, non-discriminatory and welcoming of diverse individuals. We especially encourage the participation of women and other under-represented groups.