Confirmed Speakers

Kazuhiro Aoki Kazuhiro Aoki

Cytoplasmic fluidization triggers dormancy breaking in fission yeast spores

Helena Cocheme Helena Cochemé

TBA

Gül Dölen Gül Dölen

TBA

Akiyoshi Fukamizu Akiyoshi Fukamizu

Deciphering the systemic functions of protein arginine methylation: A small change makes a physiological difference during aging

Kaori Fukuzawa Kaori Fukuzawa

Structural Life Science Research Using Fragment Molecular Orbital Method

David Gems David Gems

Can aging be solved? Lessons from C. elegans

Alexander Heifetz Alexander Heifetz

Guiding Medicinal Chemistry with Fragment Molecular Orbital (FMO) Method

Dongeun Huh Dan Huh

Microengineered biomimicry of human physiological systems

Takuhiro Ito Takuhiro Ito

How RocA and PatA target eIF4A: insights into their mechanism of action

Hiroaki Kitano Hiroaki Kitano

TBA

Yumi Konagaya Yumi Konagaya

Single-cell study reveals the cell fate decision mechanism of proliferation versus quiescence

Wendell Lim Wendell Lim

Generative Biology: Learning to Program Cellular Machines and Their Assemblies

Matthias Lütolf Matthias Lütolf
*Remote Talk

Engineering next-generation organoids

Yukiko Matsunaga Yukiko Matsunaga

TBA

Kyoko Miura Kyoko Miura

Investigation of the mechanisms underlying resistance to carcinogenesis and aging in the longest-lived rodent, the naked mole-rat

Kazunari Miyamichi Kazunari Miyamichi

Life-Stage-Dependent Neural Circuit Remodeling in Mice: Foundations of Physiological and Behavioral Plasticity

Christine Mummery Christine Mummery

Cardiovascular derivatives of human pluripotent stem cells for modelling disease and drug discovery

Fumiaki Obata Fumiaki Obata

Shifting to the healthy life by early-life dietary manipulation

Teruhiro Okuyama Teruhiro Okuyama

Neural mechanisms underlying the representation of others

Marina Sanaki-Matsumiya Marina Sanaki-Matsumiya

Co-induction and self-organization of skeletal muscle and endothelial cells from bovine embryonic stem cells

Toru Sengoku Toru Sengoku

Use of FMO Analysis to Refine and Interpret Cryo-EM Structures

Nirao Shah Nirao Shah

TBA

Bosiljka Tasic Bosiljka Tasic

TBA