Md Saddam Hossain Joy

This study identifies astrocyte contraction as a mechanism by which exercise signals from muscles influence hippocampal plasticity through increased proliferation and neuronal network modulation.

This paper introduces a 3D tumor model with a high-throughput biomechanical sensor array to better mimic tumor biology and drug responses compared to 2D cultures.

The paper builds a biohybrid robot with muscle-driven tail motion to study swimming dynamics and muscle adaptation, achieving speeds surpassing low-Reynolds number predictions.

The paper shows that mechanical tension in hippocampal neurons is essential for synaptic communication and firing in an in vitro network.