Daniel Haertter

This study shows that cardiac sarcomeres exhibit stochastic heterogeneity and dynamic instability, which enable robust contraction despite mechanical constraints.

SarcAsM provides a multiscale analysis tool for sarcomere structure and dynamics in cardiomyocytes using deep learning and graph-based methods.

The paper extends the vertex model to explain how the amnioserosa remains solid during Drosophila dorsal closure despite increased cell shape index.

DeepProjection extracts high-resolution content from 3D microscopy stacks by masking background, enabling dynamic tracking of tissue sheets in developmental biology.

The paper identifies DBN-1 as a regulator of body bending in C. elegans by suppressing NCA cation leak channels, leading to hyper-bending in mutants.