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The left panel depicts a potential-like landscape, where white streamlines represent the inferred trajectory of cell states across time. Although single-cell RNA sequencing captures only static snapshots of cells, ddHodge reconstructs the patch-worked dynamical structure by connecting many local “nows” into a coherent global picture. The right panel shows a graph-based representation of high-dimensional cell states, on which local geometry is preserved to quantify key dynamical properties such as stability, divergence, and rotational components.
|3 min read

A New Way to Map How Cells Choose Their Fate

Researchers present an innovative computational method based on modern mathematics to shed light on cell state dynamics and development
byKyushu University
Computer images of measles viruse on a dark background
|3 min read

Measles Virus "Cooperates" with Itself to Cause Encephalitis

New mechanism reveals how measles virus can cause subacute sclerosing panencephalitis
byKyushu University
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