Walter C. Low

This study generates and characterizes mouse-mouse chimeric neural cells at embryonic day 12.5 using GFP labeling and imaging analysis.

This study develops a single-cell multiomics approach to analyze replication timing and gene expression in mouse preimplantation embryos, finding that replication timing is established before zygote gene activation and differs from somatic cells.

The paper develops a single-cell multiomics method to analyze replication timing and gene expression simultaneously, showing high correlation with bulk data using few cells.

This study develops a pipeline to generate brain connectomes using photoacoustic ultrasound in mice, showing comparable results to fMRI in detecting known connections.

This study uses micromagnetic stimulation to control dopamine release in rodent brains, showing coil orientation and intensity affect dopamine concentration in real time.

This study tests exosomes from human progenitor cells in a rat stroke model, showing improved neurological recovery and identifying key miRNAs involved in angiogenesis and anti-inflammatory effects.

The paper introduces a compact test setup called the Coil Driver to drive micromagnetic stimulation devices, capable of handling small inductive loads up to 8 V at 5 A and 10 kHz.