Michael R. Williamson

This paper uses in vivo two-photon angiography and vascular vectorization to study neuro-microvascular network remodeling dynamics after stroke, revealing distinct temporal patterns of plasticity.

This study shows that post-stroke SVZ-derived cells provide trophic support for neural repair rather than replacing damaged cells, with VEGF playing a key role in recovery.

The paper introduces a fiber amplifier and diamond Raman laser for in vivo multiphoton fluorescence microscopy, achieving high power at specific wavelengths for deep tissue imaging.

This study uses a multimodal platform in mice to track neural activity and cerebral blood flow after small strokes, revealing long-lasting neurovascular dissociations.