Nick Hayward

TL;DR: Research findings on the physics of aerosol and droplet dispersion relevant to the hypothesized aerosol transmission of SARS-CoV-2 during the current pandemic are provided.

TL;DR: In this article, the authors provided research findings on the physics of aerosol dispersion relevant to the hypothesized aerosol transmission of SARS-CoV-2, and used physics-based modeling at different levels of complexity, and literature on coronavirus, to investigate the possibility of airborne transmission.

TL;DR: The data show that magnitude of endothelial cell proliferation is not associated with severity of acute post-SE neurodegeneration or formation of abnormal neuronal network, and encourages identification of molecular targets that initiate and maintain specific aspects of tissue reorganization, including preservation and proliferation of endotocyte cells to reduce the risk of epileptogenesis and enhance recovery after brain injury.

TL;DR: Each of the investigated brain areas has a unique pattern of vascular abnormalities, and hippocampal hypoperfusion may predict later seizure susceptibility in the LFP injury model of TBI, which could be of value for pre-clinical antiepileptogenesis trials.

TL;DR: Three phases of perilesional alterations in CBF, progressing from hypoperfusion to normal and back to hypoperFusion within 2 weeks were shown for the first time in a rat TBI model, which makes it feasible to use LFPI in rats to study mechanisms behind hemodynamic changes and to explore novel therapeutic approaches for secondary brain damage after TBI.