Steven Cook

Abstract High-content imaging (HCI) provides a rich snapshot of compound-induced phenotypic outcomes that augment our understanding of how compounds affect cellular systems. Generative imaging models for HCI provide a route towards anticipating the phenotypic outcomes of chemical perturbations in silico at unprecedented scale and speed.

Abstract Understanding the evolution of the bilaterian brain requires a detailed exploration of the precise nature of cellular and subcellular differences between related brains. To define the anatomical substrates of evolutionary change in the nervous system, we undertook an electron micrographic reconstruction of the brain of the predatory nematode Pristionchus pacificus.

Keywords tear analysis, anterior cruciate ligament tear, ACL Department Physiology and Developmental Biology Abstract The tearing of the ACL is among one of the most common sports injuries seen during this era. Research shows that annually there are more than 80,000 documented cases of ACL tears occurring with a 15x greater possibility of re-tearing after reconstruction.1 Currently, there is no digitally filmed data on how the fiber bundles unravel during an induced ACL tear.