Our Mission
The Samuel lab seeks to uncover the molecular signals that facilitate communication between brain cells, paving the way for circuit repair. We use a ‘whole circuit’ approach, integrating diverse methods to investigate interactions among neurons, glia, the immune system, and brain vasculature.
These brain cells engage in complex molecular ‘conversations’ that are crucial for the overall function of our nervous system. Disruptions in these cellular dialogues can contribute to various conditions, including Alzheimer’s, autism, and mental health disorders. Despite their significance, the molecular details of these cellular interactions in both health and disease remain largely unknown.
Research in the Samuel lab seeks to decode these molecular languages by identifying the key players in brain cell communication with the ultimate goal of offering new possibilities for the treatment and repair of brain diseases.
Outreach
The Samuel Lab believes in helping humanity through engaging the community in science and discovery.
Meet Our Team
View a listing of the Samuel Lab team members along with links to their bios.
Primary Investigator
View Dr. Melanie Samuel's, bio for information about her background, training and research interests.
Seeing the Light (Podcast)
Dr. Melanie Samuel discusses her research on neuron mapping and her experience advocating for scientific funding from the government.