UCSF has a long history of pioneering biomedical research and a bold vision for advancing science and seeking new ways to improve health care delivery nationwide. But, what does that actually mean in the near future and beyond?
This new series, part of the popular Mini Medical School for the Public, takes you inside the work of UCSF scientists to learn what the next decade may bring to the world of medicine. Hailing from a wide spectrum of disciplines, each explores a different topic that has the potential to impact the future of healthcare.
UCSF was the only medical school to be ranked in the top five in the nation in both research and primary care by US News and World Report, ranking fifth in biomedical research and third in primary care education. UCSF was also the only medical school ranked in the top five in all eight of the specialty areas covered by the survey in 2019.
Browse more programs in Next: UCSF Scientists Outline What’s To Come .
Unlike most other animals, much of human brain development and maturation occurs after birth, a process that continues into early adulthood. This unusual pattern allows for greater influences of environment and culture on the emergence of the adult mind.
This series of programs from the recent CARTA symposium addresses the interactive contributions of nature and nurture in this process, ranging from experiments by ancient monarchs and lessons from “feral” children of various kinds, to the follow-up on Romanian orphans.
Distinguished speakers address comparative and neurobiological issues which likely played a key role in the origins of the human species and in the evolution of distinct features of our minds.
Browse more programs in Impact of Early Life Deprivation on Cognition: Implications for the Evolutionary Origins of the Human Mind.
Inside a lab at the Sanford Consortium for Regenerative Medicine, researchers are doing something truly remarkable. They are growing tiny versions of developing human brains in order to study everything from Alzheimer’s disease to the Zika virus. Alysson Muotri is the co-director of the UC San Diego Stem Cell Program and leads the team researching brain organoids. He recently sat down with Dr. David Granet on Health Matters to discuss the endless possibilities of his research.
Muotri’s organoids are often referred to as “mini-brains,” but they are far from what that name might suggest. The organoids are grown from stem cells, which are harvested from living tissue, such as skin cells. Researchers give those stem cells instructions to become neural cells. Eventually they form tiny clusters of neural cells, about the size of a pea. Those clusters have been shown to exhibit some of the same characteristics of developing human brains, including firing electrical signals in specific patterns. But, the organoids do not contain every type of brain tissue, and have no vascularization.
Despite the differences with the human brain, organoids have proven useful in understanding and treating disease. One of the major successes of Muotri’s research was finding and testing an existing drug to treat mothers infected with Zika virus. The drug can prevent the disease from being passed to the baby and causing microcephaly. Muotri is hoping his lab will continue to have success using the organoids as an effective brain model to find more cures, and provide a deeper understanding of brain development and disease. And, his work isn’t limited to Earth. Muotri recently launched his organoids into space for a groundbreaking study.
Watch — Using Stem Cells to Research the Brain – Health Matters
Alzheimer’s Disease, the most common cause of dementia among older adults, is currently ranked as the sixth leading cause of death in the United States.
This series presented by leading clinicians and researchers from the UCSF Memory and Aging Center provides in-depth review of the neurodegenerative diseases of the brain, focusing primarily on Alzheimer’s disease. You’ll learn about the diverse clinical manifestations of Alzheimer’s, stages of illness, and current state of science regarding diagnosis, treatment and management of Alzheimer’s and other related diseases.
Early diagnosis can help preserve daily functioning for some time, even though the underlying disease process cannot be stopped or reversed.
Browse more programs in Alzheimer’s Disease and Other Neurodegenerative Diseases of the Brain.
Explore the immensity of the human brain, its billions of neurons and trillions of connections, and the research that is helping us understand more about this complex and amazing organ.
Lawrence Livermore National Laboratory’s popular lecture series returns with four new episodes each relating to the brain. The lectures are aimed at a middle and high school level and presented by LLNL scientists in collaboration with high school science teachers. This is a great opportunity to get a look at the cutting-edge science in a friendly and understandable way. Explore the immensity of the human brain, its billions of neurons and trillions of connections, and the research that is helping understand more about this amazing organ.
Browse more programs in Field Trip at the Lab: Science on Saturday.