Pien Huang

After more than a decade, UCSF scientists have mapped around 100 varied genes associated with profound autism to a smaller set of biological pathways, offering a promising path for developing drugs.

After more than a decade, UCSF scientists have mapped around 100 varied genes associated with profound autism to a smaller set of biological pathways, offering a promising path for developing drugs.

After more than a decade of research, scientists at University of California, San Francisco, have mapped around 100 varied genes associated with profound autism to a smaller set of biological pathways.

The elephantnose fish is native to Africa and a darling of neuroscientists, for its specialized cerebellum-like brain. Scientists have mapped the neurons in a part of the brain that senses electrical signals in detail, and found that how it filters out electrical noise is more complex than they thought.

Scientists have now gotten closer to understanding how gene mutations may lead some people to develop profound autism.

The elephantnose fish is native to Africa and a darling of neuroscientists, for its specialized cerebellum-like brain. Scientists have mapped the neurons in a part of the brain that senses electrical signals in detail, and found that how it filters out electrical noise is more complex than they thought.

UC scientists map interactions in new research Topline: Scientists have now gotten closer to understanding how gene mutations may lead some people to develop profound autism.

Ticks and the diseases they carry are a growing problem nationwide. As tick season ends, a closer look at what researchers are learning about how ticks survive and spread disease.

Ticks and the diseases they carry are a growing problem nationwide. As tick season ends, a closer look at what researchers are learning about how ticks survive and spread disease.

Ticks and the diseases they carry are a growing problem nationwide. As tick season ends, a closer look at what researchers are learning about how ticks survive and spread disease.