Reconstructing the chromosomes of the earliest animals on Earth

A study led by QB3-Berkeley faculty affiliate Daniel Rokhsar is the first to compare the chromosomal position of genes from diverse animals, allowing the ancestral organization to be inferred and rare changes in chromosome organization to be studied.

Research shines a light on development of the visual cortex during the critical period after birth

  Scientists have long researched the interplay of how nature (genetics) and nurture (sensory experience following birth) shape our brains and make us who we are. In early brain development, environmental stimuli are considered indispensable for the healthy development of many brain regions executing functions essential for the organism’s survival. This formative period addresses the…

Seek and (don’t) destroy

UC Berkeley research strives to understand the cell’s complex recycling program and how we can use it to treat diseases. Our bodies are composed of trillions of cells—each one equipped with a microscopic recycling center known as the ubiquitin-proteasome system, or UPS. When proteins inside the cell need to be removed, the UPS recognizes, marks,…

Chan Zuckerberg Biohub awards $9 million to QB3-Berkeley faculty members

The Chan Zuckerberg Biohub announced today (Jan. 11) the second cohort of scientists to be named CZ Biohub Investigators, 21 of whom are UC Berkeley faculty members. Of these 21 Berkeley faculty members, nine are QB3-Berkeley faculty affiliates. The investigator competition, open to faculty members at Stanford University, UC San Francisco and Berkeley, awards $1 million…

Image of the Arc Institute building at sunset

UC Berkeley partners with new Arc Institute to tackle complex diseases

UC Berkeley is partnering with UC San Francisco and Stanford University as founding scientific members of a new institute that aims to accelerate breakthroughs in complex diseases. The Arc Institute was officially launched today (Dec. 15) with the goal of developing a new model for collaborative research that brings together world-class research with unconstrained funding…

Lost in translation

Graduate student Leah Gulyas explores how one tiny coronavirus protein blockades host cells—and how a few simple changes can flip the script. Mission control! Mission control! Do you read me? While these lines might first bring to mind a movie scene of astronauts frantically trying to contact their home base following a disastrous event in…