Lasry Center for Bioscience

Lasry Center for Bioscience. The Lasry Center for Bioscience is a premier interdisciplinary research hub dedicated to advancing the frontiers of molecular and cellular biology. Established at Brandeis University with a transformative philanthropic gift, it serves as a nucleus for cutting-edge investigation into the fundamental mechanisms of life and disease. The center fosters a collaborative environment that bridges traditional scientific disciplines, accelerating discovery and training the next generation of leading scientists.

History and establishment

The center was formally established in 2018 following a landmark $25 million gift from financier and philanthropist Marc Lasry and his family. This donation, one of the largest in the history of Brandeis University, was specifically earmarked to elevate the university's already strong life sciences research enterprise. The founding vision was to create a state-of-the-art facility that would break down silos between departments such as biology, biochemistry, neuroscience, and physics. The establishment coincided with the university's strategic initiatives to expand its research footprint in the Greater Boston area, a global epicenter for biotechnology and pharmaceutical innovation. The building's design and mission were developed under the leadership of then-university president Ron Liebowitz and key faculty, aiming to create a dynamic space conducive to serendipitous collaboration and high-impact science.

Research focus and programs

Research at the center is organized around several interconnected thematic areas, primarily focusing on the molecular underpinnings of biological processes. A major emphasis is on RNA biology, including RNA splicing, RNA interference, and the development of RNA therapeutics, areas historically strengthened by foundational work from Brandeis University professors like Michael Rosbash. Other core programs investigate cell signaling pathways, the mechanisms of neurodegenerative disease such as Alzheimer's disease, and the biophysics of cytoskeleton dynamics. The center actively promotes interdisciplinary approaches, supporting work that applies techniques from structural biology, computational biology, and synthetic biology to these central questions. It also houses training programs for postdoctoral fellows and graduate students, often in collaboration with the National Institutes of Health and private research foundations.

Facilities and resources

Housed in a modern, purpose-built facility on the Brandeis University campus, the center provides researchers with advanced technological resources. Key infrastructure includes a cryo-electron microscopy suite, high-throughput screening robotics for genetics and drug discovery, advanced light and fluorescence microscopy imaging centers, and dedicated laboratories for biochemistry and cell culture. The building's architecture features open laboratory layouts, communal gathering spaces, and seminar rooms designed to encourage interaction among scientists from different fields. These shared resources are managed by professional staff scientists and are accessible to the broader Brandeis University research community and external partners, reducing barriers to entry for sophisticated experimental approaches.

Notable faculty and leadership

The center is led by Dr. Melissa J. Moore, a renowned biochemist and expert in RNA processing who previously served as Chief Scientific Officer for Moderna's research platform. The faculty comprises distinguished investigators with recognition from organizations like the Howard Hughes Medical Institute, the National Academy of Sciences, and the American Association for the Advancement of Science. Notable affiliated researchers include Eve Marder, a pioneering neuroscientist known for her work on neural circuits, and James Haber, an authority on DNA repair and recombination. The center's leadership and members have received prestigious awards such as the Nobel Prize in Physiology or Medicine, the Gruber Prize in Neuroscience, and numerous grants from the National Science Foundation.

Impact and collaborations

The Lasry Center for Bioscience has significantly amplified Brandeis University's impact on the life sciences, leading to breakthroughs in understanding gene expression and novel therapeutic strategies. Research originating from the center has contributed to the foundational science underpinning mRNA vaccine technology and new approaches to treating cancer and genetic disorders. It maintains robust collaborations with major research hospitals like Beth Israel Deaconess Medical Center and Boston Children's Hospital, as well as with industry partners in the Kendall Square and Route 128 corridors. The center also plays a vital role in the regional ecosystem, participating in initiatives with the Massachusetts Life Sciences Center and hosting symposia that attract scientists from institutions like Harvard University, the Massachusetts Institute of Technology, and the Broad Institute.

Category:Research institutes in Massachusetts Category:Brandeis University Category:Biology organizations Category:2018 establishments in Massachusetts