Chan Zuckerberg Initiative launches new biomedical research hub to build technologies for improving health

NewsGuard 100/100 Score

Today, the Chan Zuckerberg Initiative (CZI) announced the launch of a new biomedical research hub in New York City that will catalyze collaboration between leading scientific and technology institutions in the area, with the goal of solving grand scientific challenges on 10- to 15-year time horizons. The Chan Zuckerberg Biohub New York (CZ Biohub NY) brings together Columbia University, The Rockefeller University, and Yale University to create new technologies to characterize and bioengineer immune cells -; with the ultimate goal of creating disease-specific "cellular endoscopes" that can detect early stages of disease in cells, monitor cell changes, and resolve diseases before they become untreatable.

The CZ Biohub NY is the fourth research institute in the Chan Zuckerberg Biohub Network, a groundbreaking collaborative model for scientific research. The Network includes the first CZ Biohub, in San Francisco, a second in Chicago, and the Chan Zuckerberg Institute for Advanced Biological Imaging in Redwood City, California. Together, the CZ Biohub Network institutions pursue science and technologies that quantify human biology in action to help researchers measure how cells and tissues function to increase our understanding of health and disease. In addition to the funding from CZI, the State of New York and New York City are also contributing $10 million each to the CZ Biohub NY.

We're thrilled to launch the New York Biohub, which will focus on harnessing our immune system to detect, prevent, and ultimately treat diseases before they advance. Right now, diseases such as cancer and Parkinson's are often diagnosed after the onset of obvious symptoms, making them harder or even impossible to treat. To change that, researchers and engineers at the New York Biohub will bioengineer immune cells to scout, report, and repair damage to our cells before it leads to serious illnesses. Solving ambitious challenges, like identifying diseases earlier when our options for treatment are far better, underpins our work across the Biohub Network, and we're excited to continue to scale this collaborative research model with the New York Biohub."

Priscilla Chan, CZI co-founder and co-CEO

Lab tests and imaging scans can help doctors make some early diagnoses, but developing tools that can detect abnormalities before diseases take hold presents an opportunity that offers the potential to dramatically improve medical care. Immune cells are ideally suited to meet this challenge, as they are the only cells in our body that come in contact with virtually all of our tissues. They constantly roam the body by way of the blood and lymphatic system, helping monitor and maintain the health of our organs. CZ Biohub NY will unlock the vast information stored in the "molecular memory" of immune cells using single-cell biology tools, cutting-edge experimental technologies, and machine learning and artificial intelligence (AI), with the goal of bioengineering new functions into immune cells to continuously monitor and manage organ and tissue health.

"The grand scientific question that these scientists are going to go after is around cellular engineering -; to engineer immune cells to detect specific diseases and then eventually encode their molecular make-up, so that scientists can use it as a diagnostic and eventually, they can engineer cells to go to a site of a disease and help treat it," said CZI co-founder and co-CEO Mark Zuckerberg. "The ultimate goal is to not go after a specific disease – it's to create a new tool or platform that all scientists can use to study and make more specific advances."

While cancer immunotherapies -; treatments in which immune cells are engineered to specifically attack tumors -; have seen great success and become more mainstream therapies for certain forms of cancer, there has been considerably less scientific attention on the medical potential of the sensing and "molecular recording" capabilities inherent to immune cells that come in contact with diseased cells. CZ Biohub NY aims to refine and amplify this ability to detect and decode subtle signs of early-stage disease that can elude conventional testing, as well as to deliver treatment directly upon detection.

"With a world-class faculty, cutting-edge research, and a time-tested model for innovation, the Chan Zuckerberg Biohub will help us continue to build the future of medicine in New York," Governor Hochul said. "This new Biohub will open a world of possibilities for early disease prevention, detection, and treatment, and thanks to this investment and our partnership with Mayor Adams and the Chan Zuckerberg Initiative, our state is one step closer to the next major medical breakthrough."

New York City is a growing hub of life sciences research, with nine major research centers and over 100 total research centers, over 50 hospitals, a highly talented and diverse workforce, and industry-leading companies. Through LifeSci NYC, a $1 billion initiative overseen by the New York City Economic Development Corporation (NYCEDC), the City of New York is on track to create 1,000 companies and 40,000 jobs, unlock 10 million square feet of wet- and dry-lab real estate and generate billions of dollars in economic impact over the next 15 years.

"New York City's unparalleled diversity, thriving innovation ecosystem, and world-class research institutions have made us a life sciences powerhouse. And the strong partnerships between city government, state government, the private sector, and leading universities have made us number one in the country," said Mayor Adams. "Thanks to this nearly $300 million joint effort with the Chan Zuckerberg Initiative, Governor Hochul, and three top-tier academic institutions, the new Chan Zuckerberg Biohub New York will break biomedical barriers -; as New York City continues to do its part to foster a healthier world."

The CZ Biohub NY will first focus on learning more about the molecular memory and states of immune cells when they sense signals secreted by diseased cells and organs. This will help predict early signs of disease that are tissue-specific. Building on this, researchers will work to understand the mechanisms of immune cell trafficking to further direct cells to desired organs on-demand and to sense novel disease signals they are not yet built to detect. This will help CZ Biohub NY to bioengineer immune cells that can travel to specific organs, sense any potential abnormalities, and then record information in their molecular state for easy detection from a simple blood draw -; or by using non-invasive engineered devices -; for further interpretation by scientists and eventually physicians.

CZ Biohub NY will initially apply these novel, technology-driven approaches to hard-to-detect cancers such as ovarian and pancreatic cancers; neurodegenerative diseases, including Parkinson's and Alzheimer's; as well as aging and autoimmunity. The next step is further training immune cells to make targeted repairs, such as promoting inflammation at a tumor site to activate a robust immune response.

"The CZ Biohub Network is driving a new model of long-term, strategic collaborative science that will enable its scientists to address scientific challenges. These will range from bioengineering immune cells to take residence in specific organs, reporting back on tissue- and organ-specific health status, and eventually delivering therapeutic molecules to stop diseases at their earliest stages," said CZ Biohub New York President Andrea Califano, who recently received the 26th Alfred G. Knudson Award in Cancer Genetics by the National Cancer Institute. "Joining the Chan Zuckerberg Biohub Network presents a unique opportunity and long-term runway to assemble a remarkable 'dream team' of scientists and technologists to pursue their most ambitious goals aimed at creating a healthier future for all of us. When we first thought of this idea, it sounded like science fiction. But then we realized that piece by piece, the scientists at this remarkable trio of research institutions had all the individual components that could make this starshot work. The CZ Biohub Network provides a unique opportunity and the means to realize these scientific aims over the next 10-15 years."

Over the next decade, CZ Science is focused on understanding the mysteries of the cell and how cells interact within systems, which could lead to groundbreaking discoveries that will help cure, prevent or manage all diseases by the end of this century. To achieve this mission, CZI builds open source software tools to accelerate science; funds scientific research worldwide; and supports research that can't be done in conventional environments. These efforts will also support creating predictive models of healthy and diseased cells, powered by one of the largest computing systems in the world dedicated to nonprofit life science research.

"As a community, we have made huge strides in developing better diagnostics over the past decade, and there continue to be opportunities to harness our immune system for early disease detection," said CZI Head of Science Stephen Quake. "The CZ Biohub New York's work to more deeply understand and engineer immune cells will reveal fundamental information about how disease starts in our cells and how it can be stopped, paving the way for discoveries that could unlock a new generation of therapies."

CZ Biohub NY leadership includes executive committee members Sohail Tavazoie, M.D., Ph.D., of Rockefeller, and John Tsang, Ph.D., of Yale University.

"Blood has been a key window for monitoring the status of the immune system and health, but early signs of disease often reside in inaccessible organs and tissues," said John Tsang, a leader in conceiving of using immune cells as sensors. "Circulating immune cells offer a fabulous platform to develop non-invasive, organ-homing sensors and maintainers of health."

Comments

The opinions expressed here are the views of the writer and do not necessarily reflect the views and opinions of News Medical.
Post a new comment
Post
You might also like...
Breakthrough research unveils β-cell dynamics in Type 1 diabetes