For decades, New Orleans’ economy has leaned heavily on hospitality, but city leaders and institutions have long recognized the need to diversify. That vision is taking shape through the BioDistrict New Orleans, a coordinated effort to transform the metropolitan area into a national hub for biosciences, research, and health innovation. Stretching across parts of downtown and Mid-City, the BioDistrict is reshaping the physical and economic landscape while fueling groundbreaking discoveries that can improve lives far beyond the region.
Building the BioDistrict Vision
At its heart, the BioDistrict seeks to position New Orleans as a leader in health research, treatment, and innovation. Andy Kopplin, president and CEO of the Greater New Orleans Foundation, said the redevelopment of the old Charity Hospital remains one of the district’s most significant priorities.
“It (Charity Hospital) anchors the downtown section of the District and its adaptive re-use will transform that largely abandoned section of downtown,” Kopplin said.
While the 1.2 million-square-foot project has faced obstacles, Kopplin said Tulane University’s involvement has been critical in bringing it closer to reality.
“An adaptive re-use of a 1.2M square foot historic structure is never an easy project, especially in this real estate market, but I am more hopeful about progress on this project than I have been in years,” Kopplin said.
Recently, the City Council committed $20 million to Charity’s redevelopment and another $14 million to affordable housing tied to the project. Kopplin believes these investments will have a ripple effect throughout the neighborhood.
“While that building stands vacant, developers stand still. Once it gets put back into commerce, the risk for others to invest drops dramatically,” he said.
Beyond Charity, the BioDistrict has targeted Tulane Avenue for major improvements—from tree plantings and flood-reducing landscaping to new bus shelters, crosswalks, and lighting. Kopplin envisions the corridor as both a gateway and a connector.
“Our hope is that Tulane Avenue will have a tree canopy that rivals St. Charles Avenue,” he said.
The long-term financial foundation is also strong. With the support of the City of New Orleans and the State of Louisiana, the BioDistrict has secured funding agreements that could bring in up to $95 million over the next 14 years.
Translating Research Into Healthcare at LSU Health Sciences Center
As another anchor of the BioDistrict, LSU Health Sciences Center New Orleans plays a dual role: training much of Louisiana’s healthcare workforce while conducting cutting-edge research into diseases that disproportionately affect the state.
LSU researchers are advancing knowledge in areas ranging from neurodegenerative disorders to cancer and cardiovascular disease. Dr. Nicolas Bazan, Boyd Professor and director of LSU Health New Orleans’ Neuroscience Center of Excellence, and his team recently discovered a new molecule produced in the brain that could transform treatment approaches to critical injuries and illnesses such as stroke, ALS, traumatic brain injuries, spinal cord injury, Alzheimer’s, and Parkinson’s.
Dr. Patricia Molina, Senior Associate Dean for Research in the School of Medicine, was awarded a $7.2 million grant from the National Institutes of Health (NIH) to study how alcohol use impacts patients living with HIV/AIDS and age-related conditions—continuing three decades of work in the institution’s Comprehensive Alcohol Research Center, one of only seven in the nation.
Meanwhile, Dr. Sunyoung Kim, Professor of Genetics, received a $7.5 million grant from the National Science Foundation (NSF) to improve physicians’ ability to predict which patients are most likely to respond to anti-cancer therapies.
To support these groundbreaking projects, LSU Health is completing a $100 million renovation of its primary research building, creating 200,000 square feet of state-of-the-art life sciences facilities designed to foster collaboration.
“These new interdisciplinary spaces will enhance collaboration and accelerate innovation, providing shared spaces that will lead to novel discoveries in the diagnosis and treatment of disease and help us recruit even more brilliant scientists and physicians here,” said Dr. Steve Nelson, chancellor of LSU Health New Orleans.
Nelson added: “We have to be forward-thinking. We have to think about what research will be like in the next 20 years. It will be the pre-eminent research lab facility in the state of Louisiana, and we are unbelievably excited and energized for the possibilities that arise as we translate basic research discoveries made there into new positive health impacts for our citizens.”
Groundbreaking Cancer Research at Tulane
The BioDistrict’s promise is evident in projects like MAGIC-SCAN (Machine-learning Assisted Gigantic Image Cancer margin SCANner), a Tulane University initiative aimed at revolutionizing cancer surgery.
Currently, surgeons often struggle to determine whether all cancerous tissue has been removed, since distinguishing tumor from healthy tissue is difficult. The existing process—microscopic analysis of tumor sections—takes time and examines only small portions of tissue. Tulane’s approach integrates microscopy, automation, computing infrastructure, and machine learning to help doctors identify cancer margins in real time.
“Currently, it can take days to weeks before a surgeon knows whether all the tumor has been removed, and our goal is to get that down to 10 minutes, while the patient is still on the table,” said J. Quincy Brown, PhD, associate professor of biomedical engineering in the Tulane School of Engineering and lead researcher on the project.
Backed by the federal Advanced Research Projects Agency for Health (ARPA-H), MAGIC-SCAN could eliminate the need for repeat invasive surgeries while improving patient outcomes.
“The ARPA-H Precision Surgical Interventions program put forth an extremely challenging, and visionary, set of requirements for the project, that could really move the needle in surgical oncology outcomes. Despite the difficulty of the required metrics, we’ve been able to successfully tackle these challenges head-on, due to a combination of an extremely talented, accomplished, and cohesive team, strong innovation, and good planning and project management,” Brown said.
