California Awards $1.8 Million to Launch Next-Generation Precision Medicine Research Program
核心洞察
The California Initiative to Advance Precision Medicine (搜索) (CIAPM) launched its inaugural Next-Gen Representative Research Program, awarding $1.8 million to 12 doctoral student researchers across the state.
The program funds a 2.5-year project term covering stipend, tuition, fees, and research expenses, with a focus on whole-person care for underrepresented populations.
Three UC Davis Health (搜索) researchers received grants, including two M.D./Ph.D. students using AI and biomarkers to study bone nonunion (搜索) and traumatic brain injury (搜索) recovery.
The California Initiative to Advance Precision Medicine (搜索) (CIAPM), housed within the California Health and Human Services Agency, has launched its inaugural Next-Gen Representative Research Program, awarding $1.8 million to support a cohort of early-career researchers advancing precision medicine projects focused on whole person-centered care for underrepresented populations.
The program funds a dozen California PhD or MD-PhD student researchers, providing support for a 2.5-year project term that covers stipend, tuition and fees, and research expenses, as well as professional development opportunities and travel to Sacramento for convenings. The initiative comes at a time of significant decrease in federal research funding for early-career researchers, positioning California to invest directly in the next generation of its scientific enterprise.
"California's strength in biomedical research depends on supporting the next generation of scientists and clinicians. These awards will help promising doctoral students pursue innovative research, advance their careers, and develop discoveries that can improve health outcomes for Californians," said Kim Johnson, Secretary of the California Health and Human Services Agency. "By investing in emerging researchers today, we are helping build a stronger, more inclusive biomedical workforce for the future."
A Focus on Representative Research
The program's projects center on "representative research," which aims to include underrepresented populations—those who have been underrecognized or historically excluded—as research participants, so that research ultimately benefits all Californians and reduces health disparities. CIAPM received 35 applications from doctoral students at 12 non-profit California academic research institutions, with the final twelve awardees drawn from seven institutions in Northern and Southern California. The recipients were recommended by the Doctoral Student Representative Precision Medicine Research Expert Selection Committee in March.
UC Davis Researchers Among Awardees
Three UC Davis Health (搜索) researchers received grants through the initiative, including two medical students in the dual-degree M.D./Ph.D. program and one seasoned scientist.
Joseph Morrison, an M.D./Ph.D. student in the doctoral phase of his studies with the biomedical engineering graduate group, will use his award to focus on doctoral research developing clinically meaningful, data-driven approaches to improve diagnosis and management of musculoskeletal injury across diverse, particularly rural, healthcare settings. His project, "After the Break: Using X-rays and Machine Learning to Catch Bone Healing Problems Sooner," aims to predict bone nonunion (搜索)—when broken bones fail to fuse back together after orthopedic surgery.
"Some people who have orthopedic surgeries for whatever reason get their bones fixed but they don't heal back together. I'm trying to see if we can predict when nonunion is going to occur based on data that's collected during a standard visit," Morrison said. He plans to collect X-rays of shin bones and review doctors' notes, analyzing both using machine learning approaches to accurately predict nonunion. If nonunion can be confidently predicted, an orthopedic surgeon could intervene earlier with revision treatment, such as inserting a rod into the leg.
Nikita Mohapatra, also an M.D./Ph.D. student working toward her Ph.D. in biomedical engineering, will explore how cumulative social and environmental stress shapes recovery after traumatic brain injury (搜索). Her two-year project will examine biomarkers of acute disease by studying cellular vesicles—tiny particles that cells release into the bloodstream and that can be traced back to the specific tissue that released them.
"We often think of recovery when the injury occurs, but it really began way before that," Mohapatra said. She aims to connect social and environmental factors to explain why patients with the same diagnosis can have very different recovery outcomes. "In general, there's always this underlying push for precision medicine, but I think it's often thought of in terms of genetics. I want to underline that it's much broader than that. Our biology is more than DNA."
In a striking coincidence, Morrison and Mohapatra are not only medical school colleagues in the same M.D./Ph.D. program—they were also classmates at Davis Senior High School. "It is already remarkably uncommon for two students from the same high school class to go on to M.D./Ph.D. training, much less end up in the same program," said John A. Gray, director of the UC Davis School of Medicine M.D./Ph.D. program. "To now see both of them recognized with the same competitive statewide research award is pretty special."
Advancing Genomic Screening in Rural Communities
Luis Carvajal-Carmona, associate vice chancellor and professor in the Department of Biochemistry and Molecular Medicine, received $1.7 million through the initiative's Representative Research Partnerships Program, which funds precision medicine researchers to work with an academic or community partner. Carvajal-Carmona will pair with Ampla Health (搜索), a Federally Qualified Health Center in rural counties north of Sacramento, to offer genomic screening and identify hereditary conditions earlier.
Many individuals with hereditary cancer (搜索) and cardiovascular risk remain undiagnosed in rural, underserved communities. "This study will help pioneer approaches for implementing genomics-based prevention of cancer and heart disease in underserved populations," Carvajal-Carmona said. "We hope the results will provide a model for statewide population genomics programs that can identify people at inherited risk before disease develops, enabling early interventions that save lives."
Carvajal-Carmona noted that nearly 400,000 Californians are believed to carry genetic predispositions to cancer or heart disease, yet many do not know they are at increased risk. "This program has the potential to demonstrate how genomic medicine can be delivered equitably and at scale to improve health outcomes across the state," he added. His co-principal investigator is Cindy Snelgrove, chief clinical services officer at Ampla Health (搜索). Their project was one of only four grants funded by the initiative, selected from nearly 100 applications.
A Broader Cohort of Precision Medicine Projects
The twelve awardees span seven institutions and address a wide range of health disparities. Other funded projects include work on postpartum readmission risk among Black women (UC San Francisco), chronic disease disparities through generative artificial intelligence (UC San Diego), pancreatic cancer immune biomarkers in African Americans (UC Riverside), cervical cancer prevention for Afghan adolescent girls and women (UC San Francisco), Tourette syndrome biomarkers via precision-fMRI (UC San Diego), drug-induced angioedema using genomics and transcriptomics (UC San Francisco), cancer-related cognitive impairment in breast cancer patients (UC Irvine), and germline copy number variants in pediatric glioma (University of Southern California).