The Dan Lewis Foundation for Brain Regeneration Research Announces 2024 Prize Open for Applications
Dan Lewis Foundation | Winter 2024

The Dan Lewis Foundation for Brain Regeneration Research (the DLF) is happy to announce the 2024 DLF Prize. This $20,000 prize will be awarded to an early career scientist in neuroscience, pharmacology, or biotechnology whose research record and future research plans align closely with one or more of the DLF’s current research priorities. These research priorities are:


  1. Research into pharmacological methods of reactivating or augmenting synaptogenesis
  2. Research into trials of repleting damaged cortex using derived cortical neurons
  3. Research into transcriptomic profiles of cortical neurons during the recovery phase post brain injury
  4. Research furthering the effective design of antisense oligonucleotides and/or other small molecule medicines to down-regulate inhibitors of regeneration in the cortex and spinal cord.


The successful applicant must be an early career scientist in neuroscience, molecular biology, pharmacology, or biotechnology. The “early career scientist” should be within 2-5 years post-completion of their doctoral degree. Full consideration is given to those scientists working in an academic setting (university or non-profit) or commercial setting (e.g., pharmaceutical or biotech company). The application is due March 31, 2024. Full details are available online through the linked application portal below. The winner of the DLF Prize 2024 will be notified in early June 2024.


https://www.danlewisfoundation. org/application-portal   


The winner of the 2023 DLF Prize, Dr. Roei Maimon has focused on stimulating the brain to create new neurons, an important process in mitigating the detrimental effects of neurodegenerative diseases and injuries. Most recently, Dr. Maimon and colleagues designed and executed tests using a certain type of biomolecular “medicines” called antisense oligonucleotides (ASOs) to generate glia-to-neuron conversion in the adult rodent nervous system. These new neurons matured and functionally integrated into endogenous circuits over a two month period, ultimately positively influencing the behavior of the mice.


Dr. Maimon has demonstrated his enthusiasm for the DLF and for the field of brain regeneration research by participating in several DLF activities designed to increase public awareness of our mission. We look forward to meeting the next DLF Prize winner and to supporting the development of young neuroscientists and their accomplishments in the field of brain regeneration.

A close-up of a glowing neural network with interconnected blue fibers and bright nodes against a dark background.

Restoring Communication in the Injured Brain

By Justin Burrell, PhD • March 17, 2026
A Neuroengineer’s Approach to Rebuilding Neural Circuits Note: Justin Burrell is the 2025 winner of the DLF Prize for Post-Doctoral Research. This article emphasizes the regenerative potential of improving the connectivity of replenished neural material.
Dan Lewis Foundation logo above the title: MAKING HEADWAY, An Evening of Scientific Advances and Musical Interludes PART I.

Making Headway: An Evening of Scientific Advances and Musical Interludes

By Hal Lewis • March 17, 2026
The Dan Lewis Foundation proudly presents Making Headway: An Evening of Scientific Advances and Musical Interludes DLF INFOTAINMENT FUNDRAISER WILL STREAM ON MARCH 26, 2026 The Dan Lewis Foundation will stream a program filled with up-to-date information about brain regeneration and terrific music on Thursday, March 26th. The event will be co-hosted by Dr. Jonathan LaPook, Chief Medical Correspondent for CBS News and Dr. David Margulies, biomedical and biotechnology writer and innovator and co-founder of the Dan Lewis Foundation. The musical performers will be Low Strung , a tremendous group of cellists who arrange and perform classic rock on their acoustic cellos and the Yale Symphony Orchestra playing two pieces from their 2025 season repertoire. The program will stream at 5:00 P.M. (Pacific), 6:00 P.M. (Mountain), 7:00 P.M. (Central), 8:00 P.M. (Eastern). This free program will be approximately one hour in length. The link to the event, which will activate on Thursday, March 26th at the above time(s) is: here . In late June, a similar program will be presented with additional information about the neuroscience and biotechnology of brain regeneration. This program will feature the Bill Hill Jazz Project and jazz pianist and Pulitzer Prize winning opera composer, Anthony Davis. Details of that event will be distributed in mid-June. We hope you will join us for this event. An informative and enjoyable program is promised!