Surviving the spinal cord injury paradox: One lab’s path to regenerative medicine
Case study

Surviving the spinal cord injury paradox: One lab’s path to regenerative medicine

Discover how incorporating human iPSC-derived neurons for preclinical target validation can bridge the translational gap and secure crucial funding.
Surviving the spinal  cord injury paradox:  One lab’s path to  regenerative medicine

Hassan Al Ali, PhD, MSM
Associate Professor, 
Miller School of Medicine, University of Miami

Neurosurgery & Medicine Director,
Drug Discovery Centre (DDC), The Miami Project to Cure Paralysis

Surviving the spinal  cord injury paradox:  One lab’s path to  regenerative medicine
Discover how incorporating human iPSC-derived neurons for preclinical target validation can bridge the translational gap and secure crucial funding.
Surviving the spinal  cord injury paradox:  One lab’s path to  regenerative medicine

Hassan Al Ali, PhD, MSM
Associate Professor, 
Miller School of Medicine, University of Miami

Neurosurgery & Medicine Director,
Drug Discovery Centre (DDC), The Miami Project to Cure Paralysis

Read this case study to learn how Dr. Hassan Al Ali and his team at The Miami Project to Cure Paralysis overcame a common preclinical funding paradox. While their spinal cord injury drug target and lead candidates showed promise in rodent models, securing the NIH Blueprint Neurotherapeutics Network (BPN) grant required validation in human cells. By adopting bit.bio's defined, consistent and functional human iPSC-derived ioGlutamatergic Neurons, the lab successfully proved the efficacy of their compounds in a human-relevant system. This critical validation secured "lifeline" funding, allowing the team to bridge the translational gap and advance their lead candidates towards an Investigational New Drug (IND) application.
V1
2026
bit.bio | University of Miami

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