About Us
Our Vision
Our vision is a world where no newborn suffers irreversible harm from life-saving care. We aim to lead in neonatal-focused innovative therapeutics, bridging research, clinical practice, and global access.
Our Mission
At CanVeer Biopharma, our mission is simple yet transformative:
Through rigorous science and compassionate innovation, we strive to protect fragile lives, reduce long-term complications, and give every child the chance to thrive.
- We aim to:
- Deliver the first effective drug treatment for bronchopulmonary dysplasia (BPD).
- Reduce the long-term health and economic burden of premature birth.
- Bring innovative neonatal therapies from scientific discovery to clinical reality.
- Ensure every prematurely born infant has a safer, healthier start to life.
Our commitment is grounded in science, compassion, and the belief that cutting-edge research should meaningfully improve patient outcomes.
Leadership
Dr. Sherif Louis, PhD.
Co-Founder & Chief Executive Officer
Dr. Behzad Yeganeh, PhD.
Co-Founder & Chief Scientific Officer
Dr. Yeganeh is a biomedical scientist with deep expertise in neonatal lung disease,
cell therapy, and drug development. Dr. Yeganeh have over 20 years of experience
conducting groundbreaking research in several top tier research institutions
including Sickids Research Institute, Toronto, Canada, Children Hospital Research
Institute Manitoba (CHRIM), Winnipeg, Canada, Children Hospital of Eastern Ontario
Research Institute (CHEO RI), Ottawa, Canada. Dr. Yeganeh has authored 45+ peer-
reviewed publications and is the principal inventor of several patents including the
AlveoShield™ (Investigational New Drug), the newly patented therapeutic approach
for preventing and treating BPD
CanVeer Advisory Board:
Dr. Martin Post, MD, PhD
Dr. Post is a Professor at the University of Toronto and a Senior Scientist at the
SickKids Research Institute in Toronto. He leads a research group dedicated to lung
development, injury, and repair. His team has pioneered the generation of human
alveolar-like macrophages from stem cells as a potential cell therapy for lung
diseases, including respiratory syncytial virus (RSV) and bacterial infections
associated with cystic fibrosis, with the goal of mitigating disease severity and
progression.