How To Heal Injury, Illness & Disease with Regenerative Medicine | Dr. Adeel Khan

CRISPR Potential

Dr. Adeel Khan discusses the transformative potential of CRISPR technology in regenerative medicine. He explains that CRISPR, a bacterial system, allows for precise DNA editing by cutting and stitching genetic material, offering the possibility to fix genetic defects and potentially cure diseases. However, he cautions about the challenges, such as offsite targets that can lead to unintended edits, which have slowed its widespread application.

The holy grail of regenerative medicine is this intersection between cell therapy, gene editing, or gene therapy and tissue engineering.

--- Dr. Adeel Khan

Despite these hurdles, Dr. Khan remains optimistic about CRISPR's future role in revolutionizing healthcare 1 2.

   

Reversible Therapy

Reversible gene therapy emerges as a groundbreaking approach in regenerative medicine, offering temporary genetic modifications. Dr. Adeel Khan highlights the use of follistatin gene therapy, which enhances muscle mass and reduces inflammation without permanently altering DNA. This therapy is reversible, using antibiotics as a kill switch, and lasts 18 to 24 months, providing a bridge until CRISPR technology becomes safer and more effective.

It's the world's first reversible plasma gene therapy.

--- Dr. Adeel Khan

Dr. Khan's work with mini circle technology, which allows for the addition of genes without offsite targets, further exemplifies the potential of these therapies to address conditions like cystic fibrosis 3 4.