Gene therapy may serve as an effective treatment for gastrointestinal (GI) symptoms associated with Batten disease, a rare and devastating neurodegenerative disorder affecting children.
Children suffering from Batten disease experience not only neurological decline but also debilitating GI complications that severely impact their daily lives.
Treating mouse models of Batten disease with gene therapy could save enteric neurons from degeneration, thereby alleviating gastrointestinal dysfunction.
Batten disease is characterized by a deficiency of a crucial enzyme responsible for breaking down cellular waste, leading to accumulation and progressive neuronal loss in both the brain and the enteric nervous system.
Dr. Cooper’s work emphasizes that the enteric nervous system, which comprises around half a billion neurons, deserves focused attention as it plays a crucial role in regulating bowel movement and other essential digestive functions.
Collaborating in this endeavor is Dr. Robert O. Heuckeroth, a pediatric gastroenterologist deeply invested in exploring the relationship between the enteric nervous system and Batten disease.
The satisfaction of the study lies in its robust patient-focused methodology, paving the way for future research that is more aligned with patient needs and experiences.
Dr. Cooper’s research shines a light on its application to the enteric nervous system, breaking new ground in this domain.
The potential to administer gene therapy to correct enzyme deficiencies in both the brain and bowel signals a transformative shift in treating complex cases of Batten disease.
The researchers have indicated that their findings could inform treatment strategies for other lysosomal storage disorders characterized by similar enzyme deficiencies, such as mucopolysaccharidoses.