Partners in crime – genes ATP13A2 and GBA1 interact to drive neurodegeneration
The findings reveal promising biological pathways that could be explored in future therapies.
Read More
The findings reveal promising biological pathways that could be explored in future therapies.
Read MoreThe findings offer new possibilities to restore in people disruptions in dopamine that have been associated with disorders such as addiction, depression, sleep disorders and schizophrenia.
Read MoreThe Alzheimer’s Disease Fly Cell Atlas may lead to a better understanding of the condition and improved treatments.
Read MoreWorking with fruit flies, the team uncovered a mechanism by which the defective variants may cause the neurological symptoms in affected individuals.
Read MoreThis experimental model is a valuable tool to study how DEE44 develops and test potential therapies.
Read MoreBy leveraging the team’s expertise in fruit fly biology and collaborating with clinicians, geneticists and genetic counselors the program aspires to provide answers to patients with severe undiagnosed conditions.
Read MoreThe new atlas provides a powerful, open-access resource for scientists to better understand the biology of aging.
Read MoreThe findings open new avenues to investigate mechanisms that lead to this disorder, offering ideas toward a future treatment for the disease.
Read MoreThis study shows that ANKLE2 mutations can cause a wide range of severity in microcephaly among patients.
Read MoreFrom the Labs presents a sample of Baylor’s basic research work contributing to a better understanding of autism and related disorders.
Read More