A new fruit fly model to probe an epileptic brain disorder
This experimental model is a valuable tool to study how DEE44 develops and test potential therapies.
Read MoreThis experimental model is a valuable tool to study how DEE44 develops and test potential therapies.
Read MoreSix Baylor College of Medicine faculty members were selected as recipients of the 2023 Michael E. DeBakey Excellence in Research Award.
Read MoreOxytocin drives the development and synaptic integration of new neurons within the adult mouse brain contributing to brain plasticity.
Read MoreThis study opens exciting new therapeutic avenues with the potential to alleviate and treat neurological issues that are currently untreatable.
Read MoreThis work is a clear example of how live tissue sensing can improve patient care.
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 MoreThis innovative approach would make single-cell RNA sequencing analyses more accessible, enabling doctors to personalize treatment decisions in efforts to improve the outcomes for their patients.
Read MoreThis is the first study to implicate the cerebellum in altering the activity of neurons in the thalamus to cause generalized seizures.
Read MoreWith this toolkit researchers can easily and quickly assess the functional effects of SARS-CoV-2 variants and much more.
Read MoreThe findings suggest SEMA4F is an essential factor for glioma progression and neuronal activity-dependent infiltration.
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