Brain News

Dr. Rachelle Doody to give “Update on Alzheimer’s Disease” lectureNov 6, 2014
The Houston community will have an opportunity to hear one of the leading researchers on Alzheimer’s disease discuss the latest research on the disease at the annual “Update on Alzheimer’s Disease” lecture Nov. 10, 2014.
Pupil dilation and neural mechanisms they reveal Oct 22, 2014
Researchers at Baylor College of Medicine study relationship between pupil dilation, brain activity in mice.
Baylor researchers find support through BRAIN InitiativeOct 20, 2014
Two groups of Baylor College of Medicine researchers were awarded grants supported by the Brain Research through Advancing Innovative Neurotechnologies (BRAIN) Initiative.
Dysfunctional precursor protein impairs making of new neurons in brainOct 8, 2014
Without functioning amyloid precursor protein, neurons do not form proper morphology and cannot integrate into the existing networks.
Developmental transcription factors oversee glioma sub-typesOct 6, 2014
Researchers find transcription factors NFIA, Sox10 play important roles in the development of different subtypes of deadly brain tumors.
Cellular process required for vaccine protection identifiedJul 8, 2014
Baylor study finds autophagy plays crucial role in immune system's "memory".
Key process required to weaken strength of synaptic connections, store memory identifiedJul 1, 2014
Baylor researchers find new model, mechanism for long-term depression of neuronal activity.
Neonatal dose of estrogen may prevent catastrophic epilepsyJan 23, 2014
Research at Baylor finds small estrogen dose could help treat infantile spasms syndrome, potentially prevent catastrophic seizures later in life.
Lessons learned in Alzheimer's drug trial move research forwardJan 22, 2014
Results of Baylor study could help move the field of Alzheimer's drug research forward with more targeted studies.
Doubling Shank3 corresponds with mania seen in bipolar patientsOct 23, 2013
A team led by scientists at Baylor and the Jan and Dan Duncan Neurological Research Institute at Texas Children’s Hospital have found that too little or too much of the Shank3 influences brain function.