Overall, this nice series of experiments identifies yet another component of the sleep/wake regulatory system—the TRN—that is disrupted by Aβ and degenerated in AD. It is interesting that stimulating the TRN can impact Aβ. It is unlikely, however, that the TRN is the only stimulation target necessary, and that stimulating it would address all the sleep disruptions caused by Aβ and also tau pathology. AD pathophysiology impacts multiple different systems regulating sleep, including brainstem and hypothalamic nuclei, cortical nodes regulating slow wave expression, and even the hippocampus that regulates ripples, and coupling of slow waves, sleep spindles, and ripples. This…
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Message from the Director Dear Friends of UCI MIND, Fall is here and the COVID-19 pandemic is still with us. Though we are seeing signs of improvement, life is not yet back to normal. This fall, the pandemic once again forced us to move several of our major annual activities to a virtual format (page 7) or to cancel them entirely (page 5). But it has not slowed the important work happening at UCI MIND. In this issue, you will learn about funded work from Dr. Liz Chrastil (page 4). She studies the hippocampus, a part of the brain affected…
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Certain antihypertensive medications, particularly diuretics, are linked to lower Alzheimer's disease neuropathology (ADNP) and other brain disease processes, new research shows.
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Drs. Jean Ho (left) and Daniel Nation (right)Photo: Steve Zylius/UCI Continuing all this week, National Public Radio's “Academic Minute” series features a UCI expert. This Friday, tune in to hear Jean K. Ho, postdoctoral scholar at the UCI Institute for Memory Impairments and Neurological Disorders, who studies how hypertension medications help ward off memory loss. Learn More At NPR's Academic Minute: https://www.npr.org/podcasts/564572329/the-academic-minute You Can Also Listen On Apple Podcasts: https://podcasts.apple.com/podcast/1060078714
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Autosomal Dominant Neurodegenerative Diseases (ADND) like Huntington’s disease and the rare form of inherited early onset Alzheimer’s disease are particularly challenging brain disorders, in part because they often begin at an early age. Sarah Hernandez, PhD Lindsay Hohsfield, PhD UCI MIND researchers, Drs. Sarah Hernandez (Thompson Lab) and Lindsay Hohsfield (Green Lab) recently published a perspective article in the Journal of Translational Medicine on the added scientific and ethical issues that should be considered when enrolling participants of child-bearing potential into ADND prevention clinical trials. To better understand their unique perspective on this topic read their paper > To learn…
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Join Neuropsychologist Dr. Michelle McDonnell on Thursday, Oct 21 @ 12 PM PT for a live discussion and Q&A on what to do if you suspect that you have a #memory problem. Bring your questions! See you Thursday on: Facebook YouTube
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The Women's Alzheimer's Movement - WAM spoke to University of California, Irvine’s Dr. Elizabeth Head about her latest research into the link between #Alzheimers and #DownSyndrome. Learn more about her study funded through the UCI MIND WAM Initiative. WAM: Why are we studying Alzheimer’s disease in people with Down syndrome? Is there a link? Dr. Head: Within the Down syndrome population, 95% of people have a full extra copy of chromosome 21. This chromosome contains a gene that is responsible for making the beta-amyloid protein that clumps together to form amyloid plaques in the brain, which is a hallmark of Alzheimer’s…
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Marina Ritchie Congratulations to UC Irvine Neurobiology and Behavior graduate student, Marina Ritchie for receiving the award for Best Virtual Student Poster in the theme of Drug Development at this year’s Alzheimer’s Association International Conference #AAIC2021! Her poster, on "Estimating attrition in mild-to-moderate Alzheimer’s disease and Mild Cognitive Impairment clinical trials," excellently conveyed her research to the judges and attendees at the esteemed conference earlier this year. As a 3rd year graduate student in the labs of Drs. Josh Grill and Daniel Gillen, Marina’s research focuses on identifying means to improve recruitment, retention and overall study design in Alzheimer’s disease…
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(Photo : Image from Unsplash Website) Neuroscientists Find How Associative Memories Are Made Neuroscientists have reportedly found how associative memories are made. The ability to be able to remember relationships that are made between unrelated items like odor and location, songs and events, is known as associative memory. The University of California, Irvine's neuroscientists, have reportedly discovered some specific types of neurons within the brain's memory center that are responsible for acquiring brand new associative memories. The findings of the study were reportedly published in the journal Nature, as also seen in news-medical.net. Psychologists reportedly started studying associative memory as…
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