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SUMMARY:Addressing Perinatal Intimate Partner Violence Through Collective Action\, Compassionate Care\, and Transformative Systems Change
DESCRIPTION:At this event you will learn to:\n• Increase awareness of perinatal intimate partner violence (IPV)\n• Equip professionals with trauma- and resilience-informed tools\n• Showcase high-quality IPV response models\n• Learn about DHCS’ support for IPV screening \nRegister Today: stanford.cloud-cme.com/ipv\nComplimentary Registration \nThis activity has been approved for AMA PRA Category 1 Credit™\, ANCC contact hours\, CA BRN contact hours\,\nand ASWB Social Work credit. See website for full accreditation information.
URL:https://srp.med.stanford.edu/event/addressing-perinatal-intimate-partner-violence-through-collective-action-compassionate-care-and-transformative-systems-change/
LOCATION:Remote
CATEGORIES:Remote
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SUMMARY:Wu Tsai Neuro Seminar w/ Jeff Magee
DESCRIPTION:Good morning SOM Stanford Research Park Community\, \nWe invite you to join us for next week’s Neurosciences Seminar. The seminar will be held in-person on the main Stanford campus with 3 satellite viewing locations in Stanford Research Park. \n🗓️ Thurs\, Oct 9\, 2025\nLearning and memory mechanisms \nJeffrey “Jeff” Magee\, PhD\nBaylor College of Medicine | Host: John Huguenard \nUnderstanding how brains learn and remember remains among the most important challenges in science. Recent studies implicate a new form of synaptic plasticity\, named Behavioral Timescale Synaptic Plasticity (BTSP)\, in the generation of hippocampal activity patterns that are required for experience based learning and memory. BTSP is a strong\, bidirectional plasticity effecting synaptic weights over many seconds of time. It is induced by single dendritic plateau potentials\, as opposed to many action potentials\, and is thus capable of producing new place cells in one-shot. Plateau potential initiation is controlled\, at least in part\, by local feedback inhibition and an instructive input from a higher-order brain region that potentially links the plasticity to current experience. The novel credit assignment procedure at work in BTSP provides a non-standard mechanism for memory storage and retrieval that could mitigate the need for widespread synapse stabilization. In addition\, it may allow hippocampal networks to form both memories of specific behavioral episodes and to generalize based off past episodes. Finally\, recent BTSP investigations could provide a basis for future explorations into how brains learn and remember ranging from the systems and cognitive levels down to the basic biochemical building blocks of learning and memory. \n⏰ Time: 12:00-1:00 PM (PT)\nCome 15 minutes early (11:45 AM) to enjoy coffee\, cookies\, and conversation with the speaker and your colleagues (main campus location only) \n📍 Locations: \n\nMain Campus (in person): Gunn Rotunda (E241)\, Stanford Neurosciences Building\nStanford Research Park satellite locations:\n\n3172 Porter Drive\, Room 253\n3174 Porter Drive\, Room 140\n1070 Arastradero Road\, Room 211\n\n\n\nLearn about the SRP satellites » \nLearn more and get involved:\n\nNominate speakers for the 2026-2027 seminar series\nAbout the Wu Tsai Neurosciences Seminar Series »\nSign up to dine or meet with the seminar speakers »\nSee all upcoming and past seminars »\nSign up for Wu Tsai Neuro’s mailing list »\nJoin the #neuroscience slack channel »\n\n📅 Want to add all of the seminars to your calendar?\nDownload the calendar here or\, for live updates\, copy this link and use these instructions for subscribing to a public calendar: Outlook\, Mac\, Google Calendar. \nBest regards\, \nEmily Elrod (she/they)\nPrograms Associate | Wu Tsai Neurosciences Institute\, Stanford University\n📧 eelrod@stanford.edu | neuroscience@stanford.edu\n💻 neuroscience.stanford.edu
URL:https://srp.med.stanford.edu/event/wu-tsai-neuro-seminar-w-jeff-magee/
LOCATION:Stanford Neurosciences Building\, 290 Jane Stanford Way\, Stanford\, CA\, 94305\, United States
CATEGORIES:In Person,Remote
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