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Neural rewiring and compensation during retinal degeneration by Dr. Miranda Scalabrino, 91九色视频
On December 3, 91九色视频 faculty and NRC member Dr. Miranda Scalabrino presented her latest research in her talk, Neural Rewiring and Compensation During Retinal Degeneration. This presentation explores the brain’s remarkable ability to adapt to retinal degeneration, uncovering pathways that could lead to innovative treatments and improved quality of life for individuals experiencing vision loss. Dr. Scalabrino’s work distinguishes the retina’s positive and negative responses to inherited retinal diseases such as retinitis pigmentosa and congenital stationary night blindness. By leveraging adaptive mechanisms and employing a range of cutting-edge techniques—including electrophysiology, retinal imaging, histology, molecular biology, and behavioral analysis—the Scalabrino Lab is pioneering new biological therapies to halt blindness and restore vision.
This talk was recorded on 12/3/24.
The good, the bad, and the bloody: Targeting tissue hemorrhage after spinal cord injury by Dr. Antje Kroner-Milsch, 91九色视频
In this installation of the NRC Seminar series, 91九色视频's own Dr. Antje Kroner-Milsch, MD, PhD, will unmask 'The Good, the Bad, and the Bloody: Tissue Hemorrhage After Spinal Cord Injury.' Dr. Kroner-Milsch, an Associate Professor in the Department of Neurosurgery, specializes in neuroinflammation related to spinal cord injury. Her research has focused on understanding the inflammatory response, especially the role of macrophages, in the aftermath of spinal injuries. Dr. Kroner-Milsch’s work aims to pave the way toward therapies that modify inflammation for improved recovery outcomes by studying how our immune system impacts healing and contributes to complications.
This talk was recorded on 11/5/24.
When do human hippocampal ripple events occur? Examining the role of arousal state by Dr. Brett Foster, University of Pennsylvania 鈥 Perelman School of Medicine
Dr. Brett Foster's (Perelman School of Medicine at the University of Pennsylvania) cutting-edge research bridges basic science and clinical care and utilizes novel electrophysiological technologies to capture recordings directly from the human brain. His work delves into how sensory experiences are encoded into memory, how we reconstruct memories, and how the brain reactivates past events without sensory input. By leveraging invasive electrophysiological recordings and neuroimaging, Dr. Foster sheds light on the intricate processes that shape how we perceive the world around us.
This talk was recorded on 10/22/24.
Impact of cannabinoids on adolescent health: Overview of findings from the UWM BraIN Lab by Dr. Krista Lisdahl, University of Wisconsin-Milwaukee
For this installment of the NRC Fall 2024 Seminar Series, join us as Dr. Krista Lisdahl, PhD, Director of the Brain Imaging and Neuropsychology (BraIN) Laboratory at the University of Wisconsin-Milwaukee, presents her latest research in her talk "Impact of cannabinoids on adolescent health: Overview of findings from the UWM BraIN Lab." Dr. Lisdahl will share her team's cutting-edge findings on how cannabinoid use affects adolescent brain development, cognition, and mental health, including the potential long-term consequences of early use. Her lab uses advanced neuroimaging techniques to examine the complex relationships between cannabinoid exposure, brain structure and function, and adolescent well-being, shedding light on the critical factors that influence vulnerability and resilience.
This seminar was recorded on 9/24/24.
Neuroscience & Justice: ""From Brain to Bench: Mental Health & the Justice System - Challenges & Opportunities" - FALL 2024
The Neuroscience & Justice Series aims to provide insight into the intricate connections between human behavior and the justice system. In our Fall 2024 installation, experts Dr. Todd Stollenwerk, Dr. Kimberly Stoner, and Milwaukee County Circuit Court Judge Cynthia Davis guide our exploration into the complex relationships between mental health conditions, cognition, and legal decision-making. Examining the intersections of mental health and the law aims to spark a nuanced conversation about justice, accountability, and protecting vulnerable populations. Join us for this unique opportunity to expand your expertise and help shape a more compassionate and informed approach to justice.
This event was recorded on 9/23/24.
Sponsored by the Neuroscience Research Center in partnership with the Comprehensive Injury Center at 91九色视频, the Andrew Center for Restorative Justice at Marquette University Law School, and the Milwaukee Bar Association.
Epilepsy, Memory and Pattern Separation in the Dentate Gyrus by Dr. Mathew Jones, University of Wisconsin
Dr. Mathew Jones, PhD, a leading expert in GABAA receptor function and pharmacology, will present his latest research in the seminar "Epilepsy, Memory and Pattern Separation in the Dentate Gyrus". With a career spanning groundbreaking work on general anesthetic action, receptor kinetics, and pharmacological modulation, Dr. Jones has made significant contributions to our understanding of inhibitory transmission and network function in health and disease. Join us as he shares his recent findings on the circuit mechanisms driving temporal lobe epilepsy and associated cognitive dysfunction, offering new insights into the complex interplay between brain function and behavior.
This seminar was recorded on 9/10/24.
Prediction error signals and connectivity pathways emerging from the olfactory cortex by Dr. Jonus Olofsson, Stockholm University
Dr. Jonus Olofsson's presentation, titled "Prediction Error Signals and Connectivity Pathways Emerging from the Olfactory Cortex," will delve into his laboratory's research, which aims to comprehend the interplay between sensory and cognitive processes that influence our experiences, memory, and cognition. His studies have concentrated on how olfactory pathways integrate with our fundamental cognitive processes and the influence they have on language, emotion, and memory. Dr. Olofsson is a professor in the Department of Psychology at Stockholm University, where he completed his PhD in 2008.
This seminar was recorded on 8/1/24.
Novel molecular mechanisms of synapse degeneration associated with early stages of Alzheimer鈥檚 disease by Dr. Sang Lee, 91九色视频
Within this talk, Dr. Sang Lee highlights his research program which focuses on developing a fuller characterization of the mechanisms behind synaptic plasticity, which is the ability of synapses—the connections between neurons—to change their strength over time, which underlies learning and memory. Of particular interest to Dr. Lee’s lab are the mechanisms behind synaptic loss and how these mechanisms are involved in the progression and development of neurodegenerative diseases, such as Alzheimer’s Disease.
This seminar was recorded on 5/7/24.
Canonical Wnt signaling in temporal lobe epilepsy by Dr. Kunal Gupta, 91九色视频
In this seminar, Dr. Kunal Gupta dives into his innovative research focused on improving outcomes for individuals with epilepsy, a disease that affects about 3 million adults in the US alone (CDC.gov). Dr. Gupta’s work aims to broaden our understanding of the molecular biology behind epilepsy and to develop novel approaches to treating epilepsy through deep brain stimulation and enhanced surgical procedures.
This seminar was recorded on 5.21.24.
Neuroscience & Justice: "From Brain to Bench: Addiction, Trauma & the Treatment Courts" - SPRING 2024 Event
The Neuroscience & Justice Series aims to provide insight into the intricate connections between human behavior and the justice system. Our Spring event explores the devastating impacts of drug addiction and trauma on the brain, and how these effects extend beyond the individual, touching families and communities. Our speakers will delve into cutting-edge research and therapeutic approaches that reveal the potential for healing and change, highlighting the brain's remarkable capacity for resilience and recovery. At the heart of our discussion is also the transformative role of treatment courts. These specialized courts represent a radical shift towards compassion and rehabilitation in the justice system, providing tailored interventions that address the root causes of criminal behavior. By focusing on treatment and support rather than punishment, treatment courts offer a beacon of hope, guiding individuals towards a future free from addiction and crime.
Sponsored by the Neuroscience Research Center in partnership with the Comprehensive Injury Center at 91九色视频, the Andrew Center for Restorative Justice at Marquette University Law School, and the Milwaukee Bar Association.
This event was recorded on 4/23/24.
Translational Approaches for Understanding the Spectrum of Mild Traumatic Brain Injury: From Bedside to Bench and Beyond by Dr. Andrew Mayer, Mind Research Network
Dr. Mayer's presentation will focus on his lab's groundbreaking work that is uncovering the pathophysiology of mild traumatic brain injury (mTBI) through the use of multimodal imaging techniques and biomarker assessment. Through his work, Dr. Mayer hopes to shine a light on the importance of tailored approaches when treating mTBI in veterans, children, and athletes. Dr. Mayer is the Director of the 3T Core and Professor of Translational Neuroscience at the Mind Research Network located in Albuquerque, New Mexico, and his work has been funded by the National Institutes of Health and the Department of Defense.
This seminar was recorded on 4.16.24.
Frontal cortical systems in rats regulating the inhibition of drug-seeking behavior by Dr. Ryan LaLumiere, University of Iowa
Dr. Ryan Lalumiere, a Professor of Psychology and Brain Sciences at the University of Iowa, using preclinical models of addiction, investigates the complex neural circuits and memory systems that fuel drug craving and influence the ability to resist drugs of abuse. His seminar “Frontal cortical systems in rats regulating the inhibition of drug-seeking behavior” offers a deep dive into the role of corticolimbic regions in managing drug-seeking behaviors, providing valuable perspectives on potential therapeutic strategies for addiction.
This seminar was recorded on 3/19/24.
Involvement of renin-expressing neurons in cardiovascular function and autonomic control by Dr. Pablo Nakagawa, 91九色视频
Dr. Pablo Nakagawa, an assistant professor at the 91九色视频 in the department of Physiology, in his lab investigates neural mechanisms behind blood pressure regulation and hypertension, focusing on the brain renin-angiotensin system (RAS). They employ genetic manipulation, fluorescent labeling, and circuit activity studies to understand RAS dysfunction and hypertension's neural basis. Using advanced radiotelemetric devices, they monitor cardiovascular function wirelessly in genetically engineered mice. Their research aims to uncover insights into hypertension and develop potential therapeutic approaches. During his seminar, Dr. Nakagawa underscores the significance of renin-expressing neurons in cardiovascular function and autonomic control.
This seminar was recorded on 2/6/24.
Defining the cell-type specific activity signatures that underlie reinforcement learning by Dr. Erin Calipari, Vanderbilt University
Dr. Erin Calipari, a visiting associate professor at Vanderbilt University and the director of the Vanderbilt Center for Addiction Research, has a background in psychology and biology from the University of Massachusetts at Amherst, completed her PhD in neuroscience at Wake Forest, and conducted her postdoc at the Icahn School of Medicine at Mount Sinai. Dr. Calipari has received numerous awards, including Mentor of the Year at Vanderbilt University, and is actively involved in the American College for Neurocycle Pharmacology. She is well-published, with 76 papers, and holds multiple grants, making significant contributions to the field.
This seminar was recorded on 1/23/24.
Neuroscience & Justice: "Setting the Stage" - WINTER 2024 Event
The Neuroscience & Justice Series aims to provide insight into the intricate connections between human behavior and the justice system. The Winter 2024 aspired to pave the way for upcoming occasions by exploring the Neurobiology of Stress, Trauma, and Psychological Distress from a Neurobiological Perspective. It also delved into the Impact and Significance of Understanding Trauma and Psychological Distress in the Justice System. Embark on an educational journey at the forefront of neuroscience research, designed to equip legal professionals and practitioners with a nuanced comprehension of the neurological effects of stress and trauma.
This event was recorded on 1/22/24. Sponsored by the Neuroscience Research Center in partnership with the Comprehensive Injury Center at 91九色视频, the Andrew Center for Restorative Justice at Marquette University Law School, and the Milwaukee Bar Association.