Words With R E U 5 Letters
Words With R E U 5 Letters – Applications for the Summer 2023 program will open in Fall 2022. Join the email list to receive information about the program.
The UC Irvine Center for the Neurobiology of Learning and Memory () welcomes you to the Irvine Neuroscience Interdisciplinary Internship Program. The program will run from June 19, 2022 to August 12, 2022 at the University of California, Irvine campus.
Words With R E U 5 Letters
The Irvine Neuroscience Interdisciplinary Internship Program will provide intensive research training and professional development experiences to undergraduate students interested in interdisciplinary neuroscience research. The program is open to all undergraduate students, with a special emphasis on women and individuals underrepresented in STEM fields. Research focuses on understanding the neurobiological mechanisms of learning and memory in healthy normal development, as well as the biology of neurodegenerative and neurodegenerative disorders that alter learning and memory.
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The mission of the Irvine Neuroscience Interdisciplinary Internship Program is to provide opportunities for undergraduate students from diverse backgrounds to participate in high-level research projects in the neurobiology of learning and memory.
Each year, the program covers 10 undergraduate students for an 8-week paid summer internship, round-trip airfare to and from UCI, and travel expenses for undergraduate residence halls.
This program will provide promising undergraduate students with extensive training and professional development in neuroscience. The program seeks to equip the next generation of neuroscience graduate students with the tools, as well as the knowledge and experience to address the challenges of graduate school admissions, through a combination of excellent research experiences and STEM graduate school outreach.
During the first week, students will learn the theoretical basis of their research project and be trained in relevant experimental techniques. By the third week, students will begin their independently assigned projects. In weeks 3-7, students will be fully engaged in their laboratory experience, working independently under the guidance of a laboratory instructor or an assigned graduate or postdoctoral faculty member. During finals week, students will work on presentations during the last two days of the internship. Participants will be invited to present their research at a spring conference following their summer experience.
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Participants will be selected based on their academic preparation, overall achievement, personal statement, and interest in neuroscience research. Previous research experience is not required.
Students can apply using our online form. Before applying online, you can prepare the following.
Letters of recommendation are accepted only from the applicant’s professors, academic advisors, or supervisors (from work or volunteer experience).
The letter of recommendation should address the individual’s relationship with the student and should evaluate the student’s: (1) Critical thinking; (2) Cultural Competence; (3) Written and verbal communication skills; and (4) Leadership and teamwork skills.
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Participants in Irvine’s Neuroscience Interdisciplinary Internship Program are supported by a team of faculty, staff, and interns who work together to ensure program success.
I lead the Delivery and Education Programs at the UCI Center for the Neurobiology of Learning and Memory, which includes training programs for graduate and undergraduate students as well as community engagement programs for adults and children in Southern California. My research interests focus on the impact of university-community partnerships on non-formal STEM education with the goal of understanding how to increase the diversity and inclusion of the STEM workforce.
This program was founded by Manuela Oliveira Yassa and Dr. Luis Colón-Pérez. In January 2022, Dr. Colon-Perez will move to the University of North Texas Health Science Center. We thank him for his valuable contribution!
Below are a few faculty mentors and descriptions of possible projects that participants in the Irvine Interdisciplinary Internship Program in Neuroscience will be able to work on.
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The goal of research in Dr. Colón-Perez’s laboratory is to understand how pharmacological agents alter cognition and brain connectivity. Particular attention is paid to the fact that the abuse of beneficial substances leads to pathology, induces harmful behavior and impairs cognitive control.
Cognitive control is a complex psychological and neurological process with equally complex interactions between different parts of the brain; However, long-term use of opioids, particularly morphine, and its effects on cognitive control of behavior and brain function are unclear. Several brain regions, including the thalamus, prefrontal cortex, orbitofrontal cortex, anterior cingulate, hippocampus, and amygdala, show connectivity changes after chronic opioid administration. In this project, students will participate in rodent experiments with morphine self-administration, have rats perform behavioral flexibility tasks (shifts in attention), preclinical MRI (resting fMRI), and analyze MRI and behavioral data.
(Director, ): The Yassa Lab is interested in understanding how the brain stores and retrieves vast amounts of information, and how this knowledge can be used to improve the human condition. They use the latest tools in human neuroscience to understand learning and memory in healthy and diseased brains.
In particular, the Yassa lab is trying to discover how our memory capacity changes from childhood to old age. They are also trying to develop ways to diagnose and treat memory disorders, as well as learn from situations where special forms of memory exist, such as high autobiographical memory (HSAM). They have developed new cognitive and neuroimaging tools to assess this rare form of memory, and are now investigating the link between genetic variants, epigenetic marks, and memory performance. Students will learn about the collection and analysis of neuropsychological data, the collection and analysis of multiple types of neuroimaging, as well as the design and analysis of cognitive neuroscience experiments.
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(Director below, ): Dr. Gandhi’s lab investigates the transplantation of embryonic inhibitory neurons, which produces cell-based brain regeneration and restores adolescent plasticity in adult visual cortex circuits.
In this study, Dr. Gandhi’s lab uses optogenetic dissection of inhibitory circuits in brain slices, multiphoton imaging of defined cortical cell types using genetically encoded calcium indicators, transplant-induced plasticity, and chemical-genetic tools to test viral detection mechanisms. brain clearance to determine brain-wide connections with transplanted cells. They hope to shed light on the mechanisms of transplant-induced cortical remodeling. Students involved in this project will learn in vivo two-photon functional imaging and patch-clamp recordings, visual behavioral training, and mouse genetic tools to identify, activate, and silence defined neural circuits.
(Faculty Associate, ): Dr. Jaeggi’s Working Memory and Flexibility Lab studies individual differences in higher cognitive functions and flexibility across the lifespan. The laboratory develops innovative measures that allow for the assessment and capture of changes in developmental and participatory functions and the identification of relationships between cognitive functions.
One of the main focuses of the Working Memory and Flexibility Lab is to determine which training regimens and training conditions lead to improvements in higher cognitive functioning, and to investigate why these interventions work best for which populations and individuals. Their approach is highly interdisciplinary, drawing on experimental, neuroscientific, and meta-analytic approaches to answer questions. Dr. Jaeggi’s lab provides undergraduate students with a rich learning experience where they can develop a variety of skills in experimental design, psychometrics and diagnostics, software, game development, data science (Bayesian modeling, multivariate approaches, machine learning), and noninvasive brain imaging. . stimulation and neuroimaging, as well as science communication and dissemination.
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(Teacher, ): Adolescent cannabis use increases the risk of mental disorders such as drug addiction and schizophrenia, which can lead to learning and memory deficits, but whether cannabis use causes or causes mental disorders remains unclear.
In adolescent brain development, drug use such as THC (the main drug in cannabis) disrupts the brain’s reward and memory circuits. Dr. Mahler’s lab has begun to unravel the neural mechanisms of these effects by manipulating and studying neural reward and memory circuits in adolescents to determine how THC alters their functioning. Students will gain experience in 1) behavioral testing of rats using established models and methods, 2) histological, immunohistochemical, and microscopic methods to analyze changes in reward and memory circuits, and 3) in-depth analysis of previous literature, including discussion of strengths. Weaknesses of current animal models of cannabis use.
(Faculty Associate, ): Dr. Ivey’s research program focuses on understanding how early exercise engages epigenetic mechanisms in hippocampal neurons to improve memory function. Using mouse models, they focus on the effects of aerobic exercise on brain development in children/adolescents, as well as on memory in adulthood and old age.
The Ivy lab combines the latest techniques in molecular epigenetics and animal behavior to understand the nature of exercise-induced chromatin regulation in the modulation of gene expression that affects neuronal function and memory. Students in the Ivy lab master common methods for assessing gene expression and chromatin modification (RT-qPCR and chromatin immunoprecipitation), high-throughput sequencing of the transcriptome and epigenome, and the latest techniques for separating cells and cellular components (including fluorescence-activated cell sorting). and magnetic bead separation), immunofluorescence, analysis of large datasets using R, transgenic mouse model, and analysis of behavioral data from hippocampus-dependent learning and memory tasks (object location memory, spatial Y and radial arm maze).
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(Teaching staff, ): Research objectives