Past Events | Dominick P. Purpura Department of Neuroscience | Albert Einstein College of Medicine

Access to the seminars, lectures, and content therein are limited to authorized personnel at Einstein and Montefiore. These contents are intended for internal personal use only, and may not be modified, published or shared without written permission of the College, including but not limited to: copying the recording, issuing copies of it to the public, renting or lending copies of it to the public, playing it in public or broadcasting it.

View Upcoming Events

All Events Seminars Works in Progress Club Syn Other Events

13 November Nov

Seminar: Dr. Ian Maze

Wed Nov 13 2019, 12:00 PM

1st Floor Auditorium, Kennedy Center

Dominick P. Purpura Department of Neuroscience

Pathophysiological accumulation of histone H3 dopaminylation in VTA promotes cocaine-seeking

Neural mechanisms for perceiving object motion during self-motion

Understanding the social brain

Optical tools for large-scale in vivo recording of neuronal activity

Balancing brain plasticity/stability

Untangling brain circuit development with subcellular proteomics and in situ genome engineering

TBA

Diverse Mechanisms of Synaptic Plasticity and Metaplasticity in the Hippocampus

Mechanisms of cholinergic modulation of cortical excitability

Towards Targeted Molecular Therapy for FGF Receptors: Development of Aptamers Specific for FGFR3

Transcriptional and post-transcriptional mechanisms of neuron diversification

Neural mechanisms of spatial navigation in Drosophila

Uncertainty in the primate visual system

Addiction as learning (not disease): Narrowing brains in narrowing environments

Combining subjective and scientific accounts to help understand the nature of addiction

Mapping Emotions: Discovering structure in mesoscale electrical brain recordings

Central mitochondrial dynamics in metabolism regulation

Engineering of bacterial phytoreceptors for near-infrared imaging, sensing and light-control in mammals

Synaptic and circuit mechanisms underlying the vulnerability for drug abuse

Mechanisms of sensory circuit dysfunction in mouse autism models

The processing of stress-related memories in hippocampal-cortical circuits

Striatal circuits for reward learning and decision making

Deconstructing the visual working memory impairment in people with schizophrenia

Visual shape completion deficits arise in first-episode and chronic schizophrenia, but are less severe in bipolar disorder: Evidence for a novel behavioral biomarker

Brainstorms & Brews

When is it time to eat? How neuropeptides and fast neurotransmitters interact to transmit time-of-day signals that regulate circadian feeding and metabolism

Circuit Approaches to Stress Susceptibility

The eclectic cerebellum - from neurons to circuits and behavior

Assessment of therapeutics and disease pathogenesis in mucolipidosis type IV

Psychiatric neuroscience for the whole body: neurocircuitry related to metabolic and cognitive processes

The Neurobiology of Hunger

Mapping Emotions: Discovering Structure in Mesoscale Electrical Brain Recordings

Patterns matter: Temporal codes in neural signaling, synaptic plasticity and behavior

Holi Happy Hour

Weaving a brain: glia-neuron crosstalk paves the way to circuit assembly

Integration of plasticity mechanisms within a single sensory neuron of C. elegans actuates a memory

Neuroimaging markers of risk and resilience to bipolar disorder

Stress-induced plasticity of the electrical connectome of C. elegans

Nerdy Valentine

Identifying factors that confer regenerative ability to aging neurons and tissues

Cellular mechanisms for efficient coding in the Drosophila visual system

Sexually dimorphic control of anxiety and sociosexual behaviors by oxytocin receptor interneurons

Inhibitory regulation of cerebellar plasticity and learning

Socioeconomic inequality and children’s brain development

Socioeconomic inequality and children's cognitive and brain development

Happy Hour Like There's No Tomorrow

Functional diversity of genetically-defined lateral hypothalamus and extended amygdala circuits driving motivated behaviors

Towards a molecular understanding of synapse formation

The central dogma...well, it's complicated: recoding nervous function in RNA