#sfn22 — Public Fediverse posts

#introduction

Hello,

I am a neuroscientist studying how specific regions in the brain are vulnerable to Alzheimer's disease (#AD). We are mainly interested in the neurons of entorhinal cortex and hippocampal since they are affected early in AD and important for memory. We use in vivo electrophysiology to understand the population dynamics of neurons affected by amyloid beta and tau pathologies. More recently, we've been interested in how locus coeruleus pathology impacts downstream regions.
Was awesome meeting so many fellow scientists at the #neuroscience meeting #sfn2022

#neurodon #memory #alzheimers #dementia #entorhinalcortex #hippocampus #locuscoeruleus #sfn22

#introduction

Hello,

I am a neuroscientist studying how specific regions in the brain are vulnerable to Alzheimer's disease (#AD). We are mainly interested in the neurons of entorhinal cortex and hippocampal since they are affected early in AD and important for memory. We use in vivo electrophysiology to understand the population dynamics of neurons affected by amyloid beta and tau pathologies. More recently, we've been interested in how locus coeruleus pathology impacts downstream regions.
Was awesome meeting so many fellow scientists at the #neuroscience meeting #sfn2022

#neurodon #memory #alzheimers #dementia #entorhinalcortex #hippocampus #locuscoeruleus #sfn22

#introduction

Hello,

I am a neuroscientist studying how specific regions in the brain are vulnerable to Alzheimer's disease (#AD). We are mainly interested in the neurons of entorhinal cortex and hippocampal since they are affected early in AD and important for memory. We use in vivo electrophysiology to understand the population dynamics of neurons affected by amyloid beta and tau pathologies. More recently, we've been interested in how locus coeruleus pathology impacts downstream regions.
Was awesome meeting so many fellow scientists at the #neuroscience meeting #sfn2022

#neurodon #memory #alzheimers #dementia #entorhinalcortex #hippocampus #locuscoeruleus #sfn22

#introduction

Hello,

I am a neuroscientist studying how specific regions in the brain are vulnerable to Alzheimer's disease (#AD). We are mainly interested in the neurons of entorhinal cortex and hippocampal since they are affected early in AD and important for memory. We use in vivo electrophysiology to understand the population dynamics of neurons affected by amyloid beta and tau pathologies. More recently, we've been interested in how locus coeruleus pathology impacts downstream regions.
Was awesome meeting so many fellow scientists at the #neuroscience meeting #sfn2022

#neurodon #memory #alzheimers #dementia #entorhinalcortex #hippocampus #locuscoeruleus #sfn22

I'm sadly not at #SfN22 this year, but check out the fantastic
@candelabellot
tomorrow! Come along to the #Prefrontal #Interneurons symposium tomorrow to hear about her work on vH- PFC communication! Find it in Meeting room 6DE at 2pm

Neural dynamics of human echolocation https://www.abstractsonline.com/pp8/#!/10619/presentation/82910 by Haydée Garcia-Lazaro and Santani Teng (@echodislocation) at #SfN22; #sighted vs #blind; EEG decoding: decoding rises after first click despite chance performance in sighted controls; #echolocation #neuroscience

Going to #SfN22 ?

Come in for a chat on all things sex differences in memory, feeding, and anxiety:

📚 Sunday Nov 13 8-9am #157.05
“Hippocampal interleukin-6
affects mnemonic functions
and emotionality in a sex-dependent manner”

🍽️ Monday Nov 14 4-5pm #400.17
“From an empty stomach to anxiolysis: molecular and
behavioral sex differences in
ghrelin axis”

See you soon!

#SfN2022 #Neuroscience2022
#IngestiveBehavior #Neuroscience #LearningAndMemory #PhD