FENS FORUM 2024
We’re excited to connect with you at FENS. Come by booth 215 to check out what is new at Plexon.
Join Us at FENS Forum 2024 - Booth 215!
Add these poster presentations to your itinerary!
Make sure to visit these posters at FENS 2024 and check out how each of these labs are using Plexon equipment.
Here they will present our newest results regarding the control of synaptic plasticity in the cerebellar cortex specifically in mGluR1 receptor domains. In addition, we characterized a “reverse” light-activated GPCR from zebrafish (Opn7b), which allows to constitutively control Gi/o coupled GPCR pathways in the mouse brain. Read More...
Understanding the fundamental spatial and temporal dynamics of monoamine and neuropeptide signaling is a key tenet of my laboratory's goal towards decoding how neuromodulators shape behavioral functions.. Read More...
We show that (1) gamma-rhythmic neuronal inputs are most effective in causing spike output, (2) local neuronal gamma-band activity modulates input gain, (3) gamma-band synchronization between visual areas partly predicts behavioral reaction times, and (4) the same holds for beta synchronization between frontal areas and the top-down fronto-occipital beta-band Granger causality. Read More...
The medial prefrontal cortex (mPFC) plays a critical role in spatial working memory in humans and in other primate and murine species. Its impairment is common in several of the serious psychiatric disorders (e.g., schizophrenia and schizotypal personality disorder) as well as in normal aging and other neurodegenerative diseases. Read More...
Yang Yang (Penn State University College of Medicine, United States)
During spatial navigation, hippocampal place cells rely on visual inputs to map space, but other sensory modalities, such as odour, can also be effectively used (doi: 10.1093/cercor/bht239). Although rodents are nocturnal and short-sighted, little is known about the role of other sensory modalities as substrates for place fields. Read More...
Understanding how neuronal networks generate complex behavior is one of the major goals of Neuroscience. Neurotransmitter and Neuromodulators are crucial for information flow between neurons and understanding their dynamics is the key to unravel their role in behavior. Read More...
There is growing evidence that patients with dementia with Lewy bodies exhibit early cortical network excitability and neuroinflammatory changes. To explore the link between the two we have used a transgenic mouse that expresses human mutant alpha-synuclein (hA30P). Read More...
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