Its landing place on neurons is a channel called an AMPA receptor, which interacts with glutamate, and then acts like a pore that takes in charged particles. The ebb and flow of charged particles ...

Glutamate excites neurons, creating the electrical activity essential for normal brain function. This excitatory transmission occurs through several specialized receptors, including NMDA ...

NEW YORK CITY, NEW YORK / ACCESS Newswire / April 22, 2025 /Neurovation Labs, Inc., a precision neuroscience biotechnology ...

The study provides intriguing evidence linking autophagy to the removal of AMPA receptors from the cell membrane of LHb neurons. These receptors respond to the neurotransmitter molecule glutamate ...

Its landing place on neurons is a channel called an AMPA receptor, which interacts with glutamate, and then acts like a pore that takes in charged particles. The ebb and flow of charged particles ...

Sea's molecules act as selective dual AMPAR (AMPA receptor), KAINR (kainate receptor) antagonists (DAKAs). DAKAs dampen the activity of the excitatory neurotransmitter glutamate which plays an ...

Sea's molecules act as selective dual AMPAR (AMPA receptor), KAINR (kainate receptor) antagonists (DAKAs). DAKAs dampen the activity of the excitatory neurotransmitter glutamate which plays an ...