Characterization and mu opioid receptor sensitivity of neuropeptide Y interneurons in the mouse nucleus accumbens
CL Retzlaff, PE Rothwell - Neuropharmacology, 2022 - Elsevier
Inhibitory interneurons represent less than 5% of neurons within the nucleus accumbens,
but are critical for proper microcircuit function within this brain region. In the dorsal striatum,
neuropeptide Y is expressed by two interneuron subtypes (low-threshold spiking
interneurons and neurogliaform interneurons) that exhibit mu opioid receptor sensitivity in
other brain regions. However, few studies have assessed the molecular and physiological
properties of neuropeptide Y interneurons within the nucleus accumbens. We used a …
but are critical for proper microcircuit function within this brain region. In the dorsal striatum,
neuropeptide Y is expressed by two interneuron subtypes (low-threshold spiking
interneurons and neurogliaform interneurons) that exhibit mu opioid receptor sensitivity in
other brain regions. However, few studies have assessed the molecular and physiological
properties of neuropeptide Y interneurons within the nucleus accumbens. We used a …
Characterization and mu opioid receptor sensitivity of neuropeptide Y interneurons in the nucleus accumbens
CL Retzlaff, PE Rothwell - bioRxiv, 2022 - biorxiv.org
Inhibitory interneurons represent less than 5% of neurons within the nucleus accumbens,
but are critical for proper microcircuit function within this brain region. In the dorsal striatum,
neuropeptide Y is expressed by two interneuron subtypes (low-threshold spiking
interneurons and neurogliaform interneurons) that exhibit mu opioid receptor sensitivity in
other brain regions. However, few studies have assessed the molecular and physiological
properties of neuropeptide Y interneurons within the nucleus accumbens. We used a …
but are critical for proper microcircuit function within this brain region. In the dorsal striatum,
neuropeptide Y is expressed by two interneuron subtypes (low-threshold spiking
interneurons and neurogliaform interneurons) that exhibit mu opioid receptor sensitivity in
other brain regions. However, few studies have assessed the molecular and physiological
properties of neuropeptide Y interneurons within the nucleus accumbens. We used a …
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