Engineered GPCR-based yeast biosensors have achieved significant performance improvements, enabling diverse practical applications through modular design and optimization.
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Engineered GPCR-based yeast biosensors have achieved significant performance improvements, enabling diverse practical applications through modular design and optimization.
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Blocking cholinergic interneurons in the nucleus accumbens prevents opioid-reward learning without affecting dopamine signaling, revealing a key cholinergic gate.
11.3% of randomly modified ligands across six targets improved potency tenfold or more, revealing a surprising baseline for ligand optimization success.
Norepinephrine and dopamine sensors in mouse brains exhibit cross-activation dependent on local innervation density, complicating neuromodulatory signaling interpretation.
Engineered GPCR-based yeast biosensors have achieved significant performance improvements, enabling diverse practical applications through modular design and optimization.
TM184C, a conserved GPCR-like protein, regulates intercellular exchange and autophagy by localizing to vesicles and forming intercellular connections in human cells.
CD97/ADGRE5 suppresses early immune activation, reducing airway inflammation in allergic asthma, with deficiency leading to a 2-fold increase in disease severity.
Core promoters function as active gatekeepers, restricting enhancer inputs to generate precise spatiotemporal gene expression patterns in Drosophila.
Beta-adrenergic receptor (β2AR) endosomal signaling induces dendritic growth and synapse formation in neurons, orchestrating gene regulation and cellular architecture.
Viral receptors function as dynamic regulatory hubs influencing entry, signalling, and systemic disease, with receptor landscapes shaping viral tropism and severity.
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