Chemosciences: 2026-10-19–2026-10-25
Deterministic ontology signal, not scientific quality or predicted impact. No AI-generated summaries.
- IL-13 driven tuft cell hyperplasia is suppressed by retinoic acid in chronic rhinosinusitis with nasal polyps. — 95/100 Matched immune–sensory interactions, growth-factor & developmental signaling, cell identity & progenitors. Combination: cell identity in tissue context.
- Food-Derived l-tryptophan and α-Casein (90-95) Differentially Potentiate Porcine Calcium-Sensing Receptor Signaling and Improve Enteroendocrine-Epithelial Responses Under Peptidoglycan Challenge. — 94/100 Matched epithelial renewal & regeneration, receptor recognition & modulation, immune–sensory interactions. Combination: environmental context changes sensory signaling.
- Rapid nasal metabolism organizes the neural representation of odors. — 86/100 · PREPRINT Matched odorant processing before receptors, sensory circuits & coding, nutrients & internal state. Combination: environmental context changes sensory signaling.
- TRPA1-associated attenuation of AITC-evoked pungency in acidic wasabi sauces: Sensory, cellular and in silico insights. — 81/100 Matched sensory transduction, crossmodal perception & learning, receptor recognition & modulation. Combination: environmental context changes sensory signaling.
- Neuroepigenetic programming by the maternal environment: part A-epigenome-wide DNA methylation profile in the offspring’s olfactory bulb following preconceptional weight loss in mice. — 78/100 Matched sensory circuits & coding, gene regulation & chromatin, environment & exposure. Combination: environmental context changes sensory signaling.
- Saliva Selectively Binds to Pungent Odors during Oral Consumption of Durian. — 78/100 Matched tissue context & microenvironment, crossmodal perception & learning, odorant processing before receptors. Combination: environmental context changes sensory signaling.
- Role of olfactory receptor Olfr544 in neuronal cells: Insights into neurite outgrowth and CREB signaling. — 77/100 Matched receptor recognition & modulation, sensory circuits & coding, epithelial renewal & regeneration.
- Development-inspired approach for the derivation of functional and transplantable salivary gland organoids from human pluripotent stem cells. — 74/100 Matched cell identity & progenitors, tissue context & microenvironment, development & aging. Combination: cell identity in tissue context.
- Long-Chain Fatty Acids Inhibit the Human Bitter Taste Receptor TAS2R16 in a Structure-Dependent Manner. — 72/100 Matched receptor recognition & modulation, sensory transduction, nutrients & internal state.
- NOSE-OE: A molecular signaling map of the olfactory epithelium. — 68/100 Matched epithelial renewal & regeneration, cell identity & progenitors, sensory circuits & coding.