Chemosciences: 2026-09-28–2026-10-04

Deterministic ontology signal, not scientific quality or predicted impact. No AI-generated summaries.

• Extra-nasal odorant receptors: molecular mechanisms and therapeutic implications. — 96/100 Matched receptor recognition & modulation, cell identity & progenitors, epithelial renewal & regeneration. Combination: cell identity in tissue context.
• Pediatric Human Olfactory Epithelium Mirrors Adult Structure and Function in a Human Olfactory Organoid Model. — 83/100 Matched epithelial renewal & regeneration, development & aging, cell identity & progenitors. Combination: cell identity in tissue context.
• Gustatory receptor 4 mediates oxidative stress signals to modulate adaptive feeding of Ostrinia furnacalis larvae under extreme temperatures. — 82/100 Matched receptor recognition & modulation, nutrients & internal state, environment & exposure. Combination: environmental context changes sensory signaling.
• Anatomical sampling site is not associated with TAS2R38 gene expression in chronic rhinosinusitis: A cross-sectional RT-qPCR study. — 72/100 Matched sensory transduction, epithelial renewal & regeneration, immune–sensory interactions.
• Characterization and postprandial regulation of the nutrient-sensing machinery in the oral floor mucosa of 10-week-old mule ducks. — 71/100 Matched nutrients & internal state, tissue context & microenvironment, cell identity & progenitors. Combination: cell identity in tissue context.
• Sensory nutrition of sweet taste. Physiological, pathophysiological and pharmacological implications of T1R2/T1R3 signalling pathways on energy (glucose) and body weight homeostasis. — 76/100 Matched epithelial renewal & regeneration, receptor recognition & modulation, crossmodal perception & learning.
• Hypoxic intensity reveals distinct carotid body O2-sensing mechanisms. — 70/100 Matched environment & exposure, epithelial renewal & regeneration, receptor recognition & modulation. Combination: environmental context changes sensory signaling.
• Convergent evolutionary loss of chemosensory and blood-feeding pathways in non-blood-feeding mosquitoes. — 68/100 · PREPRINT Matched nutrients & internal state, cell identity & progenitors, receptor recognition & modulation. Combination: cell identity in tissue context.
• A proposed GABAergic pathway in the feeding neural network is associated with learning performance in conditioned taste aversion in Lymnaea. — 64/100 Matched crossmodal perception & learning, nutrients & internal state, receptor recognition & modulation.
• Milk and infant plasma hormone concentrations predict sweet and fat taste acceptance and later food intake. — 64/100 Matched crossmodal perception & learning, nutrients & internal state, development & aging.