Chemosciences: 2026-10-12–2026-10-18
Deterministic ontology signal, not scientific quality or predicted impact. No AI-generated summaries.
- Establishment of a Three-Dimensional In Vitro Model of Taste Bud Cells for Fat Taste Investigation. — 95/100 Matched nutrients & internal state, cell identity & progenitors, crossmodal perception & learning. Combination: cell identity in tissue context.
- GLP-1 Receptor Agonists in Dentistry: Promise, Pitfalls, and Evidence Gaps. — 84/100 Matched receptor recognition & modulation, nutrients & internal state, cell identity & progenitors. Combination: cell identity in tissue context.
- From Food Structure to L-Cell Exposure: How Processing and Digestion Shape Endogenous GLP-1 Responses. — 82/100 Matched nutrients & internal state, environment & exposure, epithelial renewal & regeneration. Combination: environmental context changes sensory signaling.
- Olfactory Swab-Derived Human Neuroepithelium Cell Culture as a Novel Model to Study Neurodegeneration-Related Proteins. — 80/100 Matched nerve–tissue communication, cell identity & progenitors, immune–sensory interactions. Combination: cell identity in tissue context.
- Olfactory ensheathing cell-derived extracellular vesicles protect the degenerated retinal pigment epithelium by delivering phagocytosis-related proteins. — 71/100 Matched epithelial renewal & regeneration, nerve–tissue communication. Combination: sensory innervation and tissue renewal.
- GLP-1 Receptor Agonists, Gut Microbiota, and Chronic Pain: Nutritional Signaling at the Gut-Brain Axis. — 76/100 Matched sensory function & recovery, immune–sensory interactions, receptor recognition & modulation.
- Nutrient-specific combinatorial secretion of GLP-1 and neurotransmitters in the enteroendocrine L-cell line GLUTag. — 74/100 Matched sensory circuits & coding, nutrients & internal state, receptor recognition & modulation.
- From respiratory viral infection to persistent cough hypersensitivity: neuroimmune regulation and therapeutic implications of P2X3/TRP ion-channel targets. — 73/100 Matched immune–sensory interactions, epithelial renewal & regeneration, receptor recognition & modulation. Combination: multiple chemical-sensing systems.
- Hydrogen gas and olfactory dysfunction in Alzheimer’s disease: the Hydrogen-Olfactory-Limbic hypothesis. — 64/100 Matched sensory function & recovery, epithelial renewal & regeneration, immune–sensory interactions.
- Luteolin alleviates neurogenic inflammation in OVA-induced combined allergic rhinitis and asthma syndrome mice through TRPV1/ERK-related signaling. — 63/100 Matched immune–sensory interactions, sensory transduction, tissue context & microenvironment.