Chemosciences: 2026-10-05–2026-10-11
Deterministic ontology signal, not scientific quality or predicted impact. No AI-generated summaries.
- RasGRP1 promotes efficient intestinal tuft cell differentiation. — 95/100 · PREPRINT Matched cell identity & progenitors, growth-factor & developmental signaling, epithelial renewal & regeneration. Combination: cell identity in tissue context.
- Uracil-driven ROS signaling and larval TrpA1-B neuron activation are required for priming the adult Drosophila gustatory response to bacteria. — 91/100 Matched sensory circuits & coding, sensory transduction, immune–sensory interactions. Combination: environmental context changes sensory signaling.
- Follicle-associated epithelial tuft cells amplify type 2 mucosal immunity and IgA production. — 91/100 Matched epithelial renewal & regeneration, immune–sensory interactions, tissue context & microenvironment. Combination: cell identity in tissue context.
- Trpv1 + sensory innervation of the salivary gland drives pain and supports saliva secretion. — 84/100 · PREPRINT Matched nerve–tissue communication, sensory function & recovery, sensory transduction.
- Novel dual-taste umami and salty peptides from goat whey: Mechanism and interaction with taste receptors. — 81/100 Matched receptor recognition & modulation, crossmodal perception & learning, sensory transduction. Combination: environmental context changes sensory signaling.
- Endogenous Trigeminal Neurons Induce Schwann Differentiation of Donor Stem Cells in Dental Pulp Regeneration via Reciprocal Extracellular Vesicles Interplay. — 76/100 Matched cell identity & progenitors, epithelial renewal & regeneration, nerve–tissue communication. Combination: cell identity in tissue context.
- Nasal Tuft Cell Markers Are Predictive of Overall Survival in Sinonasal Neuroendocrine and Sinonasal Undifferentiated Carcinomas. — 73/100 Matched cell identity & progenitors, pou2f3 cell programs, immune–sensory interactions. Combination: cell identity in tissue context.
- Elevated expression of olfactory receptor 51T1 is associated with malignant potential of bladder cancer. — 73/100 Matched receptor recognition & modulation, epithelial renewal & regeneration, immune–sensory interactions.
- Alzheimer’s disease and olfactory dysfunction: A 20-year systematic bibliometric and genomic analysis. — 64/100 Matched sensory function & recovery, epithelial renewal & regeneration, sensory circuits & coding.
- Construction of in vitro models derived from distinct regions of mouse nasal mucosa. — 63/100 Matched tissue context & microenvironment, cell identity & progenitors, epithelial renewal & regeneration. Combination: cell identity in tissue context.