Digital Organoleptic Fingerprints for Plant Identification: Toward Olfactory Taxonomy Abstract The identification and classification of plant species traditionally rely on morphological characteristics, genetic markers, and chemical composition. However, plants also emit complex mixtures of volatile organic compounds (VOCs) that generate characteristic odor profiles, which can serve as species-specific signatures. In this study, we propose a novel framework for plant identifi

Digitizing the Unsmellable How the Organoleptic Digitizer Maps Odor Transformation from Raw Sewage to Secondary Effluent Odor control is a multi-billion-euro challenge across Europe and Asia. Municipalities, industrial parks and service companies invest heavily in biofilters, activated carbon, chemical scrubbers and covers. Yet the tools used to measure success often remain limited to a handful of marker compounds (primarily hydrogen sulfide) or to human sensory panels that a

Sunlit Rind - A Citrus odyssey Unveiled by Digitizing Odor | Dec-2025 | Thank you Continental Cosmetic and Herbal for highlighting MAMAY's work (pages 4-16). Thank you Dr. Michael Zvieli for the research. The full MAGAZINE: Here #Science #Articale #PR #Magazine #OdorImpact

Continental Cosmetics and Herbals | Vol 16 | ISSUE 11 | November 2025 The Odor Impact of Aroma Ingredients in Fragrances and Flavors A Novel Organoleptic Digitizer. Attached is an article examines the odor impact of aroma ingredients in fragrances and flavors, focusing on the intrinsic physico-chemical properties that govern their sensory contributions. Human olfaction, mediated by appr oximately 50 million odor receptors of 320 types, relies on volatile, non-polar molecules