glucosinolater

Glucosinolater is a term that has appeared in speculative discussions about glucosinolate metabolism to describe a class of compounds derived from glucosinolates that have undergone additional modification beyond canonical hydrolysis products.

These hypothetical molecules would include derivatives formed by oxidation, conjugation (for example with glutathione or sugars), sulfation, or rearrangement after the initial myrosinase-catalyzed breakdown. Because the term is not widely adopted in primary literature, there is no standardized definition or set of examples.

In plants, glucosinolates are stored and hydrolyzed by the enzyme myrosinase to isothiocyanates, nitriles, and related products. Glucosinolater, by hypothesis, would represent glucosinolate-derived metabolites that arise at later stages of metabolic pathways in plant tissues or in the gut after the initial breakdown.

Analytical detection of such compounds would likely rely on techniques like liquid chromatography–mass spectrometry (LC-MS) and nuclear magnetic resonance (NMR) spectroscopy, with researchers focusing on comprehensive metabolite profiling to distinguish them from known hydrolysis products. The term remains largely theoretical or exploratory, and any concrete chemical definitions or cataloged examples are not established in major biochemical databases.

Potential relevance is primarily discussed in the context of plant defense biology, nutrition, and pharmacology, where extended glucosinolate metabolism could influence the spectrum of biologically active products encountered by humans or animals. However, there is no consensus on the existence, properties, or significance of glucinolaters.

See also: glucosinolates, myrosinase, isothiocyanates, glucosinolate metabolism.