本文へスキップ
JP
BIOSPHERE-AI一つの植物、東方の使命。

Knowledge graph

氧气

概念Machine-extracted影响多酚变色的环境因素

検索インデックスは中国語と英語のみ対応しています。英語名または INCI 名でご検索ください。

Two sources, labelled separately on every card. Entries marked "From classical texts" come from public-domain Chinese medical classics; herbs are listed without dosages and compositions follow the common editions. Entries marked "Machine-extracted" are derived by a model from BIOSPHERE own-corpus material (formulation library, ingredient dossiers, compliance index, product catalogue). Neither is an efficacy claim or regulatory text — regulatory and safety conclusions follow the official texts and third-party test reports.

From classical textsSite dossierMachine-extractedA hyperedgeTap a circle to open that entity. Drag to pan, wheel or +/- to zoom. A square is one hyperedge joined to all of its participants.

Relations it takes part in

  1. 稳定性Machine-extracted5 participants

    山金车花提取物光照氧气稳定性

    黄酮与多酚见光遇氧变色,黄绿色提取物向棕色漂移

  2. 稳定性失效Machine-extracted3 participants

    多酚-光照-氧气氧化褐变

    多酚见光遇氧氧化,水相颜色沿淡黄→琥珀→棕褐推进,pH越高褐变越快,超过6.5时数周内肉眼可见差异

Want to know how one of these relations plays out in your target market? Send us the formulation direction. Send an inquiry