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光照降解

事件Machine-extracted白藜芦醇在光照下异构化为顺式并降解的失效路径

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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. 稳定性测试Machine-extracted4 participants

    番石榴叶多酚光热敏稳定性

    多酚体系对光热与金属离子敏感，避光贮存体系配螯合剂，加速稳定性以颜色与澄清度为观察项

  2. 化学反应Machine-extracted3 participants

    反式白藜芦醇光照降解转化

    反式白藜芦醇见光异构成顺式并逐步降解，是最主要失效路径

  3. 配方工艺Machine-extracted3 participants

    白藜芦醇包装避光要求

    外包用不透光材质以避免光照降解

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