岩藻黄质

岩藻黄质在重建人体皮肤模型中未降低组织活力至50%以下，且表现出抗炎和皮肤保护作用，证实无刺激风险。

Fucoxanthin did not reduce tissue viability below 50% in reconstructed human skin and showed anti-inflammatory and skin protective effects, confirming no irritation risk.

岩藻黄质和提取物均无光毒性，且具有光保护作用

Fucoxanthin and extract showed no phototoxicity and photoprotective effects

综述讨论岩藻黄质的光保护潜力，未提供直接光毒性证据

Review discusses photoprotective potential, no direct phototoxicity evidence

在3T3细胞中显示光毒性，但在重建人体皮肤中无光毒性，因角质层屏障作用

Phototoxic in 3T3 cells but non-phototoxic in reconstructed human skin due to stratum corneum barrier

岩藻黄质对UV引起的晒伤有保护作用，未显示光毒性

Fucoxanthin showed protective effect against UV-induced sunburn, no phototoxicity

该文献研究的是褐藻低极性组分的发育毒性，岩藻黄质仅作为其中一种成分被鉴定，未单独测试其发育毒性；毒性效应归因于酰胺类化合物，而非岩藻黄质。因此，该文献不提供岩藻黄质孕期风险的直接证据。

This study investigates developmental toxicity of less-polar fractions from brown algae, with fucoxanthin identified as one component but not individually tested; toxic effects were attributed to amides, not fucoxanthin. Thus, no direct evidence for fucoxanthin's pregnancy risk.