乳清蛋白 × 修护

牦牛乳清蛋白通过抑制氧化应激和炎症因子，增加胶原蛋白和弹性蛋白，改善UV引起的皮肤损伤，支持修护功效。

Yak whey protein alleviates UV-induced skin damage by inhibiting oxidative stress and inflammatory factors, increasing collagen and elastin, supporting repair efficacy.

部分水解乳清蛋白口服补充降低TEWL和总IgE，上调水通道蛋白3基因表达，改善皮肤屏障功能，支持修护。

Oral supplementation with partially hydrolyzed whey protein reduces TEWL and total IgE, upregulates aquaporin 3 gene expression, improves skin barrier function, supporting repair.

口服乳清蛋白或部分水解物可预防经皮致敏和过敏反应，表明其通过改善皮肤屏障发挥修护作用。

Oral whey protein or partially hydrolyzed whey prevents epicutaneous sensitization and allergic reactions, indicating repair effect through improving skin barrier.

水凝胶含藻蓝蛋白和乳清蛋白纳米纤维，但修护功效主要归因于藻蓝蛋白和益生菌，乳清蛋白仅作为载体，混杂因素。

Hydrogel contains phycocyanin and whey protein nanofibers, but repair efficacy is mainly attributed to phycocyanin and probiotics; whey protein only serves as carrier, confounding factor.

综述提及乳清酸性蛋白（WAP）结构域具有抗菌和蛋白酶抑制功能，但未直接证明修护功效。

Review mentions that whey acidic protein (WAP) domain has antibacterial and protease inhibitory functions, but does not directly demonstrate repair efficacy.

研究制备冻干双凝胶，但未测试修护功效。

Study prepares freeze-dried bigels, but does not test repair efficacy.

研究使用乳清蛋白作为涂层，但活性物是灰黄霉素，未测试乳清蛋白的修护功效。

Study uses whey protein as coating, but the active is griseofulvin; does not test the repair efficacy of whey protein.

研究利用乳清蛋白制备细胞簇，但未评估修护功效。

Study uses whey protein to fabricate cell clusters, but does not evaluate repair efficacy.

研究使用乳清蛋白稳定乳液，但活性物是水杨酸，未测试乳清蛋白的修护功效。

Study uses whey protein to stabilize emulsions, but the active is salicylic acid; does not test the repair efficacy of whey protein.

研究乳清蛋白膜物理性质，未测试修护功效。

Study physical properties of whey protein films, does not test repair efficacy.

研究使用乳清蛋白作为乳化剂，但活性物是水杨酸，未测试乳清蛋白本身的修护功效。

Study uses whey protein as emulsifier, but the active is salicylic acid; does not test the repair efficacy of whey protein itself.

综述讨论热应激对奶牛氨基酸利用的影响，提及乳清蛋白减少，但未涉及修护功效。

Review discusses the impact of heat stress on amino acid utilization in dairy cows, mentioning reduced whey protein, but does not involve repair efficacy.