神经酰胺 NS × 修护

发现特应性皮炎犬皮肤中神经酰胺NS的C44/C34比例降低，与屏障功能相关，但未直接测试NS的修护功效。

Found decreased C44/C34 ratio of ceramide NS in atopic dermatitis dog skin, related to barrier function, but not directly tested NS repair efficacy.

比较ROC和人皮肤角质层脂质，发现NS含量升高，但其他脂质有差异，且ROC屏障功能可能不同，未直接测试修护功效。

Compared lipids of ROC and human skin stratum corneum, found increased NS content, but other lipids differed, and ROC barrier function may differ, not directly tested repair efficacy.

研究神经酰胺NS的链动态和结构，未测试修护功效。

Studied chain dynamics and structure of ceramide NS, not tested repair efficacy.

仅涉及神经酰胺NS的合成，未测试修护功效。

Only involved synthesis of ceramide NS, not tested repair efficacy.

仅模拟神经酰胺NS和NP的结构行为，未涉及修护功效。

Only simulated the structural behavior of ceramides NS and NP, not involving repair efficacy.

模拟添加油酸对含神经酰胺NS的脂质双层的影响，未测试修护功效。

Simulated the effect of adding oleic acid on ceramide NS-containing lipid bilayers, not tested repair efficacy.

仅通过模拟研究神经酰胺NS对脂质双层结构的影响，未直接测试修护功效。

Only studied the effect of ceramide NS on lipid bilayer structure via simulation, not directly tested repair efficacy.

短链神经酰胺类似物增加皮肤渗透性，但天然神经酰胺NS未增加渗透性，表明NS不破坏屏障，但未直接证明修护功效。

Short-chain ceramide analogs increased skin permeability, but natural ceramide NS did not increase permeability, indicating NS does not disrupt barrier, but not directly proving repair efficacy.