# Ectoine

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What is Ectoine (CAS 96702-03-3)?

2025-05-30

CAS 96702-03-3: Ectoine (Ectoin) is a natural osmolyte derived from halophilic bacteria, widely used in agriculture to enhance plant stress resistance and in cosmetics for skin hydration and repair.依克多因（Ectoine）是一种源自嗜盐菌的天然渗透调节剂，广泛用于农业增强植物抗逆性及化妆品中保湿修复皮肤。 Ectoine Chemicals Introduction ​Chemical Properties ​Applications ​Mechanism of Action ​Safety & Production Meta Descriptions CAS 96702-03-3: Ectoine (Ectoin) is a natural osmolyte derived from halophilic bacteria, widely used in agriculture to enhance plant stress resistance and in cosmetics for skin hydration and repair.CAS 96702-03-3: 依克多因（Ectoine）是一种源自嗜盐菌的天然渗透调节剂，广泛用于农业增强植物抗逆性及化妆品中保湿修复皮肤。 Combined Keywords CAS 96702-03-3: Ectoine, CAS 96702-03-3, Tetrahydroxypyrimidine carboxylic acid, Stress resistance, Cosmetic humectant, Agricultural biostimulant, UV protection, Sodium ectoine monohydrate, L-Ectoine, NSC 614616.CAS 96702-03-3: 依克多因, CAS 96702-03-3, 四氢甲基嘧啶羧酸, 抗逆性, 保湿剂, 农业生物刺激素, 紫外线防护, 依克多因钠盐一水合物, L-依克多因, NSC 614616. Chemicals Introduction ​化学性质 ​应用 ​作用机制 ​安全性与生产

Ectoine (CAS 96702-03-3)

2025-05-29

Ectoine (1,4,5,6-tetrahydro-2-methyl-4-pyrimidinecarboxylic acid, CAS 96702-03-3) is a natural extremolyte produced by halophilic bacteria, renowned for its protective properties against extreme environmental stressors. It stabilizes biomolecules via water molecule complexation and is widely used in dermatology, ophthalmology, and biotechnology. Recent advancements highlight its therapeutic potential in anti-aging, wound repair, and postbiotic applications.依克多因（1,4,5,6-四氢甲基嘧啶羧酸，CAS 96702-03-3）是由嗜盐菌产生的天然相容性溶质，以通过水分子络合保护生物分子而闻名，可抵御极端环境胁迫。其广泛应用于皮肤科、眼科及生物技术领域，最新研究凸显其在抗衰老、创伤修复及后生元领域的潜力 1. Basic Information ​2. Key Physicochemical Properties ​Parameter ​Details ​Water Binding Forms a protective hydration shell around proteins and membranes. ​Thermal Stability Remains stable up to 120°C, enabling broad industrial applications. ​pH Tolerance Functions effectively in pH 3–10, suitable for diverse formulations. ​参数 ​详情 ​水分子络合能力 在蛋白质和膜周围形成保护性水合层，抵御光、热、干燥等胁迫。 ​热稳定性 耐高温达120°C，适用于多种工业场景。 ​pH耐受性 在pH 3–10范围内稳定，适配多种配方。 ​3. Mechanisms of Action ​4. Applications ​5. Production & Engineering ​6. Safety & Challenges ​7. Research Frontiers

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