发布日期:2024-01-25 17:59:45
作者
:小A
浏览量
:419
小A
发布日期:2024-01-25 17:59:45
419
Ever felt like you're just tossing your money down the drain with supplements that don't deliver? 🤔
ACTINOVO
has cracked the code that the supplement world has been puzzling over since day one: the dilemma of dismal nutrient absorption! Get this – 70% of nutrients struggle to find their way into your system, and 35% of all substances are so inherently limited that consuming them orally in any traditional form is virtually useless. So, your benefits vanish before they even start. The secret weapon against this nutrient loss? Liposomes.Originating from the 1960s, liposomes, crafted from sunflower seed phospholipids, embody the pinnacle of drug delivery systems. These microscopic vessels are ingeniously designed to bypass the rigorous barriers of the digestive system, ensuring nutrients reach the bloodstream.Yet, the structural integrity of these liposomal couriers is vital. With their average size lingering around 200 nm and a slender membrane thickness of just 4 nm, keeping them undamaged is crucial for their success. Extract the water around and within - essential for forming the membrane - and scarcely 1 in 1,000,000 liposomes might survive intact, even when subjected to state-of-the-art drying techniques. And no, these microscopic carriers don't spontaneously materialize in your mouth or from mere shaking. Crafting billions of liposomes demands high-end, expensive technology. Although a liquid formulation might not win points for convenience, it represents the only sensible and proven strategy for ensuring the delivery of billions of intact liposomes, effectively cloaking substances and ferrying them to their rightful destination: into the bloodstream.
有没有觉得你只是在用没有效果的补充剂把你的钱扔进下水道?🤔
ACTINOVO
破解了补充剂界从第一天起就一直困惑不解的密码:营养吸收不佳的困境!得到这个 - 70% 的营养素难以进入您的系统,而 35% 的物质本质上受到限制,以至于以任何传统形式口服它们几乎毫无用处。因此,您的福利甚至在开始之前就消失了。对抗这种营养流失的秘密武器是什么?脂质体。
脂质体起源于 1960 年代,由葵花籽磷脂制成,体现了药物输送系统的巅峰之作。这些微小的血管经过巧妙设计,可以绕过消化系统的严格屏障,确保营养物质到达血液。
然而,这些脂质体递使者的结构完整性至关重要。由于它们的平均尺寸徘徊在 200 nm 左右,而细长的膜厚度仅为 4 nm,因此保持它们完好无损对于它们的成功至关重要。提取周围和内部的水 - 对于形成膜至关重要 - 并且几乎没有 1,000,000 个脂质体中的 1 个可能完好无损地存活,即使在使用最先进的干燥技术时也是如此。不,这些微小的载体不会自发地出现在你的嘴里,也不会仅仅通过摇晃而出现。制作数十亿个脂质体需要高端、昂贵的技术。尽管液体制剂可能不会因为方便而赢得分数,但它代表了唯一明智且经过验证的策略,可以确保输送数十亿个完整的脂质体,有效地隐藏物质并将它们运送到其应有的目的地:进入血液。