Collagen is one of the most important ingredients for maintaining healthy and youthful skin, and it is also the most abundant protein in the human body. At present, it is known that there are 28 kinds of collagen in the human body, which can be divided into fibrous collagen, basement membrane collagen, microfibrillar collagen, anchored collagen, non-fibrous collagen and transmembrane collagen according to their structure. These collagens have different functions and are the most widely known. Types I and III collagens are fibrillar collagens. There are many reasons for skin aging, but the mechanisms all lead to the same goal, and ultimately point to a core, that is, the loss of collagen.
"Solving the problem of collagen will solve the problem of the skin." However, the functional ingredients that promote the production of collagen often have a certain degree of irritation or the effect is not ideal. Recombinant collagen is homologous to the human body, and there is no rejection reaction. The mechanism is clear, and it can directly promote the production of collagen by itself.
Collagen still has functions that have not yet been fully explored. We explore type XVII collagen, which is a transmembrane collagen and a star molecule that has frequently appeared in top journals in recent years. Small molecule active collagen, on the premise of retaining the key functional activity of collagen, makes the molecule small, which solves the problem that ordinary collagen cannot be absorbed through the skin, and presents the beauty of collagen with small molecules.
利用细胞培养技术生产出来的成分往往具备更高的活性表现。因其不需要依赖环境、土地来进行繁殖，使其具有成本更低、产能更高、安全性更高和环保可持续符合碳中和策略等特性。这些‘新一代’活性产物正在成为美容护肤市场的未来
零残忍，不伤害动物
更低的能源与资源占用
更低的碳排放
可生物降解
无需养殖动物提取
生产链简洁
更低的成本
与人体同源
无排异反应
成分单一
小分子，可透皮吸收
可加修饰，结合性更强
根源抗老思路
市场稀缺的竞争力
