本发明中，防止老化过程中，或，其中考虑到所有参与衰老过程中，双歧杆菌的不同的因素，包括来自益生菌细菌和细胞壁和抗氧化剂组合的分离的组合，以减缓进展老化组合物 它涉及。 细胞稳态受到氧化还原系统的控制。 这种平衡断裂，ROS（活性氧），可能会导致细胞和RNS（反应性氧物质）被输出袋严重损害的控制时，触发老化过程。 在生理环境中，例如作为抗氧化剂的材料，如超氧化物歧化酶是天然产生的，是能够抵消对细胞ROS和RNS的有害影响。 针对的ROS和RNS的在老化过程的有害影响的主要因素，类黄酮，花青素，单宁酸，康涅狄格孜然及其衍生物以及到的物质，如维生素A，C和E可以被禁用，以自由基，的这样的不利影响 它可以被消除。 此外，它是基于个人的福祉的肠道菌群的平衡，也充分证明。 具体而言，细菌的持久性存在也是大量双歧杆菌作为主要材料，其有利地作用于肠道菌群已充分证明的。 在另一方面，它众所周知，代谢和免疫系统之间存在很强的相关性。

The present invention, prevents the aging process, or, wherein considering all the different factors involved in the aging process, bifidobacteria, including bacteria and the cell wall and antioxidant combination separation combinations from the probiotics to slow the progression-aging composition It relates. Cell homeostasis is under the control of the redox system. Is of such a control balance breaks, ROS (reactive oxygen species) that may cause severe damage to cells and RNS (reactive nitrogen species) is released, whereby the aging process is triggered. In the physiological environment, such as the antioxidant materials such as superoxide dismutase is generated naturally, it is possible to offset the harmful effects of ROS and RNS on cells. Against the main factor of the harmful effects of ROS and RNS in the aging process, flavonoids, anthocyanins, tannins, Connecticut cumin and its derivatives as well as to substances, such as vitamins A, C and E can deactivate free radicals, so their harmful It has been identified as being able to eliminate the effects. In addition, it has the intestinal flora homeostasis that is based on the well-being of the individual is also sufficiently proven. Specifically, the continuous presence of FIG bacteria large amount of bifidobacteria as a main material which advantageously act on the intestinal flora has been well demonstrated. On the other hand, it is well known that a strong correlation exists between metabolism and immune system.