Bifida Ferment Lysate

What Is Bifida Ferment Lysate?
Bifida Ferment Lysate is the metabolites, cytoplasmic fragments, cell wall components and polysaccharide complexes obtained by inactivating and decomposing Bifidobacterium.

1. Bifida Ferment Lysate can repair skin and resist photoaging.
Bifid yeast can promote DNA repair, empower cells, replenish lost skin nutrition, young and healthy skin, and effectively protect skin from damage caused by ultraviolet rays, preventing photoaging of the epidermis and dermis.

2. Bifida Ferment Lysate can brighten skin tone and delay aging
Bifida yeast can also produce small molecules that are beneficial to skin care, including vitamin B complex, minerals, amino acids, etc. Brightens skin tone and delays aging effects.

3. Bifida Ferment Lysate can nourish the skin and stabilize the skin texture.
Bifida yeast is rich in nutrients, which can nourish the skin, stabilize the skin texture, and enhance the resistance of the skin barrier, especially the resistance to environmental changes. And it has a good anti-inflammatory effect, and can also relieve dryness and sensitivity of the skin, and relieve stress states such as facial redness and atopic dermatitis. Especially for young and mature skin, this nutrient is like a beauty needle, revitalizing the skin's energy and rejuvenating its youthful radiance.

We used to think that germs were enemy number one because it caused reactions on our skin. Naturally, people think we need to avoid germs.
Our skin naturally has a low pH of 4.7. This is the healthy level of our skin, and it is at this level that our skin is able to protect itself from harmful bacteria and the inflammation and irritation they cause.
Many cleansers on the market have a high pH, and these harsh cleansers can actually disrupt your skin's microbiome. When this happens, your skin loses its natural defenses (good bacteria), and you say hello to bad bacteria and other irritants.
What probiotic skincare proposes is that we have to teach our skin to have better immunity to germs, not keep them away. To do this, the bacteria don't have to be alive to be recognized by the skin. This is similar to how vaccines work.
Rather than implementing live cultures to actively fight harmful bacteria, the lysate is introduced into the skin microbiome, helping it learn how to strengthen itself. The skin forms a stronger barrier against those unwanted elements.