Recent social studies show a surprising global trend and phenomenon occurring when approaching the age of 25. Where one's skin dermatoglyphics, body shape, and health status starts to "sudden acceleration of the aging process." Asana 360's story began in 2001, focusing on anti-aging, with passion and professionalism throughout the years, combining traditional wisdom with innovative biotechnology, committed to innovation, because of everyone's belief of how biotechnology can help humans fight against aging, thus changing the world. Through the continuous faith that "Better Ingredients brings Better Effects," GMP professional production targets Asian Body type creating a series of the most unique, efficient, differentiating young up product and resolution plans.


Through the application of Asana 360's school of physical therapy, genetics, and life science, we have faith that your body can also “Young up”. Up till today, Asana 360 has over one hundred thousand members, along with endorsement and support from top celebrities and well-known figures, Asana 360 has established its position as a leader and pioneer of its market. By always keeping our customers at the center of attention, we can build a big health platform that genuinely helps others and fight against the process of aging together. Continuous, ceaseless, disregard age, stay young together and enjoy a proud and fruitful life.


Welcome to join us in the process of writing our significant health era together.

Global networking study and innovation

To Asana 360, anti-aging is a form of nature study and scientific adventure. To expand its advantage, the group's investigation and innovation team maintain an open and accepting attitude and perspective regarding integrating with the rest of the world. Thus in the past ten years, the group continuously uses its new innovative networking method to stay connected to different top studies globally. The group puts in effort and resources every day in search of better active ingredients and tries better biotechnology to achieve better results. The group attempts to produce better products for tomorrow and to redefine the terms rejuvenation in the field.

Better ingredients, Better effect

Under the principle that perfection does not exist; hence, there will always be room for improvements. The group’s effort towards finding better ingredients, using enzymes, stem cells, peptide, and other bioactive technology to provide better results, and materializing people’s search for natural and curative effects. With the group’s worldwide research and innovative networking, its professional team is proactively participating in different purchasing of different bio-technologically combined raw materials, to produce the most effective ingredients. The group is also keen on maintaining quality, product safety, and protecting our environment because all of these factors are the same pillar of the group’s success. The group believes that they can do better every day.


Enzymes are one of the group's central focus concerning one's health and the application of techniques. Enzymes can often be found as spherically shaped protein, singularly causing effect or part of a much larger compound. They take up different biological functions within a living organism. It is essential to control signal transmission and cell adjustments. Almost every cell's metabolic process requires enzymes to catalyze and sustain the rate of metabolic pathways. Enzymes also determine the amount of energy being produced during the metabolic process and activates its activity through muscles' contraction. Enzymes are also responsible for other essential biological functions, such as aiding the absorption of nutrients in the digestives system.

The production of enzymes is the core of the modern biotechnology industry. The appearance of genetic engineering leads to the mass production of enzymes. Such development is incredibly unique to enzymes with healing characteristics. Enzymes with healing effects can now be mass-produced to satisfy the quantity needed for clinical use. The production of Enzymes for intestinal use will also continue to be significant within the biotech industry.

Stem cells

Stem cells are the bases for the development of both plants and animals. Many different stem cells come from other parts of the body or are formed during different periods of one's life. There are two widely common types of stem cells in mammals: embryonic stem cells and somatic stem cells. Embryonic stem cells only exist during the early stages of the developmental process, along with all sorts of categorically specific tissue stem cells, it appears during the embryonic stages of one's life and is preserved in one's body throughout one's whole life, somatic stem cells are often applied in different medical treatments. In contrast, embryonic stem cells have also been suggested as a potential candidate for successful future therapies.

The study of stem cells involves different biotechnological techniques, such as genetic analysis of stem cells, biological agents, and the stem cell's biological research. The stem cell is another primary focus, in terms of studies and applicational technique, of the group aiming to improve one's health. Scientists are using genetic inheritance to expand the potential medical treatment uses of stem cells. Before transplanting to the body, it is possible to alter the stem cells to produce enzymes and factors, such as insulin. Stem cells can also be changed to counteract and resist certain infections.

Biological peptide

Biological peptide is one of the three primary study focus and application techniques of our group. They are short polymer formed through chains of an amino acid (usually≤100), including some of the essential parts of the formation, including enzymes and hormones, where the connection between one amino acid residue and another is called peptide bond amide bonds.

The drive for the biological peptide's medical treatment study is the Human genome project, which led to BNA sequencing when identifying through physics and function human being's genetic sequence consisting of around 20,000 - 25,000 genes. A recent market and technical research report show that there are currently there are over 40 types of already approved drugs, which uses biological peptide as bases, that are already being used, and that about 800 types are being used to treat allergies, Alzheimer, Huntington's Disease, and Parkinson's. Biological peptides are usually characterized as low in toxin and stable while also displaying minimal toxicity issues.


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