Comparing the relationship between collagen (protein), amino acids, and peptides
Source: Taiwan Food Research Institute
Comparing the relationship between collagen (protein), amino acids, and peptides Read More »
Collagen with a purity below 90% is used in food products. Collagen with a purity between 90% and 95% is used as a cosmetic ingredient. Collagen with a purity above 95% (with the remaining content mostly being moisture and sterile-treated) can be used for medical-grade applications.
How can collagen be used depending on its purity level? Read More »
The raw material is sourced from fish scales, which eliminates concerns about zoonotic viruses. According to testing reports from National Pingtung University of Science and Technology, the product’s purity ranges from 96.62% to 98%, outperforming two well-known Japanese brands (90–91%) and even surpassing the 95% purity developed by Taiwan’s Fisheries Research Institute. What’s even more
What are the advantages of our fish collagen peptides? Read More »
It can enhance immune function Inhibit cancer cell growth Activate cellular functions Promote blood clotting Relieve joint pain and arthritis Prevent skin aging Reduce wrinkles, among other functional benefits.
What are the benefits of taking collagen? Read More »
Collagen, commonly known as a connective protein, has a large molecular structure. After ingestion, it remains in the stomach, where gastric acid (dilute hydrochloric acid) breaks it down into amino acids. These amino acids are then absorbed through the duodenum and transported to the liver, where they are first synthesized into peptides. Depending on the
How Does the Human Body Absorb Collagen? Read More »
According to research, after the age of 25, the collagen in human tissues decreases by about 1.5% each year — meaning that every decade, approximately 15% of collagen is lost. As a result, connective tissues rich in collagen, such as skin, bones, cartilage, and muscles, begin to show visible signs of aging and deterioration.
What is the metabolic behavior of collagen in the human body? Read More »
Japan is the most advanced country in applying peptides—derived from collagen hydrolysis—to food. Initially, they were developed as space food for astronauts and nutritional supplements for Olympic athletes. Later, peptides were incorporated into school lunch programs and provided free of charge to kindergarten, elementary, and middle school students. This initiative led to a rapid increase
In which fields are peptides applied internationally? Read More »
Peptides are called “peptides” in English and referred to as “核酸” (nucleic acids) in Japanese. Currently, in Western countries, they are used as dietary supplements to support the treatment of cardiovascular diseases and cancer. In Japan, peptides are regarded as a “secret weapon” and are planned to be launched in about two years as a
What is the foreign name for peptides, and what are they generally used for? Read More »
Peptides can generally be divided into two major categories: animal-based peptides and plant-based peptides. The small-molecule peptides that are commonly advertised on the market are mostly plant-based peptides, which have a single-chain planar structure and are composed of seventeen to eighteen types of amino acids, such as soy isoflavones in food and kinetin in cosmetics.
Milkfish is rich in nutrients. In the past, when the economy was less prosperous, people would eat milkfish to nourish their bodies after childbirth, surgery, or illness. Milkfish was also known as “milk fish” or “milky fish” due to its nutritious content. Additionally, milkfish scales have high compatibility and low rejection rates when combined with
What are the advantages of using milkfish scales as a raw material? Read More »