Peptide Knowledge

Q: What are the current market development prospects for peptide collagen foods? In which product fields can they be applied? A: According to a research report by the Food Industry Research and Development Institute, peptide collagen possesses a very wide range of functional and application potentials. In addition to the widely known fields, it can […]

The “Type” of collagen (e.g., Type I, Type II) is determined solely by the chronological order in which they were discovered by scientists in the human body. It does not indicate quality or grade. Type I Collagen: The very first collagen discovered. It is abundantly found in the skin and is the key to maintaining

The prefix of a peptide indicates how many amino acids are linked together in a chain. For example, a dipeptide is a chain of two amino acids, and a tripeptide consists of three. Notable examples include Coenzyme Q10, which acts similarly to a pentapeptide (five amino acids), and Argireline, which is a hexapeptide (six amino

Q: Why must anti-aging and chronic disease prevention begin with “activating DNA and cellular functions”? A: Facing highly processed diets and lifestyle stress, many people nowadays experience accelerated aging without even realizing it. In reality, all bodily functions and overall health are ultimately determined by the condition of our cells. Activating functions from the foundational

Q: People usually associate collagen with skincare. What other critical impacts does it have on our overall health? A: While many believe collagen is strictly for skin elasticity and radiance, preventive medicine views it as the “reinforcing steel and concrete” of the human body. Collagen is widely distributed throughout our internal organs, blood vessel walls,

Our body functions like a precision factory operating 24/7, where every single process—from digestion and metabolism to cellular repair—highly relies on “enzymes” as catalysts. To keep this factory running smoothly, we must balance the two core components of the enzyme system: The Breakdown Action of “Primary Enzymes”: Responsible for precisely breaking down the food and

The rise of collagen peptides is driven by three core factors: a revolutionary update in medical textbooks, a pivotal discovery in human physical performance, and breakthroughs in biotechnology: A Shift in Authoritative Medical Theory: Take the medical school classic Review of Medical Physiology by Ganong as an example. A decade ago, the textbook explained human

Collagen is the most abundant and vital structural protein in the human body, widely distributed across major systems that sustain life. Primary Distribution Areas: Includes the skin, blood vessels, nervous system, connective tissues, immunoglobulins, internal organs, and cartilage. Core Physical Function: Collagen is primarily responsible for providing structural toughness and elasticity. In the human body,

The composition of a healthy human body follows strict scientific proportions, sustained primarily by water and essential nutrients: Water: Accounts for 60% of total body weight, serving as the fundamental environment for metabolism and circulation. Protein: Accounts for 18% of total body weight, acting as the core material for building body cells and tissues. Collagen:

Many people only begin to pay attention to their health when their body sends out warning signs, often overlooking the foundation of daily physiological operations. From the perspective of modern biological science, the human body is actually an extremely precise “protein machine.” From the beating of the heart and the transmission of nerve signals to