Peptides with a molecular weight below 1000 Da possess ten major physiological functions:

1. Carrier Function: Peptides exhibit carrier functions through their inherent physiological activity. They can carry other nutrients ingested by the body, such as calcium, iron, zinc, manganese, copper, potassium, sodium, various vitamins, and biotin, on their own molecular structure.

2. Chelation Function: Peptides can chelate with various macronutrients and trace elements, forming peptide-chelated calcium, peptide-chelated zinc, peptide-chelated iron, peptide-chelated copper, and peptide-chelated manganese. These chelated elements are 100% absorbed and utilized by the human body.

3. Adsorption Function: After entering the body, peptides can adsorb other nutrients consumed by the body onto their own structure.

4. Transport Function: Peptides demonstrate a transport function after entering the body. Through their loading and adsorption capabilities, they deliver various nutrients to the parts of the body where they are needed.

5. Dynamic Function: Once absorbed by the body, peptides provide the energy for physiological and biological processes through their own activity.

6. Neurotransmitter Function: After being absorbed, peptides act as neurotransmitters, transmitting information to the body’s organs and systems, making the body more intelligent, responsive, and better coordinated.

7. "Police" Function: Different peptides have specific roles. Some peptides act as "police," identifying mutated or defective peptides in the body. Once detected, they "mark" these peptides, which are then broken down by another peptide that acts like a "crusher" and expelled from the body.

8. Balancing Function: Peptides maintain balance in the body, similar to water overflowing from a full bottle. Peptides are metabolized at a very rapid rate, often faster than the rate at which they are ingested.

9. Energy Function: Proteins are the primary building blocks of the human body. The body absorbs proteins in the form of peptides. The higher the peptide content in the body, the stronger the activity and the greater the energy produced.

10. Antibody Function: After entering the body, peptides fuse with the cell membranes, causing the membranes to produce antibodies. These antibodies prevent various viruses from entering the cell membranes, protecting the body from infections and making it less prone to illness.