10th Generation Nucleic Acid Supplement

After twenty-five years of continuous research on nucleic acids, Fordays independently developed an original RNA material. Fordays’ 10th-generation nucleic acid supplement opens new possibilities for the future

Fordays has been conducting nucleic acid research since the launch of Natural DN Collagen in 1999. The focus was on producing energy (ATP), the core of energy and vitality, and independently developing RNA materials to achieve further progress. The nucleic acid material "coreF-Revo.1" has been completed by combining the original DNA material. The 10th-generation nucleic acid supplement is a remarkable advancement containing 1.2 times the amount of our proprietary RNA material with improved features.

＊The amount of torula yeast extract containing RNA

The new nucleic acid material coreF-Revo.1 was developed by focusing on the potential of combining DNA and RNA materials.

coreF-Revo.1

Unifying the in-house developed DNA and RNA materials
Universal Quality “Kakusan”

In-house developed DNA material: “FCore-2021”
（Salmon milt extract containing DNA）

After conducting numerous experiments, we found the most effective manufacturing conditions for conventional DNA preparations. This process involves selecting and combining specific enzymes and evaluating the methods for antioxidant function.
Additionally, we have established a patented process for quantitative analysis of nucleic acids and a molecular weight analysis method. This method allows us to develop, evaluate, analyze, and consistently manufacture our products.

DNA
  • High-molecular DNA（Polynucleotides）
  • Low-molecular DNA（Oligonucleotides）
  • Low-molecular DNA（Mononucleotides）
Broken-down protein molecules
  • Polypeptides
  • Oligopeptides
  • Amino acid
Newly Developed in 2023
In-house developed RNA material: “FCore-R2023”
(Torula yeast extract containing RNA)

Fordays has successfully optimized enzyme treatment conditions and reduced the molecular weight of RNA materials, including low-molecular RNA (oligonucleotides, mononucleotides) and conventional high-molecular RNA (polynucleotides).
RNA content has also increased, containing 1.2 times more than the previous product.

RNA
  • High-molecular RNA（Polynucleotides）
  • Low-molecular RNA（Oligonucleotides）
  • Low-molecular RNA（Mononucleotides）
New RNA Material FCore-R2023
（Distribution of RNA molecular weight）
New RNA Material FCore-R2023（Distribution of RNA molecular weight）
  • TOP ＞
  • The Three Key Advancements