IFN research institute breaks 80°C thermal stability, redefining industry standards.
The IFN Biologics Industry Research Institute announced that its Type III humanized recombinant collagen achieves a thermal denaturation temperature above 80°C, far exceeding the 40–60°C of conventional collagen. Produced by AI protein design and yeast expression, the full triple-helix collagen with >95% purity (verified by SDS-PAGE/HPLC) forms a soft gel at 4°C, offering a more stable and safer raw material for medical aesthetics, functional skincare and medical devices.
2026-11-11
Industry NewsRecombinant Metallothionein (MT) is a cysteine-rich protein of approximately 6-7 kDa that directly quenches hydroxyl radicals and upregulates SOD and glutathione expression, with overall antioxidant efficacy significantly higher than conventional doses of glutathione. This article explains the mechanisms of heavy metal chelation and tyrosinase copper ion chelation, the recommended addition level of 0.01%-0.1%, pH 5.0-7.0 compatibility, low-temperature feeding below 40°C, and storage at 2-8°C.
2026-10-28
Industry NewsElastin cooperates with collagen to provide rebound support through a highly cross-linked network structure. Explain the penetration level of hydrolyzed elastin, the addition amount of 0.1%-5.0%, the compatibility of pH 4.5-7.5, the key points of feeding below 45℃ and preventing mud rubbing.
2026-10-21
Industry NewsMussel mucin (MAP) relies on DOPA residues to form a breathable and highly adhesive film on wet surfaces. The three major properties of wet surface adhesion, breathable film formation, and anti-friction are explained to formulators, as well as the logic of compounding with recombinant type III collagen and fibronectin and the key points of preventing discoloration at pH 4.0–6.5.
