Difference from salmon and other plant-based PDRN

Unlike traditional Salmon PDRN, Microalgae CV-66 PDRN delivers superior efficacy, featuring a higher whitening potency (13 ug/ml EC50) and a faster wound healing rate of 178.8%. CV-66 achieves the exact same whitening efficacy as Salmon PDRN using only 33% of the active concentration. This higher potency allows for more elegant formulations and less material.

While common botanical alternatives like Rose and Centella remain biologically inactive or inhibitory, CV-66 stands as the only plant-based derivative to outperform animal-derived benchmarks. This 100% vegan and sustainable innovation provides a high-performance, ethical solution for advanced skincare, ensuring maximum tissue regeneration without ecological compromise.

Bioassay Studies of Microalgae CV-66 PDRN

What is a Cell Migration Test?

A migration test is essentially a laboratory "race track" where we create a microscopic gap and measure how far and how fast cells can travel across it within a set timeframe, 72 hours in this case. The faster the cells move, the better the ingredient is to energize the cells.

Understanding the Chart: Microalgae CV-66’s Performance

The provided chart illustrates the results of a 72-hour "Migration Race" comparing different treatments. The Control group represents the body’s natural, unassisted repair speed, covering only 1.65 cm. While the industry-standard Salmon PDRN improved this distance to 2.15 cm, Microalgae CV-66 PDRN delivered an unprecedented performance by reaching 2.95 cm. This data proves that CV-66 acts like a high-performance engine for your cells, driving them to migrate over 37% faster than the leading animal-derived alternative. In practical terms, this means CV-66 doesn't just support healing; it significantly accelerates the entire recovery process, closing the "gap" in record time.

What is a Scratch Assay?

The Scratch Assay is designed to simulate a real-world injury. When you "scratch" the cells, you create a physical void. To fill this void, cells must do two things: move into the space and multiply (divide) to create new tissue.

Visual Evidence: The 72-Hour Race to Closure

The chart provides a time-lapse view of this "repair job" over three days (0h to 72h). In the Control row, the gap remains wide open even after 72 hours, showing very little natural progress. Salmon PDRN shows some movement, but a distinct, empty path is still visible at the end of the study. However, the CV-66 PDRN row shows a dramatic difference: by the 24-hour mark, the cells are already flooding the gap, and by 72 hours, the gap has reached near-complete closure. This microscopic evidence proves that CV-66 triggers a "rapid mobilization" of skin cells, drastically shortening the time it takes for the tissue to knit itself back together compared to traditional industry standards.