Bioactive Collagen Peptides:
Generic collagen typing has been replaced with precise and targeted peptides. This new generation of collagen is designed not just as building blocks, but as powerful activators for the specific benefits you seek.
Not all collagen is made the same
Since the body is made up of various types of collagen (I, II, III, etc.), it may seem logical to consume a collagen type that correlates with your area of concern. However, contrary to popular belief, the type of collagen is not as important as once thought.
Typed collagen peptides are an early generation of collagen supplements and were not designed to specialize in their delivery. As a result, you get a scattershot approach instead of one that is laser-focused on the benefits you seek.
The latest generation of collagen peptides offers more than just building blocks of collagen — they have been thoroughly studied and are shown to activate cellular synthesis where you need it most. These new generation peptides are better known as bioactive collagen peptides (BCPs).
Years of research and multiple studies later showed that the specific weight and length of the peptides matter more than the type. The shape of BCPs creates unique chains that fit like a key into a lock for the targeted area.
BCPs activate cellular synthesis exactly where you need it, be it skin, joints, bones or muscle. Backed by numerous clinical studies and trials, they are shown to deliver the targeted results individuals are seeking.
Breaking down the differences between generic collagen and bioactive collagen peptides (BCPs).
FINALLY, COLLAGEN THAT DELIVERS TARGETED RESULTS
The creation of BCPs has allowed us to unlock collagen’s true power — and create a lineup of products that deliver the targeted results you’re looking for.
Disclaimer: These images are highly abstract and illustrative visual representations created to convey the concept of targeted action and precision at a cellular level. They are not an actual scientific depiction of Bioactive Collagen Peptides (BCPs) or their interaction with cells.