BGT Hair-KPro vs. SH-Oligopeptide-78: Which Delivers Better Hair Repair?
The field of life sciences is undergoing a revolutionary transformation, with AI stepping into a space previously occupied only by nature and human ingenuity. One remarkable outcome of this intersection is BGT™ Hair-KPro, a groundbreaking peptide engineered to strengthen and repair damaged hair—and notably, the first self-assembling hair peptide created through artificial intelligence. Crafted by Bio Genetic Technology (BGT), BGT™ Hair-KPro promises to usher in a new era of hair care with its unique peptide design, superior performance to its competitors, and sustainable manufacturing process.
The Science Behind BGT™ Hair-KPro
BGT™ Hair-KPro is not just another product on the shelf—it represents an entirely new class of hair-strengthening treatments. Developed by combining Nobel Prize-winning protein evolution technology and BGT’s proprietary AI-based protein generation platform, the peptide was designed to mimic the natural structure of keratin, the very protein that forms the building blocks of our hair. What makes it truly special, however, is its self-assembling nature.
Self-assembling peptides are capable of forming supramolecular structures through non-covalent interactions, which means that BGT™ Hair-KPro can naturally gather and concentrate in areas of damaged hair, effectively delivering targeted treatment. It repairs and strengthens the hair by forming new disulfide bonds—these are the key connections responsible for the structural integrity of hair fibers. The peptide also employs hydrophobic interactions, which help restore the natural elasticity and resilience of the hair.
How AI Made It Possible
The creation of BGT™ Hair-KPro is an outstanding example of artificial intelligence applied to biotechnology. BGT used an AI-driven protein generation evolution platform to identify and synthesize a peptide with optimal characteristics for hair repair. The AI platform consists of two main algorithms: Cybele, which generates and iterates new protein structures, and Mors, which implements natural selection principles to eliminate non-functional peptides. For example, Cybele might generate thousands of potential protein structures, while Mors evaluates each one, discarding those without the desired properties and allowing only the most promising candidates to advance. This iterative process continues until a highly effective peptide is obtained. Together, these algorithms enabled a unique form of accelerated evolution in the lab, producing a peptide specifically tailored to rebuild and strengthen hair.
With the assistance of Ceres, a “wet lab” validation system, each candidate peptide underwent rigorous laboratory tests, ensuring that only the most effective versions reached final production. The entire process embodies a synergy between digital innovation and biological science, resulting in a product that is both highly functional and tailored to meet the unique demands of the haircare industry, such as improving hair elasticity, increasing breakage resistance, and providing targeted repair for chemically treated hair.
Advantages Over SH-Oligopeptide-78
When compared to industry-standard ingredients like SH-Oligopeptide-78, BGT™ Hair-KPro offers distinct advantages. For one, BGT™ Hair-KPro was engineered specifically to be self-assembling, which SH-Oligopeptide-78 is not. This self-assembly allows BGT™ Hair-KPro to form concentrated peptide clusters in damaged areas, providing more targeted repair. It enhances the deposition of active ingredients exactly where they are needed, resulting in a more effective and lasting restoration of hair strength and elasticity. This means that upon application, BGT™ Hair-KPro can form numerous peptide clusters in targeted damaged areas, allowing a far more concentrated and effective repair process.
Additionally, BGT™ Hair-KPro features a specially optimized sequence of cysteine, a sulfur-containing amino acid known for its ability to create strong disulfide bonds. These bonds are critical for the strength and flexibility of hair. While SH-Oligopeptide-78 also aims to reform broken disulfide bonds, the optimization that BGT™ Hair-KPro underwent using AI has enhanced its binding capabilities, leading to superior hair repair outcomes.
The difference is especially apparent when examining the clinical performance of the peptides. BGT™ Hair-KPro showed significantly better results in increasing hair elasticity, breakage resistance, and visual restoration, providing a noticeable improvement in the overall health and appearance of the treated hair. In a series of tests, both peptides were applied to physically and chemically damaged hair fibers. While both demonstrated the ability to significantly improve hair strength, BGT™ Hair-KPro consistently outperformed SH-Oligopeptide-78. For example, BGT™ Hair-KPro increased the breakage force of treated hair by an average of 30% compared to 20% for SH-Oligopeptide-78, and visual improvements in damaged hair were rated 25% higher for BGT™ Hair-KPro during clinical evaluations. Whether measured by the ability to increase breakage force or the overall visual improvement of damaged hair, BGT™ Hair-KPro’s performance was notably superior.
Clinical Testing Results
BGT™ Hair-KPro has undergone rigorous testing to ensure its efficacy. In a physical damage repair test, hair fibers that had been physically weakened were treated with BGT™ Hair-KPro and SH-Oligopeptide-78 solutions for comparison. The results showed that both peptides improved the overall appearance and strength of the hair, but BGT™ Hair-KPro provided a more significant improvement, especially in terms of elasticity and resistance to breakage.
In a hair strength test, both peptides were applied to clusters of healthy hair fibers. BGT™ Hair-KPro showed superior performance by significantly increasing the breakage force needed to snap the treated hair compared to SH-Oligopeptide-78, indicating enhanced reinforcement of the keratin structure.
A similar outcome was observed in tests with chemically damaged hair. BGT™ Hair-KPro outperformed SH-Oligopeptide-78 by increasing the breakage force needed to snap the treated hair, indicating superior reinforcement of the keratin structure. The self-assembling characteristic of BGT™ Hair-KPro was key here—it ensured a more substantial peptide deposition in the areas where the hair needed the most repair, leading to a more thorough restoration.
Sustainable Manufacturing and Applications
The benefits of BGT™ Hair-KPro extend beyond efficacy; the peptide is designed to be compliant with stringent safety regulations, including those in China, one of the largest markets for haircare products. BGT’s focus on sustainable, AI-driven production minimizes the use of harmful chemicals often seen in traditional hair treatments, such as strong alkaline agents, thioglycolates, sodium or lithium hydroxide, and formaldehyde. The self-assembling nature of the peptide not only makes it a powerful repair agent but also reduces the quantity needed for effective results, making it a more sustainable option for consumers.
BGT™ Hair-KPro comes in the form of a white powder that can be readily integrated into various formulations, including conditioners, shampoos, creams, serums, gels, and even sprays. Its versatility makes it suitable for daily hair repair treatments as well as professional-grade restorative applications, providing a scalable solution for haircare manufacturers aiming to meet diverse consumer needs.
A Glimpse of the Future
BGT™ Hair-KPro offers a glimpse into the future of biotechnology-enabled cosmetics, where AI helps us craft solutions previously thought impossible. By bridging natural biology and computational power, Bio Genetic Technology has created a product that redefines what’s possible in hair repair—a testament to the transformative power of artificial intelligence in life sciences.
Whether you’re a formulator searching for cutting-edge ingredients or a consumer seeking the best in hair repair technology, BGT™ Hair-KPro stands as a beacon of innovation, reminding us that sometimes the best solutions come not just from nature, but from our ability to understand and build upon it. As we continue to explore the intersection of AI and life sciences, the potential applications in beauty, health, and beyond are virtually limitless, paving the way for even more groundbreaking innovations.
