Peptides are gaining more and more attention over the years thanks to their various health benefits. One of which is BPC-157 which is said to have wound-healing effects. So is it true?
RELATED: The Scoop on Improving Brain performance with Binaural Beats
Discussing the Wound Healing Effects of BPC 157 on Tendons, Ligaments, and More
What Is BPC-157?
BPC-157 is made up of 15 amino acids in a peptide chain (a string of amino acids in a particular sequence). BPC-157 is derived from a specific protective stomach protein. However, most scientists consider it synthetic due to its unusual peptide chain sequence, which does not occur naturally in nature.
BPC-157 was given its name due to its capacity to repair bodily injuries swiftly, prevent central nervous system exhaustion from time-intensive activity, and maintain an anabolic condition post-workout.
A series of experiments on lab rats utilizing BPC-157 revealed that the peptides had a substantial protective impact on the intestinal system as well as the stomach. BPC-157 peptides also showed a variety of additional advantages for stomach ulcers, fistulas, inflammatory disorders, and enhanced bone and joint repair.
How Does BPC-157 Work?
Because BPC-157 is derived from a stomach protein, it is frequently used to treat stomach and intestine diseases such as fistulas, ulcers, and inflammatory conditions such as arthritis. BPC-157 has also been found to benefit patients who have suffered organ damage.
It’s also great for lingering ailments that require tissue rejuvenation. It appears to function by speeding up the pace of angiogenic repair. Angiogenesis is a critical dynamic process in wound healing because it allows for the creation of new blood vessels from old ones and is involved in establishing a microvascular network.
Additionally, BPC-157 dosage can vary depending on the condition or the personal health of the person. Overall, BPC-157 is an excellent choice for people suffering from joint discomfort, recovering from an injury, or seeking to enhance joint mobility.
BPC-157 Benefits
BPC-157 research has been ongoing since 1991, with no known harmful consequences. In clinical studies, BPC-157 peptides can:
- Accelerate wound healing for ligament, muscle, nerve, and tendon
- Has anti-inflammatory properties
- Enhance digestive system
- Can impro NO production
- Has been shown to help Inflammatory Bowel Syndrome
- Increases growth hormone receptors
- Ease pain in the damaged areas
- Protect and heal leaky gut (also known as intestinal epithelium)
- Protects the liver from toxic insults such as antibiotics, alcohol and promotes healing
BPC-157 For Tendon Healing
Besides the benefits discussed, the peptide is well-known for protecting against soft tissue injuries, such as tendons. A tendon is a flexible band of connective tissue positioned at the ends of muscles. When formed together, the bundle of tendons acts as a bridge connecting the muscles and bones, translating the contraction of muscles to the bones and joints.
This tendon mechanism is crucial for overall physical performance because it allows us to move freely. It also plays a vital role in injury prevention. While doing high-intensity workouts or carrying heavy loads, a tendon mitigates the strain on bones and muscles by absorbing the impact. Despite the perfect design for protective function, tendon injuries are relatively common among athletes or gym enthusiasts.
A few tendon injuries include Achilles, Peroneal Tendon, Patellar Tendon, and Glute. Injuries associated with tendons can occur from being overworked, accident, or aging and can be redeemed with physical therapies or simple interventions like resting or taking OTC painkillers. Other than that, the only way to fix a completely ruptured tendon is surgery.
What makes tendon injury a big concern for most is that tendon is slow to heal fully, coming to around 12-16 weeks depending on the type of injury and tear. Moreover, new tendons are always weaker, leading to higher recurrence risks. That said, BPC-157 has been considered a new approach to tendon repair. The peptide promotes the regeneration of tendons by stimulating the formation of blood vessels. One research reveals that BPC-157 injections help rats with Achilles tendon injuries heal almost completely.
Is BPC-157 Safe?
Peptide supplements are unlikely to produce significant adverse effects in healthy people because they are identical to peptides found in everyday meals. Though it is proven to be a safe and effective method to heal your damaged tendons and ligaments, it can also have some BPC-157 side effects.
Oral peptide supplements may not enter the circulation because the body breaks them down into separate amino acids. The researchers did not see any adverse effects in one study in which females received oral collagen peptide supplements for 8 weeks.
However, the Food and Drug Administration (FDA) in the United States does not regulate supplements in the same manner that it controls pharmaceuticals. As a result, when using supplements, consumers should proceed with caution.
Peptide-containing topical lotions and ointments may induce skin symptoms such as irritation, redness, and itching. Individuals should always purchase from a trustworthy provider and stop using if any bad responses develop. It is also a good idea to consult with a doctor before taking peptide supplements or utilizing peptide-containing topical treatments.
Those who are pregnant, nursing, on medicines, or have a medical problem should avoid utilizing peptides until they consult with their doctor.
If you have questions about BPC-157 or any of the conditions discussed here, connect with us and learn more.
At Peak Human, our team of healthcare professionals is dedicated to helping you reach your ‘peak’ health with a custom whole-person approach. Using the most cutting-edge, science-backed biohacking and aesthetic tools, technologies, and treatments available today, we help you achieve the highest physical/cognitive performance state, leading to an improved overall quality of life.
For questions or to book an appointment, don’t hesitate to contact us. Get personalized support and insight from expert physicians.
Up Next: