BPC 157 Peptides comprise 15 Amino Acids derived from human gastric juices. Many experiments have shown how BPC 157 Peptides can heal different tissues. These include:
- Tendons
- Muscles
- Nervous System
- Ligaments
Thus, it’s pretty much safe to say that patients who suffer discomfort from those mentioned above can benefit from BPC 157 healing work as this peptide can increase the blood flow going back to the areas of injuries. It can protect organs, prevent stomach ulcers, and even heal skin burns.
BPC 157 Peptides or the Gastric Pentadecapeptide BPC 157 have also been found to have a promoting effect when it comes to tendon healing involving:
- Tendon Outgrowth
- Cell Survival
- Cell Mitigation
WHAT ELSE IS BPC 157 KNOWN FOR?
BPC 157 is also a partial sequence from the human gastric protein BPC. It:
- It has been found in isolated gastric juice
- Found out to be stable and very much resistant to hydrolysis or enzyme digestion
- Easily dissolved in water
- It does not need any carrier to be applied
- It has been found to heal wounds such as:
- Gastric ulcer
- Skin
- Cornea
- Muscle
- Colon-Colon Anastomosis
- Colocutaneous Fistula
- And even Segmental Bone Defect
The BPC 157 has also been found to speed up the healing process of Transected Rat Achilles Tendon and even the Medial Collateral Ligament of Knee.
Currently, this is being used for clinical trials to heal inflammatory bowel disease.
Let’s take a closer look at BPC 157’s mechanisms.
Although its healing process has not been fully and clearly understood as of the moment yet, since it is still undergoing clinical trials, it has been said that it may have a control function of collagen fragments.
Also, it has been showing its connection with bone function proteins.
Here’s Everything You Need to Know About BPC 157
Do you know anyone who has been injured because of any sports activity?
Or, have you ever hurt yourself because of sports?
Injuries such as tendon injuries are very common in any sports event. Well, truth be told, getting injured is inevitable because of how strenuous and physical sports can be (such as soccer, baseball, or hockey).
Most of the time, these tendon injuries result from tearing tendons because of overuse. And let me tell you, tendons healing from injuries can be quite poor and slow.
Previously, a lot of ways have been used to try to heal torn tendons, such as using:
- Epidermal Growth Factor (EGF)
- Transforming Growth Factor (TGF-β)
- Bone Morphogenetic Proteins (BMPs)
But, did you know that it has been found that Gastric Pentadecapeptide BPC 157 was seen to have enhanced healing of wounds (such as tendon injuries)?
Today, let’s get to know more about the Gastric Pentadecapeptide BPC 157 and its benefits to the medical field.
WHAT ARE BPC 157 PEPTIDES COMMONLY USED FOR?
As it is derived from a specific protein found in the stomach, BPC 157 Peptides are often used to treat conditions and disorders in the intestine.
It can also help the medical field treat ulcers and those suffering from inflammatory conditions.
Other uses of BPC 157 include being able to help people lose a few pounds because of its therapeutic and aesthetic properties, which is a big help when it comes to health and fitness goals.
BENEFITS OF BPC-157
Researchers have conducted numerous studies on BPC-157 that have been showing protective effects that extend from benefits to the stomach and intestinal tracts only.
BPC-157 benefits:
- Ulcers in the stomach
- Intestinal damage (such as fistulas)
- Inflammatory disorders
- Bone and Joint healing growth rates
- Organ Damage
- Treatment for Celiac and Crohn’s disease
BPC-157 also helps accelerate wound healing, increase fibroblasts, improve Nitric Oxide and digestive function, and even enhance vascular expression of VEGFR2.
When it comes to the healing of wounds, BPC 157 can heal beyond just the surface, as this can treat skin burns. It can even improve blood flow and increase collagen production. It also repairs ligaments and tendon-to-bone damage.
BPC-157 has also relieved people suffering from muscle sprain, tears, and other types of injuries.