JointSciences® Joint & Bone Gel

JointSciences® Joint & Bone Gel

JointSciences® Joint & Bone Gel is renowned for its effectiveness in treating a broad range of orthopedic issues.

Joints and bones are important components of the human body. They provide support and protection for the body, participate in body movements and activities, and maintain posture and balance. The bone matrix is the main component of the skeleton, providing structural support and stiffness to the bones, bearing weight and supporting the body. Collagen in the bone matrix is the main component that makes up bone, accounting for more than 90%y of its dry weight. Collagen peptides are short-chain peptides derived from the breakdown of collagen, which can be more easily absorbed and utilized by the body to promote the growth and repair of bone cells and accelerate the healing of fractures.

When bones are damaged, the bone matrix decreases and collagen is lost, which can lead to further joint and bone damage. Collagen peptides can restore bone matrix levels, thus reducing cellular damage and inflammatory response caused by oxidative stress, thus acting as an antioxidant and maintaining joint and bone health for normal movement and quality of life of the body.

Many researchers have concluded that the bone matrix in the joints is one of the major factors contributing to the progression of joint disease. This can lead to the development of a range of joint diseases, including osteoarthritis, rheumatoid arthritis, bursitis, tendonitis, osteoporosis, gout, carpal tunnel syndrome, ligament sprains and strains, bunion deformities, and tennis elbow. Researchers demonstrated that giving high doses of bone matrix intravenously to patients with severe arthritis significantly improved their bone quality test results.

Dr. James Aedraws and JointSciences® Joint & Bone Gel

Dr. James Aedraws is a renowned Doctor of Osteopathic Medicine with decades of experience in the field. Throughout his career, he has achieved numerous honors, such as being awarded the prestigious Star of Excellence Award for his contributions to the field of orthopedic medicine.
“As a Doctor of Osteopathic Medicine, I highly recommend JointSciences® Joint and Bone Drops for those suffering from joint and bone related conditions such as osteoarthritis, osteoporosis and inflammation. These gel contain a variety of ingredients, especially collagen, which is needed by the body, and this type of ingredient is extracted to provide a great relief and treatment for many patients who are suffering from arthritis pain. I can say that JointSciences® Joint & Bone Gel is a milestone in my research career. I am proud that our team has created a wonderful way for more people to regain their liver health.“

Collagen peptides have been proven to be more beneficial than collagen for human absorption. Collagen is a large fibrous hard protein, which cannot be absorbed directly after consumption, but needs to be digested and decomposed into small peptides or free amino acids before it can be absorbed by the human body and become effective, and the absorption rate is very low. The collagen peptide is a small molecule peptide formed after the artificial protease treatment of collagen, the relative molecular mass is several hundred to several thousand, the human body can be effectively absorbed after consumption, the absorption rate can reach 90% or even more, compared to collagen, has a higher efficacy.

The use of JointSciences® Joint & Bone Gel can restore the collagen deficiency in the bones of the human body so that more bone matrix can protect their joints from injuries, viral infections, drug-induced injuries, arthritis or autoimmune inflammatory diseases that cause ongoing joint problems.

A new and highly effective method of bone repair

JointSciences® Joint & Bone Gel uses microdrop technology to concentrate active ingredients in microdrops that act at each joint of the body to promote movement between bones and regeneration of the bone matrix. It has the advantages of high targeting, high concentration of action and high absorption efficiency compared to ordinary topical drugs.