The new peptide bioregulators are the same Khavinson's formula peptides that you were used to, but now it is possible to have multiple different peptide complexes in one capsule. With the new peptides, one box of 20 or 60 capsules can contain up to 5 different peptide variations with the same dosage at no compromise! As of now, there are combinations of 3 and 5 peptides in one box. You can also pair these with the original Khavinson peptides to increase the dosage of a specific peptide. Complex "Osteo 3 Plus" has no drawbacks of synthetic preparations and has high efficiency: Bioregulators help improve the function of the musculoskeletal system by optimizing the ratio of calcium ions and phosphorus in bone tissue. This is done both by activating the production of parathormone and tubular bone cells. By activating the thymus function, the peptides support the immune system and accelerate the recovery of joints and cartilages. PEPTIDE COMPLEX OSTEO 3 PLUS "Osteo 3 Plus" is a complex of natural polypeptides, which is designed to maintain the normal function of the musculoskeletal system, improve calcium metabolism in the body and reduce the negative impact of external and internal factors on the musculoskeletal system. Due to its influence on the immune system, bone tissue and parathyroid gland functions, the use of bioregulators helps maintain the physiological level of calcium in the tubular bones. With age, the human body loses calcium, especially in women with the onset of 45-50 years. To offset the undesirable effects of such changes, a set of bioregulators "Osteo 3 Plus" was developed. Each capsule is made up of: A-4 Sigumir Cartilage peptides A-21 Bonothyrk Parathyroid gland peptides A-6 Vladonix Thymus peptides Directions: 1-2 capsules 2 times a day. The ability to stand on its own two feet Peptides of the complex "Osteo 3 Plus" cause noticeable improvements in the state of the musculoskeletal system. They help to maintain sufficient bone mineral density, improve the process of cartilage and bone tissue repair, protect joints from destructive changes due to age, increased stress or metabolic disorders.