Placenta hydrolyzate containing highly active peptides, nucleotides, amino acids, mucopolysaccharides, hyaluronic acid, trace elements. Processed under controlled conditions using our developed method of controlling the temperature and concentration regimes were selected taking into account the achievement of 100% sterilization of the resulting hydrolyzate and the maximum yield of amino acids, biologically active peptides, low molecular weight nucleic acids, hyaluronic acid, and essential amino acids. The Placenta is from animal origin and is designed to be used orally, nasally, in a nebulizer or topically and is of the highest quality.
Form: 20ml liquid.
Main identified properties:
- Powerful regenerative, reparative, tonic and rejuvenating effect.
- Anti-inflammatory action (all inflammatory processes are stopped).
- Restores the immune system, acts as an immunomodulator, as it changes the links in the chain of the immune system depending on the situation. Therapeutic action (pain reliever).
- Hepatoprotective action (protects and renews liver cells).
- Capillaroprotective action (restores capillary blood flow, complexion improves in two weeks).
- Rheology and blood formula are restored. Improves metabolism.
- Stimulates the production of fibroblasts, which are responsible for the synthesis of elastin and collagen.
- Restores sexual function.
- It has a powerful protective effect against free radicals, thereby preventing aging and chronic diseases.
- In terms of anti-burn effect, epithelization of ulcers, wounds, treatment of skin diseases, placental hydrolyzate and cosmetic products based on it are unmatched.
- As part of complex therapy, it allows to reduce the duration of treatment / reduce the dosage of antibiotics and other drugs with side effects.
Biological effect:
- Allergies, weakened immunity, gynecological diseases (cysts, inflammation, infertility).
- Urology (cystitis, pyelonephritis, urolithiasis, prostatitis, adenoma).
- Diseases of the gastrointestinal tract (stomach and duodenal ulcer, gastritis, dysbacteriosis, hemorrhoids, etc.).
- Liver diseases (hepatitis, cholecystitis, cirrhosis).
- Lung diseases (bronchitis, tuberculosis, asthma).
- ENT diseases (sinusitis, otitis media, rhinitis, laryngitis, tonsillitis, stomatitis).
- Diseases of the cardiovascular system (stroke, heart attack, arrhythmia, varicose veins, hypertension, thrombophlebitis, hypotension).
- Diseases of the nervous system (cerebral palsy, paralysis, osteochondrosis, sciatica, epilepsy, etc.).
- Endocrine and hormonal disorders, including diabetes mellitus, skin diseases (neurodermatitis, dermatitis, psoriasis, trophic ulcers, fungal diseases, lupus erythematosus, cracks).
- Joint diseases (arthritis, arthrosis, joint deformity, gout).
- Climacteric disorders, menstrual disorders, mastitis.
- Eye diseases (conjunctivitis, glaucoma, cataract, dystrophic processes in the cornea, lens, retina).
- Baldness, beriberi, periodontal disease, influenza, SARS, herpes, sleep disturbance, depression, stress, etc.
- Diseases during radiation and chemotherapy in cancer patients.
The placenta is an embryonic tissue that is formed during the development of the fetus mainly from the cells of the embryo and binds the organisms of the mother and fetus during pregnancy. It cleanses the blood that goes to the unborn baby from harmful, toxic substances, supplies the fetus with all the substances it needs, necessary for its life and protection from external factors that threaten its health. But placental tissue in its raw form cannot be used for cosmetic and therapeutic purposes due to its microbial and viral contamination, as well as due to the possible allergization of the body by high molecular weight proteins and other macromolecules.
Emulsion preparations of denatured placenta were the first placental preparations. Their production began in the 30s of the twentieth century. At that time they played a certain positive role. But all over the world they were soon abandoned due to a whole range of negative parameters (free radicals, heavy metals, hormones, low percentage of assimilation by the body) and switched to the use of drugs from the placenta obtained in the process of acid hydrolysis.
These preparations were superior to emulsion preparations in all respects, but they also had certain disadvantages – salts, difficulties with the stabilization of the hydrolyzate, and some others.
Recently, a more advanced technology for the production of placenta hydrolyzate has been obtained, devoid of the above disadvantages. The main element of this technology is enzymatic hydrolysis.
What is a hydrolyzate?
The term hydrolyzate refers to the product obtained in the hydrolysis process. Hydrolysis literally translated from Latin is the process of splitting something with the help of water. In the case of the placenta, we are talking about the splitting of chemical bonds (usually peptide and ester bonds) in the composition of macromolecular protein and polysaccharide complexes that form the placental tissue with water.
How is the hydrolyzate obtained?
The placental tissue is finely ground and special substances called hydrolysis catalysts are added to it. They can be acids, bases or natural biocatalysts – enzymes. Depending on the type of catalyst, the selectivity (selectivity of cleavage of certain bonds) of the hydrolyzate will change. Therefore, to obtain a product with the necessary balance of peptides, amino acids, etc. requires its own specific catalyst. Then, after a certain time after adding the catalyst, the hydrolysis process is interrupted and the mixture is subjected to purification – centrifugation, clarification and filtration.
It is important to know that the hydrolyzate is different from the hydrolyzate. Exhaustive (one hundred percent) hydrolysis deprives the placental tissue of individuality, turning it into a trivial mixture of amino acids, monosaccharides and other low molecular weight components, largely devoid of biological activity. Therefore, when obtaining a biologically active drug, only partial hydrolysis of the tissue is carried out. Placental extracts obtained without deep processing of the placenta and containing high molecular weight placental proteins are not recommended.
The composition of the catalyst used in the production of Bio-PH is our own processing method. The temperature and concentration regimes were selected taking into account the achievement of 100% sterilization of the resulting hydrolyzate and the maximum yield of amino acids, biologically active peptides, low molecular weight nucleic acids, hyaluronic acid, and essential amino acids. The hydrolyzate of the placenta Bio-PH has a close to neutral acidity (pH about 5.0) and is a light yellow transparent solution, slightly opalescent in the light, with a characteristic odor and taste. As analyzes have shown, almost all amino acids (including eight essential ones) are preserved in the placenta hydrolyzate, the drug is saturated with biologically active peptides (the total content of peptides in the hydrolyzate is 7-10 mg / ml, analysis according to Lowry), it almost completely lacks high-molecular proteins, hormones. The composition of the obtained placental hydrolyzate is almost identical to placental hydrolysates described in the literature, the medicinal properties of which are well studied (see, for example: Nakayama et al., 1989).
Hydrolyzate Bio-PH is a completely water-soluble form of the placenta, unlike, for example, the emulsion form of denatured placenta that is currently for sale by a number of companies – by definition, it is not a true solution. The reason is that there are no high-molecular-weight protein-polysaccharide components in the hydrolyzate, and they are in excess in the emulsion.
Components contained in Bio-PH
Peptides – the high biological properties of the placenta hydrolyzate are largely determined by the presence of short-chain peptides with a unique structure in it. They have a high repair immunostimulating, antitumor activity.
Mucopolysaccharides are polymeric carbohydrate-protein complexes with a carbohydrate content (70-80%).
The most widely represented in the connective tissue and some body fluids (synovial fluid of the joints, the vitreous body of the eye).
The main representatives of mucopolysaccharides are hyaluronic acid, heparin, keratosulphate, chondroitin sulfuric acids (they are part of the cartilage and cornea of the eye).
Due to the ability to bind and retain water, mucopolysaccharides serve as a natural lubricant for joints and determine the elasticity of connective tissue, being part of cartilage and ligaments. Mucopolysaccharides perform musculoskeletal functions, have bactericidal properties.
The main functions of mucopolysaccharides are supporting, protective and regulatory.
Hyaluronic acid. This is an amazing acid found in our skin, it has the ability to attract and hold a large number of water molecules around it. Concentrating, water gives the skin extra volume. As if “pumping up” it from the inside, making it more stretched and elastic.
But over the years, the amount of hyaluronic acid in the body decreases, the skin loses its volume, becomes flabby. In places of active mimic folds, there are already wrinkles.
Amino acids are the structural chemical units or “building blocks” that make up proteins. The importance of amino acids for the body is determined by the huge role that proteins play in all life processes. In the human body, many amino acids are synthesized in the liver. However, some of them cannot be synthesized by the body. These essential amino acids include histidine, isoleucine, lysine, methionine, phenylalanine, threonine, tryptophan, and valine.
Histidine protects the body from the damaging effects of radiation, promotes the removal of heavy metals from the body.
Isoleucine is necessary for the synthesis of hemoglobin, stabilizes and regulates blood sugar levels, restores muscle tissue.
Lysine promotes the absorption of calcium, participates in the synthesis of antibodies, hormones, enzymes, the formation of collagen and tissue repair, has an antiviral effect (ARVI and herpes).
Methionine helps to process fats, preventing their deposition in the liver and in the walls of arteries, promotes digestion, neutralizes toxic metals, reduces muscle weakness, protects against the effects of radiation, is useful for osteoporosis and chemical allergies, rheumatoid arthritis, liver dysfunction, is necessary for the synthesis of nucleic acids , collagen.
Phenylalanine is needed in the treatment of arthritis, depression, migraine, obesity, etc.
Threonine contributes to the maintenance of normal protein metabolism in the body. It is important for the synthesis of collagen and elastin, helps the liver and is involved in the metabolism of fats, stimulates the immune system.
Valine is needed to repair damaged tissues and to maintain normal nitrogen metabolism in the body.
Liposomes are artificial formations intended for use as unique carriers (carriers) of drugs. In many cases, the traditionally administered drug does not have the desired effect due to low bioavailability. Liposomes containing a medicinal substance in their composition deliver it exactly to the address, which guarantees the maximum therapeutic effect.