Исследования

Статья
28 ноября 2019
The clinical study’s results of the peptide IPH-AGAA properties as a means for the normalization of the system functions of muscles

...Therefore, according to clinical data, the use of the peptide IPH-AGAA optimizes metabolism in muscle cells, improves microcirculation in muscle tissue, ..

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Статья
27 ноября 2019
Study of the peptide iph-agaa properties in human cell cultures. Research work.

...Peptide IPH-AGAA significantly increases in human cell culture "cascade" of signal molecules, which is necessary to activate the processes of proliferation and differentiation of stem cells in the cells of the muscular system, the formation of muscle system, regulation of metabolism in muscle tissue and thus determine the level of development of speed-power qualities in humans...

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Статья
26 ноября 2019
Experimental study’s results of the peptide IPH-AGAA properties as means for normalization of the muscles system’s functions

...have shown that the peptide IPH-AGAA regulates metabolic processes in myocytes, increases the reserve capacity of the body, which suggests the effectiveness of the peptide IPH-AGAA to normalize the functions of the human muscular system in disorders of various origins. ..

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Статья
25 ноября 2019
Results of clinical study properties of the peptide IPH-AEN as a means to normalize the functions of bone and cartilage

...Experimental studies have shown that the peptide IPH-AEN regulates metabolic pro-cesses in chondrocytes and osteocytes, increases the reserve capacity of the body, which suggests the effectiveness of the peptide IPH-AEN to normalize the functions and restore the cartilaginous and skeletal systems in human disorders of various origins...

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Статья
25 ноября 2019
Study of the peptide IPH-AEN properties in human cell cultures. Research work.

...The use of the peptide IPH-AEN has chondro-protective and osteoprotective character, in particular, induces differentiation of polypotent chondrogenic and osteogenic cells in the direction of normal formation of cartilage tissue and its regeneration. In particular, these data indicate that the use of the peptide IPH-AEN provides synthesis of cartilage cells and rapid bone regeneration, which leads to the maintenance of full functionality of the joints...

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Статья
25 ноября 2019
The results of experimental study of the peptide IPH PRO properties as means for normalization of the prostate gland functions

...Experimental studies have shown that the peptide IPH PRO is regulated by the metabolic processes in the prostate cells, increasing their spare capacity, suggesting that the efficacy of peptide IPH PRO to normalize the functions of the prostate gland in men of different ages in disorders of various origins...

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Статья
24 ноября 2019
The results of the clinical study of the properties of the peptide IPH PRO as a means to normalize the functions of the prostate gland

...Experimental studies have presented that the peptide IPH PRO regulates metabolic processes in prostate cells, increase their reserve capacity, which suggests the effectiveness of the peptide IPH PRO for the normalization of prostate function in men of different ages with disorder of different genesis...

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Статья
23 ноября 2019
The effect of the shot peptide factor of the vessel wall on the state of the hemostasis system in the experimentai peroxidation syndrome

...This is one of the causes of morphological changes in the vascular wall resembling atherosclerosis in animals. However recently it is established that the complex isolated from the vascular wall peptides, tentatively called, slows down blood clotting...

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Статья
22 ноября 2019
Results of the experimental study properties of the peptide iph-aen as a means to normalize the functions of bone and cartilage

The use of the peptide IPH-AEN increases the total area of viable cells by 2.7 times. These data confirm the fact that the use of the peptide IPH-AEN helps to improve the regeneration and restoration of bone and cartilage tissue, the synthesis of cartilage cells, which provides rapid regeneration of bone tissue, improves the production of collagen and hyaluronic acid after damage on the experimental model.

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