What is Genotropin and How Do We Prepare It?
Genotropin is a recombinant somatotropic hormone synthesized using genetic engineering techniques. In sports it is used as an anabolic and a catalyst.
15:32 20 January 2022
Genotropin is a recombinant somatotropic hormone synthesized using genetic engineering techniques. It is manufactured by the world leader in drug development, the pharmaceutical company Pfizer. In medicine, it is used to treat hereditary diseases associated with a decrease in the synthesis of the body's growth hormone. In sports it is used as an anabolic and a catalyst of lipolysis.
Stimulated by the complex influence on minerals, carbohydrates, fats and proteins genotropin muscle growth, accelerates the burning of adipose tissue, increases OA resilience, promotes injury prevention, accelerates rehabilitation after surgeries and injuries. Genotropin: mechanism of action on muscle and adipose tissue
The anabolic effect of Genotropin is achieved through the involvement of the insulin-like growth factor. Genotropin increases IGF-1 synthesis in the liver. IGF-1 enters the bloodstream and reaches muscle tissue, where it interacts with specific receptors on muscle cells and myosatellites. Activation of these receptors leads to stimulation of anabolic processes. Muscle protein synthesis is increased, and satellite cell division, growth, and differentiation are initiated.
The lipolytic effect of Genotropin is mediated. The growth hormone molecule binds to the transmembrane receptor on the surface of the fat cell. Receptor activation leads to an increase in lipolysis - the breakdown of large triglyceride molecules with the release of fatty acids. At the same time, the accumulation of fat in the visceral and subcutaneous fat tissue is slowed down.
The effectiveness of design courses is increased by modeling carbohydrate metabolism. Growth hormone reduces glucose metabolism in muscles. During a GH regimen, muscle fibers are actively using fatty acids for fuel, allowing for full utilization of fats from adipose tissue in the bloodstream.
Effects of Genotropin:
Growth hormone's popularity in sports is due to its powerful anabolic and lipolytic potential. Studies have shown that somatotropin improves lipolysis processes not only in subcutaneous adipose tissue, but also in visceral adipose tissue surrounding internal organs. During growth hormone treatment, the blood lipid profile improves: the HDL concentration rises, the LDL level falls. You have a great chance to buy genotropin preis at the best price on this website in Germany
The anabolic effect is achieved through hypertrophy and hyperplasia of muscle tissue. Administration of Genotropin growth hormone increases the rate of synthesis of contractile proteins and activates the half-stem cells, which fuse with the existing muscle fibers after growth and differentiation. This leads to an increase in cross-sectional area, muscle fiber volume, and the number of nuclei, which in turn increases the synthesis of proteins that form actin and myosin filaments.
Effects in sports:
o increase in volume and mass of skeletal muscle;
o Reduction in percentage of visceral and subcutaneous fat;
o Developing peak strength, increasing endurance;
o improvement in body composition;
o Increasing the depth and definition of the muscles.
o The effect of growth hormones on cartilage, joints, tendons and ligaments as well as on bone tissue is highly valued in weight training. Genotropin increases the metabolic activity of cartilage tissue, stimulates the proliferation of partially determined chondrogenic cells, accelerates the formation of new cellular elements (chondroblasts, chondrocytes) and the synthesis of components of the intercellular matrix.
The changes at the cellular and tissue level are expressed in the following effects:
o Relief of pain in joints, tendons and ligaments;
o Increase OA resistance to static and dynamic loads in the training process;
o prevention of injuries;
o Accelerate reparative regeneration and recovery from injuries;
o Increased range of motion in the joints;
o Prevention of dystrophic and degenerative changes in the joints and tendons.
The effect of the hormone somatotropin on the bones is very important for the female sex. Genotropin increases the mineralization of the organic bone matrix, increases its mineral density and prevents the development of osteoporosis and pathological fractures. In addition, growth hormone has a rejuvenating effect, strengthens hair and nails, and visibly improves the condition of the skin.