GHRP6 & CJC-1295 MIX 10mg/vial (5mg ghrp-6 + 5mg cjc-1295 in each vial)

How do the peptide hormones GHRP-6 and CJC-1295 work?

Already in the 1980s, three classes of agents were discovered that influence the release of growth hormone. These are natural hormones, synthetic molecules and opiates. While the use of opiates leads to serious health consequences, as they have a highly toxic effect and cause brain dysfunction, the action of the other two drugs does not affect the human psyche, does not cause side effects in terms of health, and at the same time, their combined use allows to maximize the release of growth hormone levels. Growth hormone itself is a basic anabolic factor that stimulates protein synthesis. Its activity is especially intense in muscles, bones, joints, liver, skin and red blood cells. Growth hormone secretion is regulated by two peptides, GHRH and Somatostatin. The hypothalamus releases these hormones in response to signals from the central nervous system. The secretion of growth hormone itself is strongest at a young age. However, it begins to decline after the age of thirty, and after the age of forty, it decreases significantly and practically disappears. Therefore, for people who are very physically active and want to maximize their training performance, a synthetic method of producing growth hormone is provided. The administration of GHRH stimulates the somatotropic cells of the pituitary gland to secrete GH. The main advantage of administering GHRH is that GH secretion will take place according to the natural biorhythm, i.e. in a pulsatile manner. The hypothalamus releases these hormones in response to signals from the central nervous system. The secretion of growth hormone itself is strongest at a young age. However, it begins to decline after the age of thirty, and after the age of forty, it decreases significantly and practically disappears. Therefore, for people who are very physically active and want to maximize their training performance, a synthetic method of producing growth hormone is provided. The administration of GHRH stimulates the somatotropic cells of the pituitary gland to secrete GH. The main advantage of administering GHRH is that GH secretion will take place according to the natural biorhythm, i.e. in a pulsatile manner. The hypothalamus releases these hormones in response to signals from the central nervous system. The secretion of growth hormone itself is strongest at a young age. However, it begins to decline after the age of thirty, and after the age of forty, it decreases significantly and practically disappears. Therefore, for people who are very physically active and want to maximize their training performance, a synthetic method of producing growth hormone is provided. The administration of GHRH stimulates the somatotropic cells of the pituitary gland to secrete GH. The main advantage of administering GHRH is that GH secretion will take place according to the natural biorhythm, i.e. in a pulsatile manner. However, it begins to decline after the age of thirty, and after the age of forty, it decreases significantly and practically disappears. Therefore, for people who are very physically active and want to maximize their training performance, a synthetic method of producing growth hormone is provided. The administration of GHRH stimulates the somatotropic cells of the pituitary gland to secrete GH. The main advantage of administering GHRH is that GH secretion will take place according to the natural biorhythm, i.e. in a pulsatile manner. However, it begins to decline after the age of thirty, and after the age of forty, it decreases significantly and practically disappears. Therefore, for people who are very physically active and want to maximize their training performance, a synthetic method of producing growth hormone is provided. The administration of GHRH stimulates the somatotropic cells of the pituitary gland to secrete GH. The main advantage of administering GHRH is that GH secretion will take place according to the natural biorhythm, i.e. in a pulsatile manner. The administration of GHRH stimulates the somatotropic cells of the pituitary gland to secrete GH. The main advantage of administering GHRH is that GH secretion will take place according to the natural biorhythm, i.e. in a pulsatile manner. The administration of GHRH stimulates the somatotropic cells of the pituitary gland to secrete GH. The main advantage of administering GHRH is that GH secretion will take place according to the natural biorhythm, i.e. in a pulsatile manner.

What are the effects of using GHRP-6 and CJC-1295?

An extremely common effect of the drugs is the stimulation of appetite, which is why they are perfect for cycles aimed at increasing muscle mass. The action of hormones itself, of course, contributes to an increase in the concentration of growth hormone, and thus to a significant increase in the level of IGF-1, which is responsible for the body’s anabolic response. The peptide itself is often called the youth agent. This is because it is used to heal bodily injuries. It very effectively strengthens tendons, improves bone density, elasticizes and rejuvenates the skin, accelerates the metabolism of spare fats, reduces inflammation and somehow normalizes the body’s immune response.

How to use GHRP-6 and CJC-1295?

The dosage depends on the goal we want to achieve. When it comes to building muscle mass or accelerating the regeneration of all body tissues, including increasing collagen synthesis, we dose GHRP + GHRH analogue one hundred mcg before bed and after training, and for an even better effect, we add the dose right after waking up. The dosage is completely different when we want to achieve the effect of rejuvenating the entire body and when it is necessary to regenerate joints and tendons. In such a case, however, a dose of the product immediately before bedtime is sufficient. This dose increases collagen synthesis by two hundred and fifty percent. GHRH at a dose of 100mcg and above can be used without any problems. And it does not cause unwanted side effects. In turn, CJC-1295 is taken to increase strength, muscle mass, fat levels also decrease and intensive regeneration and strengthening of joints, connective tissue and bone mass occur. The dosage of this agent is as follows. In the first formula, it is one hundred to two hundred mcg, three times a day at five-hour intervals. Another configuration is to take one hundred mcg dose per day, immediately after waking up. As with GHRP, everything depends on the effect we want to achieve. It is worth remembering that these peptides should be administered on an empty stomach or only after eating protein. Fat and carbohydrates reduce GH secretion. The meal should be eaten twenty minutes after administering the peptides. In the first formula, it is one hundred to two hundred mcg, three times a day at five-hour intervals. Another configuration is to take one hundred mcg dose per day, immediately after waking up. As with GHRP, everything depends on the effect we want to achieve. It is worth remembering that these peptides should be administered on an empty stomach or only after eating protein. Fat and carbohydrates reduce GH secretion. The meal should be eaten twenty minutes after administering the peptides. In the first formula, it is one hundred to two hundred mcg, three times a day at five-hour intervals. Another configuration is to take one hundred mcg dose per day, immediately after waking up. As with GHRP, everything depends on the effect we want to achieve. It is worth remembering that these peptides should be administered on an empty stomach or only after eating protein. Fat and carbohydrates reduce GH secretion. The meal should be eaten twenty minutes after administering the peptides. Fat and carbohydrates reduce GH secretion. The meal should be eaten twenty minutes after administering the peptides. Fat and carbohydrates reduce GH secretion. The meal should be eaten twenty minutes after administering the peptides.

Are there any negative consequences of using GHRP-6 and CJC-1295?

If the user sticks to the prescribed doses, there should be no side effects, and the use of the product itself is safe for health. However, we must not increase the doses ourselves, especially in a radical form. If we notice any side effects or complications, we should immediately stop using the product and seek help from a specialist. In some cases, receptor sensitivity may be impaired and the production of cortisol and prolactin may increase. This may especially apply to users who take the hormone in higher doses. At the level of 200-400mcg of the drug taken, cortisol and prolactin will be on the border of their maximum level remaining within the norm. GHRP-6 can be used at a dose of 100mcg three to four times daily without fear of receptor dysregulation. Exceeding this dose may, in some cases, result in temporary insensitivity of pituitary receptors with prolonged use. After discontinuation, the recovery time of receptor sensitivity is approximately fourteen days.