Determining how efficient and the actions of the growth hormone is dependent on the physical condition of the experimental unit. For example, in humans, GH secretion decreases with obesity. On the other hand, GHRP-6, similar to Hexarelin, showed in one case increased (almost twice that of GHRP) GH responses when administered in obese patients (Cordido et al. 1993). Though obesity has shown affecting the efficiency of the hormone, it was also suggested that GHRP-6’s effects were found to be sex- and age-independent without being affected by the noadregenic pathways using the a2 adrenergic receptors (Penalva et al. 2008).
GHRP-6 can effectively provide substantial increases in GH production. It’s typically taken 2-3 times per day by injection at times when blood sugar is not elevated. Cost is generally moderate. The only common potential adverse side effect is increased hunger. Common alternates include GHRP-2, hexarelin, ipamorelin, or GH itself. GHRP-6 also may provide benefits which GH does not, via its action at the ghrelin receptor in various tissues of the body.
Perhaps, the primary reason why peptides are used in bodybuilding has to do with how they improve growth hormone production. It is no longer a secret how HGH helps to improve lean muscle mass. Your body uses peptides to promote increased secretion of HGH. They, therefore, make it easier for interested persons to achieve bigger muscle mass. Their usage may help enhance strength. It is even said that these small amino acid chains could boost testosterone production.
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Drug discovery is an uncertain ground in which disappointments and rewards are encountered. Most of those who have been involved in GHRP research have enjoyed clear-cut data, which in most of the cases are all in with very few outs. Exceptionally, a pharmacologically active agent appears to be endowed with such a variety of useful properties as to make it highly drugable. The fact that synthetic GHRPs bind at least two different and biologically significant receptors that seem not to be redundant in nature and are largely represented in most organs and tissues broadens their biological activities and increases their pharmacological potentialities. This suggests that GHRPs may stimulate multiple cells and simultaneously trigger different signaling pathways. The information gathered so far in terms of the molecular cytoprotective mechanism of GHRPs is inconclusive and fragmentary, which has become difficult to disclose the hidden facts behind their biological effects. Nevertheless, it is reasonable that these molecules share the ability to knock life-sensitive pathways and restore critical organelle physiology at very proximal levels. Beyond their ability to enhance the survival of a diversity of cells and tissues before adverse episodes, GHRP members exert an agonistic effect of the GH/IGF-1 axis, promoting anabolia and deterring catabolism and sarcopenia.
Ryan also brings up a good point to bring up the fact that GHRH receptors are typically not desensitized with higher dosing but again not much accomplished with CJC-1295, ,MOD GRF 1-29 where we know the 100mcg is a saturation dose. on the other hand we can desensitize the GHRP receptor if we start increasing the dosing significantly above the saturation dosing of 100mcg. I think you are fine at a 150 mcg dosing but again how much more benefit are you really getting.
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