Ghrelin Acetate  (2mg Powder) – Product Details

Ghrelin Acetate is a synthetic version of ghrelin, the so-called “hunger hormone” responsible for stimulating appetite and increasing body weight gain. Studies have shown that Ghrelin Acetate works by enhancing food intake research subjects, while simultaneously promoting fat accumulation and muscle mass. Ghrelin encourages GI motility, gastric acid secretion, and growth hormone release.

What is Ghrelin Acetate?

Ghrelin Acetate is a powerful peptide involved in stimulating food intake and metabolism. It is produced by specialized Ghrelin cells of the gastrointestinal tract, as well as from eukaryotic organisms like plants and animals, to contribute to nutrient sensing and energy homeostasis. [R]

Ghrelin Acetate has been studied widely with regards to its function in promoting the sensation of hunger, reducing fat mass, modulating metabolic rate and promoting growth hormone secretion. Ghrelin Acetate may have clinical applications in conditions requiring appetite stimulation such as cancer cachexia, HIV/AIDS and other wasting syndromes. Additionally, Ghrelin administration has been used experimentally to promote insulin secretion in animal models of obesity and type 2 diabetes mellitus.

How does the Activation of a Ghrelin Receptor Occur?

Ghrelin Acetate acts on GHS-R1a receptors located in the hypothalamus, an area of the brain responsible for regulating hunger, metabolism and body weight. It triggers the release of hormones such as Acyl Ghrelin and Des Acyl Ghrelin which increase circulating levels of ghrelin in the blood. Acyl Ghrelin is a lipidated peptide hormone that stimulates food intake and increases energy consumption, while Des Acyl Ghrelin has been found to inhibit food intake and decrease fat storage. [R]

This growth hormone release causes Ghrelin Acetate to affect multiple areas of the body’s functions such as Ghrelin stimulate food intake. Ghrelin Acetate plays a role in the regulation of energy expenditure and feeding behavior. Ghrelin Acetate also plays a role in regulating systemic metabolism as it helps to increase glucose production and fatty acid production in muscles. [R]

The Ghrelin Acetate hormone stimulates the production of other hormones as well, such as Adrenocorticotropic Hormone (ACTH), which is responsible for helping regulate cortisol levels. Circulating Ghrelin levels helps to maintain normal bodily functions while potentially improving overall health and wellbeing.

Potential Benefits of Ghrelin Acetate

Ghrelin Acetate is a form of the natural peptide hormone, Ghrelin, which works as a growth hormone stimulant, demonstrating a wide range of medicinal benefits. This includes stimulating appetite and aiding body weight gain, promoting muscle mass development, and maintaining healthy body weight levels. Ghrelin Acetate also has profound effects on metabolism and glucose metabolism, helping to reduce insulin resistance and overall inflammation. In addition, Ghrelin Acetate can be used to help with diabetes management and improve sleep regulation in research subjects.

Ghrelin Acetate and Appetite

Ghrelin Acetate is a fascinating appetite stimulant, gaining much attention in recent years as both an appetite enhancer and appetite regulator when it comes to food consumption. Studies have shown that Ghrelin exerts an increase in hunger hormones, giving research subjects a distinct edge when it comes to appetite regulation and altering food preference. [R]

Ghrelin Acetate and Muscle Mass

Recent research suggests that Ghrelin Acetate, a hormonal peptide, has the potential to increase muscle mass in mammals. Studies demonstrate that Ghrelin increases protein production through interacting with muscle fibres to stimulate muscle growth and development. Further investigation into its capabilities could lead to groundbreaking developments in muscle therapy for muscle atrophy as well as muscle diseases. [R]

Ghrelin Acetate and Metabolism

Ghrelin acetate plays an important role in metabolism by signaling the body to conserve energy and store fat, both of which are essential for metabolic functions. As a stomach-derived hormone, ghrelin is involved in regulating food intake and metabolism, though several studies have suggested its primary purpose is to increase energy balance by stimulating hunger. Though the exact mechanism remains unknown, there is evidence that circulating ghrelin may modulate lipid metabolism by increasing lipogenesis and hepatic fatty acid uptake. Ghrelin has also been shown to intervene with glucose metabolism, as it reduces insulin sensitivity and increases glucagon secretion, also known as glucose stimulated insulin secretion. [R]

Ghrelin Acetate and Glucose Metabolism

An intriguing study has been conducted to explore the correlation between Ghrelin Acetate and glucose levels. Ghrelin Acetate is a Ghrelin agonist known to stimulate Ghrelin binding in the hypothalamus, an area of the brain involved in appetite control. In this study, it was found that Ghrelin Acetate significantly increased plasma Ghrelin levels; this may indicate that Ghrelin can mediate improved glucose homeostasis following diet induced weight loss. These results suggest that Ghrelin Acetate could be used as a potential therapy to combat obesity-related health risks. These findings open up possibilities for further research opportunities concerning Ghrelin Acetate as it relates to chronic disease states including diabetes and metabolic syndrome. [R]

How to Administer Ghrelin Acetate in a Research Setting

Administered Ghrelin should be given under the guidance of a research professional. The dosage will vary depending on the research subject (animal or in vivo) and needs of the subject, with a standard dosage recommendation being 1.45mcg- 4.35mcg per day, in divided doses taken twice per day. The dose should be administered subcutaneously, meaning that it is injected with an insulin syringe or pen. In order to minimize potential discomfort during administration, it is advised to warm up the dosage bottle in hot water prior to injection.

Ghrelin Acetate Side Effects and Safety Guidelines

In clinical studies of the side effects, results have shown gastrointestinal disturbances such as gastrointestinal motility to be the most common side effect observed. Furthermore, side effects such as chest pain, increased heart rate, nausea, vomiting and headache have also been reported in some cases. It is therefore imperative that safety guidelines are closely adhered to and that the research subject’s response is observed to ensure the safe use of Ghrelin Acetate.

Purerawz sells Ghrelin Acetate for research purpose only.

Ghrelin Acetate Post Cycle Therapy for Research

Researchers have noted that following research an appropriately chosen post-cycle therapy, such as taking antioxidant or anti-catabolic supplements, should be taken for several weeks after using Ghrelin Acetate to enhance the recovery process of a research subject.

Ghrelin Acetate ‘Hunger Hormone’  Summary

Ghrelin Acetate is a modified version of Ghrelin, which is a natural peptide hormone produced in the body. Ghrelin functions as a hunger hormone that promotes food intake. Ghrelin research has found that Ghrelin exerts protein synthesis and muscle mass, making it a potential potent future agent for the use in bodybuilding and sports nutrition. Ghrelin Acetate works by activating Ghrelin receptors to generate specific physiological effects, such as psychological eating behavior. Ghrelin Acetate also exerts influence over various metabolic processes such as lipid metabolism and energy expenditure. Overall, Ghrelin Acetate increases food intake by stimulating feelings of hunger caused by Ghrelin, known as the hunger hormone.

Purerawz sells Ghrelin Acetate for research purpose only.