Overview of Agmatine Sulfate

Agmatine sulfate is produced naturally and is derived from the amino acid arginine. It acts as a neurotransmitter and neuromodulator in the brain of research models.

In fitness health research, agmatine sulfate is studied for its possible effects on enhancing nitric oxide production. Researchers also study this compound for its potential roles in improving blood flow and supporting cognitive abilities.

Moreover, a few anecdotal reports have indicated that agmatine sulfate may influence insulin sensitivity and muscle pumps. However, we need more authentic research that supports this statement.

Working Mechanism of Agmatine Sulfate

Agmatine Sulfate may work in the following ways in various research models. Due to limited research on Agmatine Sulfate, the exact working mechanism is yet unclear.

Nitric Oxide (NO) Regulation and Neurotransmitter Modulation:

Researchers have found that Agmatine may modulate nitric oxide synthase (NOS) enzymes. It may enhance endothelial NOS (eNOS) to improve blood flow in research models. The compound may improve vasodilation and inhibit neuronal and inducible NOS to reduce oxidative stress.

Furthermore, Agmatine Sulfate is believed to influence mood, stress response, and pain perception. Research suggests that by binding to imidazoline and a2-adrenergic receptors, Agmatine Sulfate may help with cognitive function.

NMDA Receptor Interaction and Insulin Sensitivity and Metabolism:

A few studies have indicated that Agmatine may block NMDA receptors, which help protect nerve cells from overstimulation. The compound may influence insulin signaling pathways to promote better glucose uptake in research models.

Potential Benefits of Agmatine Sulfate

Though long-term research is required to understand this compound. To date, studies have demonstrated the following benefits of agmatine sulfate in preclinical models.

The compound may enhance blood flow and muscle pumps in research models
It may support mood and stress management in experimental models
It could reduce neuropathic pain in research models

Potential Side Effects of Agmatine Sulfate

The full safety profile of agmatine sulfate is not fully known. However, a few of its reported side effects in research settings are as follows.

It can cause gastrointestinal discomfort in experimental models
It may lead to low blood pressure in preclinical models
Possible headaches or dizziness in research models

Why Buy Agmatine Sulfate from our Online Shop?

For complete peace of mind and an easy shopping experience, Purerawz should be your first choice. At our online shop, we make sure that you do not have to go through any inconvenience.

Therefore, we give you first and third-party tested Agmatine Sulfate online. We also provide you with the proper Certificate of Analysis (COA) for transparency and consistency. Additionally, we make sure that you do not have to compromise on the quality of this product. That’s why we deliver the product in robust packaging for its safety.

FAQs

What is the dose that researchers study regarding Agmatine Sulfate in experimental models?

The recommended dosage for Agmatine Sulfate for research is 10mg/kg to 100mg/kg. However, the dose is not constant, and it could have different variations depending on the research purposes.

Is Agmatine Sulfate FDA-approved?

No, Agmatine Sulfate is not an FDA-approved drug for medical use.

What is the difference between Agmatine sulfate and Arginine?

Agmatine sulfate is derived from the amino acid arginine through a particular process called decarboxylation. Arginine may help with nitric oxide production for improved blood flow in research models. The difference between the two is that Agmatine Sulfate may have neuroprotective and potential cognitive benefits, which may not be seen with arginine.

Can Agmatine Sulfate be mixed with other compounds?

Yes, Agmatine Sulfate can be mixed with other compounds such as L-Arginine, Citrulline, or Creatine in different research models.

Disclaimer

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