What Is 1,3-Dimethylpentylamine Hydrochlorid?

Dimethylpentylamine was discovered originally I geranium flowers. An extract was taken from the flower and transformed into an oil-based compound by the name of 1,3- Dimethylpentylamine Hydrochloride. Dimethylpentylamine is credited for the same properties of this compound. Despite this research, many people have the opinion that Dimethylpentylamine is a substance that is artificial and was developed in laboratories and is continued to be made purely from synthetic material.

To demonstrate Dimethylpentylamine’s amine categorization and natural origin, more investigation was done to prove that the compound came from natural sources and was given the name gerananmine. Many similar compounds have colloquial names in the beginning and are categorized into an IUPAC naming system later, when its structure is completely revealed; for this reason, gerananmine and Dimethylpentylamine are suitable names.

Bodybuilding and Weight Loss Supplements

Recently, Dimethylpentylamine has been used as an ingredient in energy supplements for weight loss and bodybuilding including amphetamine-like substances. The developers of AMP2 and AMP energy supplement also included Dimethylpentylamine as an ingredient in these two supplement, and they are confident that these products only pose low side effects compared to ephedrine. Reports from the AMP website claim that this product is the strongest weight loss tool people can purchase without a prescription.

Other Uses

During the 1940s and 1950s, a research was conducted that implied that the Dimethylpentylamine might be suitable for use as a nasal decongestant and nutritional supplements. The patent for the compound was submitted and approve in 1944 so that it could be used for nutritional reasons. Since that time, Dimethylpentylamine has become a popular substance, which is used for nutritional purposes. For many years, Dimethylpentylamine was not developed for use in nasal decongestants because it was discovered that it has minor side effects on the blood vessel construction in people.