Overview of DHEA Eljot
Quick Facts
| Property | Description |
|---|---|
| Active ingredient | Prasterone (Dehydroepiandrosterone, DHEA) |
| Forms | Tablets, Intravaginal Suppositories, Topical Gels |
| Pharmacological class | Steroid Medicine, Prohormone |
| General purpose | Supports hormone balance in deficient tissues |
| Origin | Synthetic, chemically identical to endogenous DHEA |
What Type of Medicine is DHEA Eljot (Prasterone)?
DHEA Eljot is a pharmaceutical preparation containing the single active ingredient Prasterone, which is classified as a Steroid Medicine and a Prohormone. The compound is a C19 steroid and a hormonal agent. Prasterone is chemically identical to the naturally occurring endogenous steroid hormone, Dehydroepiandrosterone (DHEA), predominantly synthesized by the adrenal glands in the human body. Its definitive classification as a prohormone means its fundamental therapeutic role is to serve as a precursor compound. The drug is broadly categorized within the class of Miscellaneous Sex Hormone derivatives and is clinically recognized for its role in addressing certain hormonal deficits in adults.
Composition, Origin, and Forms of Prasterone
The core composition of DHEA Eljot utilizes synthetic Prasterone to precisely match the molecular structure of the endogenous DHEA. This medication is manufactured in several distinct dosage forms, which include tablets for oral administration and specialized preparations such as intravaginal suppositories or topical gels. Prasterone acts as a female hormone (estrogen) when used for certain purposes, illustrating its capacity for conversion. Unlike basic DHEA dietary supplements, DHEA Eljot is manufactured and regulated as a pharmaceutical product. The specific base or vehicle—whether a pharmaceutical gel matrix or inert tablet excipients—is chosen to facilitate the necessary absorption corresponding to the prescribed route of administration.
What is the General Purpose of DHEA Eljot?
The general purpose of DHEA Eljot is to assist in restoring hormonal balance by supplementing the body's pool of the Prasterone precursor. Once absorbed, this prohormone is efficiently taken up by cells and then intracellularly converted into more potent active androgens and estrogens by the target tissues themselves. This mechanism allows the medication to address issues stemming from a steroid hormone deficit by providing the raw material for tissue-specific hormone production, supporting the structural integrity and healthy function of hormone-dependent systems. A typical context for its use involves supporting hormonal health in postmenopausal women where natural DHEA production has declined.
Regulatory References

