Supports energy and hormone balance
Fadogia is a natural extract from a West African shrub, popular for its potential in supporting energy and hormone balance. It's noted for its possible role in maintaining healthy testosterone levels, boosting vitality, and addressing aspects of men's health.
About Fadogia
Origins and Uses
Fadogia agrestis has roots in Nigerian folk medicine, traditionally used to promote male vitality and strength. It’s now found in modern supplements due to its potential effects on testosterone and hormonal balance.
Common Combinations
You’ll often find Fadogia in sports nutrition products or men’s health formulas. It’s usually paired with ingredients like tongkat ali, ashwagandha, zinc, or magnesium to support energy, muscle recovery, and performance goals.
Mechanism of Action
Fadogia interacts with the hypothalamic-pituitary-gonadal axis, influencing testosterone production. It may boost luteinizing hormone (LH) levels, which in turn stimulates testosterone production in the testes.
Impact on Libido
Traditionally used to enhance sexual vitality, modern users report increased sexual desire and performance with Fadogia supplementation. This may be linked to higher testosterone levels and possibly improved nerve signaling and blood flow.
Effects on Fertility and Muscle Strength
Higher testosterone supports fertility markers like sperm quality and may aid muscle strength and recovery, explaining Fadogia’s inclusion in sports supplements.
Who Benefits Most
Athletes, gym enthusiasts, and adults looking to maintain natural hormone balance may benefit from Fadogia, particularly those preferring plant-based alternatives.
Standardization is Key
Fadogia is usually offered as a capsule or powder standardized for active compounds. This minimizes variation in effects, making it a reliable choice for consistent use.
Related Products
Formulated With
Learn about other ingredients that Fadogia is used alongside throughout the LVLUP range.
Detailed Information
Bioactive Compounds
Fadogia agrestis contains bioactive saponins and glycosides linked to its endocrine effects. In rodent models, stem extracts show dose-dependent increases in testosterone by stimulating the hypothalamic-pituitary-gonadal axis.
Mechanistic Insights
This stimulation involves upregulating GnRH secretion at the hypothalamus, increasing LH release from the pituitary, which then activates testosterone production in testicular Leydig cells.
Phytochemical Variability
Saponins are the likely active components affecting steroidogenesis and testicular histology. Standardized extraction protocols are vital to reduce batch variability.
Fertility and Muscle Effects
Rodent studies suggest enhanced sperm motility and count, alongside mild tissue hypertrophy. Human anecdotal reports suggest similar benefits, though clinical data remain limited.
Application in Muscle Building
The muscle-building potential ties to increased androgen signaling rather than direct muscle growth. Proper standardization with quantified saponin content is crucial for translating animal findings to human use.
