Bioregulators
Limitless Testes Bioregulator (Testoluten)
$59.99
Description
Amount Per Capsule
Testoluten® bioregulator complex A-13 (bovine testes amino acid) – 10mg*
*Daily Value not established
Other ingredients:
Microcrystalline Cellulose, Gelatin and Calcium Stearate
The protein complex in this product is derived from organ meats sourced from EU-reared beef cattle.
Testoluten Testes Peptide Bioregulator
Testoluten® is a natural peptide bioregulator derived from the testicles of young, healthy animals. It contains testicular peptides that help regulate the metabolism and function of testicular cells. In research, Testoluten has been studied for its effects on the male reproductive system, particularly in restoring testicular function, increasing testosterone levels, and improving sperm motility. Testoluten shows potential in addressing conditions like testicular hypofunction, male infertility, and the effects of aging on the reproductive system.
Testoluten Research
Testoluten is a peptide bioregulator derived from calf testes, containing the peptide complex A-13 formulated to address peptide deficiency. Research into Testoluten focuses on its potential effects on male reproductive health, hormonal balance, and cellular function.
Testicular Function: Testoluten may regulate gene expression in testicular cells, potentially promoting protein synthesis and cellular regeneration. This could lead to improved testicular function and maintenance of reproductive health as men age.
Hormonal Balance: The peptide complex in Testoluten may influence the endocrine system, particularly testosterone production. By interacting with DNA binding sites, it could modulate gene activity related to hormone synthesis, potentially supporting healthy testosterone levels in aging men.
Spermatogenesis: Testoluten may affect sperm production and quality. Research suggests it could increase spermatozoid motility and functional activity, which may be beneficial for addressing male infertility issues.
Cellular Protection: The peptide bioregulator may have antioxidant properties, potentially protecting testicular cells from oxidative stress and environmental damage. This protective effect could help maintain reproductive function in the face of various stressors.
DNA Interaction: Studies indicate that Testoluten’s peptides may bind to specific DNA segments, potentially facilitating strand separation at lower temperatures. This interaction could influence gene expression and protein synthesis in testicular tissue, suggesting a mechanism for its reported effects on reproductive health.
Product Focus
- Male reproductive health
- Testosterone production
- Testicular function
- Hormonal balance
- Male fertility
- Erectile dysfunction
- Libido improvement
