Shredder 3.0 (RAD 140 + Arimistane + 4-Andro) – Product Information
Shredder 3.0 is a combination of research compounds that includes RAD 140, Arimistane, and 4-Andro. RAD 140, also known as Testolone, is a selective androgen receptor modulator (SARM) known for its strong anabolic properties and muscle-building potential. Arimistane, an aromatase inhibitor, may support hormonal balance and stability during research studies. 4-Andro, also known as 4-Androstenedione, is a prohormone that may potentially convert into testosterone and contribute to increased muscle mass and strength.
The unique combination of RAD 140, Arimistane, and 4-Andro in Shredder 3.0 offers researchers a comprehensive approach to explore their potential synergistic effects on muscle development, hormonal regulation, and overall body composition. It is important to note that this product is strictly intended for research purposes.
- Shredder 3.0 consists of RAD-140, Arimistane, and 4-Andro.
- 4-Andro is offered in 67mg per ml for 30ml, totaling 2000mg.
- Arimistane is offered in 67mg per ml for 30ml, totaling 2000mg.
- RAD 140 (Testolone) is offered in 67mg per ml for 30ml, totaling 2000mg.
4-Andro’s main ingredient, 4-Dehydroepiandrosterone (4-DHEA), is a positional isomer of the DHEA compound. The chemical structural modification of DHEA reduces its thermogenic properties (calorie burning) while increasing its androgenic, and anabolic properties and endothelial nitric oxide synthase activity by increasing its binding affinity to muscular receptors. A recent study on the physiological and hormonal influence of androstenedione found that during 12 weeks of androstenedione or androstenediol use, a significant increase in the aromatization by-products estrone and estradiol was observed in research subjects. In the dione group, total testosterone levels significantly increased by 16% after 1 month of use, but by the end of 12 weeks, they returned to pre-treatment levels.
|Molar Mass||290,44 g/mol|
Arimistane is an aromatase inhibitor that implies a reduction in the production of estrogen. Aromatase inactivators are bound to the catalytic site, where they are transformed into electrophilic intermediates that become irreversibly attached to the enzyme, blocking its activity.
These inhibitors have distinct advantages in compound design because they are highly enzyme specific, produce prolonged inhibition, and exhibit minimal toxicities. Studies show that Arimistane as an aromatase inhibitor effectively delays epiphysial maturation in young subjects and improves testosterone levels in adult subjects by suppressing the production of estrogen.
Testolone, also known as RAD 140, as a research compound is being investigated for its potential ability to enhance muscle hypertrophy. Current studies are examining the preclinical characterization of selective androgen receptor modulators and anabolic activity in male cynomolgus monkeys.
To assess anabolic activity, one study examined gross body weight, which we know to be a sensitive marker of anabolic androgen action in young nonhuman primates. The results on animal body weight of 28-day dosing with RAD 140 were found to be statistically significant. This shows massive promise in the potential muscular gains brought on by Testolone.
|Molar Mass||393.83 g·mol−1|