If you’re into weightlifting or exercise, you’ve undoubtedly heard of SARMs (Selective Androgen Receptor Modulators). SARMs are performance-enhancing medications that are in increasing favor among lifters and sports.
Two of the most common SARMs are RAD 140 and LGD 4033. In this piece, we’ll evaluate Rad 140 vs. LGD 4033 and see which SARM is superior for bodybuilding.
Table of Contents
What are RAD 140 and LGD 4033?
RAD 140
RAD 140, also known as Testolone, is a SARM created by Radius Health. It is a potent testosterone receptor agonist to develop muscular bulk and stamina. RAD 140 is renowned for its capacity to enhance muscle growth and power without the adverse effects of drugs.
LGD 4033
LGD 4033, also known as Ligandrol, is a SARM created by Ligand Pharmaceuticals. It is used to develop muscle mass and strength and is renowned for rapidly improving it. LGD 4033 is also famous for its capacity to improve bone structure and decrease body fat.
How do RAD 140 and LGD 4033 work?
Both RAD 140 and LGD 4033 function by attaching to androgen receptors in the organism. Androgen receptors are located in muscles, bones, and other organs in the body. When RAD 140 and LGD 4033 attach to these receptors, they boost protein production and muscular development. They also enhance bone structure and decrease bodily obesity.
RAD 140 vs. LGD 4033: Which is superior for bodybuilding?
Comparison table
Here is a brief comparison table between Rad 140 and LGD 4033 for bodybuilding:
| Rad 140 | LGD 4033 | |
|---|---|---|
| Muscle Growth | Promotes lean muscle mass growth | Promotes significant muscle mass growth |
| Strength | Increases strength and endurance | Increases strength but not as much as Rad 140 |
| Fat Loss | May help with fat loss | May help with fat loss |
| Side Effects | Low incidence of side effects | Low incidence of side effects |
| Dosage | Recommended dosage is 10mg/day | Recommended dosage is 10mg/day |
| Half-life | Half-life of approximately 16 hours | Half-life of approximately 24-36 hours |
| Availability | May be harder to find | More widely available |
Muscle bulk and power
When it comes to developing muscular bulk and power, both RAD 140 and LGD 4033 are successful. However, RAD 140 is renowned for its capacity to build muscle size and strength more rapidly than LGD 4033. RAD 140 has a more excellent anabolic-to-androgenic ratio than LGD 4033.
Side effects
One of the significant benefits of using SARMs over steroids is that they have fewer adverse effects. Both RAD 140 and LGD 4033 have been discovered to have fewer adverse effects than steroids. However, RAD 140 has been found to have lower adverse effects than LGD 4033. RAD 140 has a more excellent anabolic-to-androgenic ratio than LGD 4033.
Dosage
Regarding dosing, RAD 140 and LGD 4033 are efficacious at modest amounts. However, RAD 140 has been proven productive at more minor levels than LGD 4033. This implies that you can accomplish the same outcomes with a smaller dosage of RAD 140 than you would with LGD 4033.
Half-life
The half-life of a substance is the quantity of time it takes for half of the drug to be removed from the body. The half-life of RAD 140 is shorter than that of LGD 4033. This implies that RAD 140 is removed from the organism more rapidly than LGD 4033. This can be a benefit if you are worried about the long-term impacts of SARMs on your health.
FAQ
Is RAD 140 and LGD 4033 a suitable stack?
RAD 140 and LGD 4033 are frequently used together for boosting. Both of these selective androgen receptor modulators (SARMs) are renowned for their capacity to enhance muscular development and power.
What SARM is better for boosting LGD or RAD?
Regarding growth, LGD 4033 is often regarded as the superior choice. LGD 4033 has a more significant anabolic impact, which means it is more efficient at developing muscle. RAD 140, on the other hand, is more concentrated on building strength.
Is LGD-4033 harmful to the liver?
There is some worry about the possible liver harm of LGD 4033. However, research on people has not yet identified any significant detrimental impacts on liver function. However, it is essential to highlight that more study is required in this field.
Does LGD induce balding?
There is also some worry that LGD 4033 may lead to hair loss. Androgenic alopecia, or male pattern baldness, is caused by the hormone DHT, which can be created from testosterone. LGD 4033 can raise testosterone levels, which could contribute to a rise in DHT and hair loss in those who are naturally prone to it.
Does LGD-4033 induce low testosterone?
There is some indication that LGD 4033 may inhibit normal testosterone levels. However, this impact is usually considered minor and transient, and natural testosterone levels should revert to normal once LGD 4033 use is stopped. It is advised to use a Post Cycle Therapy (PCT) after any SARM regimen to help get back normal testosterone levels.
Conclusion
RAD 140 and LGD 4033 are efficient SARMs for muscular bulk and power development. However, RAD 140 has some benefits over LGD 4033 regarding muscle growth and strength, adverse effects, dose, and half-life. Ultimately, the decision between RAD 140 and LGD 4033 will rely on you.
Mike Lilley is the author of many articles and reviews on our site. He is a fitness & bodybuilding blogger and co-founder of Boost Hormone. He writes product reviews based on the results of scientific research. From the great variety of information and products in this niche, he recommends only those that include science-based nutritional ingredients. Find Mike Lilley at SelfGrowth.
