RAD 150 vs. RAD 140: Which is the Better SARM?

SARMs are synthetic compounds. They are studied in labs for their possible effects on muscle, bone, and fat. RAD 150 and RAD 140 are two types of SARMs. These two are receiving a great deal of attention in research studies.

These compounds are not approved by the FDA for human or animal consumption. They are intended only for controlled research purposes. 

This blog compares RAD 150 and RAD 140 based on available research data.

Define RAD 150

RAD 150 is a non-steroidal SARM synthesized by modifying RAD-140 (Testolone) through esterification. This process adds an ester group to the RAD 140 backbone, forming RAD 150. The ester group may help improve its stability. This might make RAD 150 more useful in research.

Define RAD 140 

RAD 140 is also called Testolone. It is a type of SARM (Selective Androgen Receptor Modulator). Researchers are interested in it because it may act like anabolic steroids. But it might cause fewer side effects in lab studies.

Key Similarities Between RAD 150 and RAD 140

The following are the similarities between RAD 150 and RAD 140:

Anabolic Activity in Research Models

Both RAD 150 and RAD 140 have shown strong anabolic activity in lab settings. Studies suggest they may promote muscle growth. It could bind to androgen receptors in skeletal muscle tissue.

However, results may vary depending on the test model and study design. 

Skeletal Tissue Integrity in Research Models

Researchers examine both SARMs for their role in supporting bone strength and structure. In preclinical models, they may help maintain or improve bone density. However, further research is needed to confirm these effects. 

Adipose Tissue Modulation in Research Models

RAD 150 and RAD 140 are being studied for how they affect body fat. Some studies explore their role in reducing fat mass. It could be influencing energy use and fat storage. These findings are limited to lab environments and animal studies. 

Metabolic Rate Modulation in Research Models

Both compounds are being explored for their impact on metabolism. In test settings, they may increase the rate at which metabolic processes occur.

Key Differences Between RAD 150 and RAD 140

Despite the similarities between RAD 150 and RAD 140, they also have some differences. These differences are explained below: 

Chemical Structures 

The main difference between the two lies in their chemical structure. RAD 150 has a benzoate ester attached to the RAD 140 molecule. This structural change may affect how the compound behaves during research, including its breakdown and absorption. 

Half-life

Early research suggests that RAD 150 may have a longer half-life than RAD 140 due to its ester bond. A longer half-life could mean it remains active in research models for a longer time. However, specific studies confirming this are limited. 

Absorption Rate

RAD 140 is known for its quick absorption in lab settings. RAD 150, due to its ester, may have a slower release. This difference may impact how each compound is used in long-term studies. 

Potential Benefits 

In research environments, both SARMs are being tested for muscle growth, fat loss, and bone support. RAD 150 may offer prolonged effects due to its structure, but current research does not confirm which one is better. 

Safety Profile and Side Effects

There is limited safety data available for both compounds. Some research notes that RAD 140 may affect hormone levels, but full side effect profiles for either compound are not yet known. 

Legality and Regulatory Status 

Both RAD 150 and RAD 140 are investigational compounds. They are not approved by the FDA for human or animal use. They are only legal for use in scientific research. It is illegal to market them as dietary supplements or for performance enhancement. 

Which Option is Better for Research?

Choosing between RAD 150 and RAD 140 depends on the research goal. RAD 140 has been studied more widely, while RAD 150 is newer and may offer extended activity. Both require more in-depth research before any conclusions can be made. 

FAQs

What is the best place to buy RAD 150 and RAD 140 online?

If you are looking to buy RAD 150 and RAD 140 for research purposes, PureRawz is a trustworthy source.

We provide reference materials with every product we sell. A Certificate of Analysis is available for reference, providing information on identification, purity, and concentration.

Is RAD 150 safer than RAD 140?

There is no solid research to confirm whether RAD 150 is safer than RAD 140. Safety data for both is limited and still under investigation.  

Can RAD 150 and RAD 140 be used in human trials?

No, neither RAD 150 nor RAD 140 is approved for human trials by the FDA. They are for laboratory use only. 

Which SARM is better for long-term research? 

It depends on the research focus. RAD 150 may have a longer effect, but RAD 140 has more available data. More studies are needed for both. 

Is there any published research on RAD 150?

As of now, published research on RAD 150 is limited. It is a newer compound, and most data comes from private research settings or early-stage studies. 

Disclaimer

This information is for educational purposes only and not medical advice. Products are for research use only. Research must follow IRB or IACUC guidelines. Verify information independently before purchasing. By ordering, you agree to our Terms and Conditions. If you are not 100% satisfied with the product you received, please contact us at support@purerawz.co

ATTENTION: All our products are for LABORATORY AND RESEARCH PURPOSES ONLY, not for veterinary or human usage.