What Is Fladrafinil?

Fladrafinil is a bis (p-fluoro) derivative of Adrafinil. This research chemical was described in a patent by a French pharmaceutical company in the 1980s, the same company that developed Adrafinil (CRL-40,940) in the 1970s. Fladrafinil is closely related to Adrafinil. [R]

A study conducted by researchers from different universities in the United Kingdom has confirmed that Fladrafinil is a potential wakefulness-promoting agent like Modafinil and Adrafinil.

The study also established that Fladrafinil has the same profile as Adrafinil. [R]

Unfortunately, no animal or human research has been carried out to explore the potential effects of Fladrafinil in either species. Pure Rawz sells Fladrafinil for laboratory research purposes only. Fladrafinil for sale on this platform is not for human consumption.

How does Fladrafinil Work?

The mechanism of action of Fladrafinil is not fully understood; however, being a derivative of Modafinil, it may potentially inhibit the reuptake of dopamine. That is how Modafinil works. Other proposed actions of Modafinil include potential increases in serotonin release and modulation of GABA transmission [R]

More research is needed to identify the exact mechanism using which Fladrafinil works.

Fladrafinil Vs Modafinil

Fladrafinil is a synthetic derivative of Adrafinil. In animal studies conducted by the French team that developed it, Fladrafinil produced potential anti-aggressive effects in the subjects’ behavior. Aside from that, Fladrafinil was found to be potentially 3-4 times stronger than Adrafinil. [R]

Modafinil is also a potential wakefulness-promoting agent like Fladrafinil. However, unlike Fladrafinil, it has been proven to have the potential to reduce sleepiness due to narcolepsy and other sleep disorders. Modafinil is also known for its potentially mood-brightening and memory-enhancing effects. [R]

Here are the major differences between Fladrafinil and Modafinil:

• Fladrafinil produced potential anti-aggressive effects in animal studies. – Neither Adrafinil, the compound from which it is derived, nor Modafinil, which Fladrafinil purportedly metabolizes into, produce anti-aggressive effects. [R]
• Fladrafinil is not approved by the FDA – Modafinil was approved by the Food and Drug Administration for the treatment of narcolepsy in 1998. As a result, it has attracted more clinical trials and animal studies than Fladrafinil. [R]
• Fladrafinil’s mechanism of action isn’t fully understood yet – In contrast, recent research has shown that Modafinil could potentially stimulate dopamine, serotonin, norepinephrine, histamine, and orexin systems in the brain. [R]

Fladrafinil Research

Only one animal study has been conducted on Fladrafinil. That was carried out by a French research team on this eugeroic’s development. Results from that study show that Fladrafinil produced potential psychotonic, eugeroic and anti-aggressive effects in animal subjects.

Even though more than four decades have passed, Fladrafinil is yet to attract any clinical research or animal study. The only evidence we have of this compound producing anti-aggressive effects in animals comes from its first and, to date, only animal study. More research is awaited.

Where to Buy Fladrafinil?

Pure Rawz is the best place to buy Fladrafinil powder, liquid and capsules online.

In order to be the best supplier of research chemicals, we provide reference materials with every product we sell. All of our products come with an independent, third-party-issued Certificate of Analysis for identification, purity, and concentration.

We offer free international shipping on all orders above $100. You can pay for your purchase through various methods, including PayPal and Bitcoin. Click on the ‘Reviews’ tab to check out shipping method, customer satisfaction, and Fladrafinil review.

Fladrafinil Summary

Fladrafinil is a highly-promising though little-studied research chemical. More studies are needed to fully explore its potential benefits as well as side effects. Pure Rawz only sells Fladrafinil for laboratory research use.