Let’s create a VOLUME KNOB for

Suffering

We are a decentralized autonomous organization devoted to using biotechnology to maximizing fun in the universe.

Scientists have discovered that by blocking a chemical called FAAH in the body, it is possible to increase the levels of Anandamide, reducing psychological and physical suffering and increasing the capacity to experience fun.
The Potential of Using FAAH Inhibition to Increase Anandamide, the Funness Molecule
Ending the Opioid Epidemic

5 million people suffer from opioid addiction. FAAH therapies have the potential to revolutionize the treatment of opioid addiction and its associated pain by reversing tolerance, ending addiction, and directly addressing the underlying pain that often motivates opioid use.

Ending Chronic Pain

Over 1.71 billion people suffer from at least one of thousands of chronic diseases or incurable conditions. While we’re waiting for cures, increasing natural endocannabinoid levels could dramatically improve the quality of life for billions despite their conditions.

Cruelty-Free Factory Farming

More than 100 billion animals are suffering in factory farms. By creating a few animals with the FAAH-OUT mutation and breeding from them, it’s possible to propagate this genetic line, thus potentially producing offspring with lower pain sensitivity and reduced suffering due to the inherited mutation.

Ending Depression

Nearly a million people commit suicide each year. The endocannabinoid system plays a central role in emotional regulation, and interventions such as FAAH Inhibition that enhance endocannabinoid signaling have shown promise for directly alleviating symptoms of depression and anxiety.

Latest the Journal of Paradise Engineering

Our articles explore the cutting-edge advancements in biotechnology, the science behind transformative therapies, and the profound impact these innovations have on alleviating suffering.

We invite you to journey with us through the dynamic and rapidly advancing fields of genetic engineering, neural modulation, and regenerative medicine, as we uncover the potential of biotechnology to create an optimal future.