Sorry everyone I have had to push the launch back, I wanna make sure everything is ready for a smooth launch, will defo be worth the wait. Will have free samples availble too.

Don’t miss out on my opening launch Promotion of a whopping 50% Off All Products from the 1st of May till the 5th of May or while stocks last,
CAN ONLY BE USED ONCE PER CUSTOMER!

T&C/ Promotion will run from the 1st to the 5th of May, but will be subject to stock availability, , if stock runs out before the 5th of May then the promotion will be terminated due to unavailability of stock to fulfill orders.

🍄🧠 How Psilocybin Lifts Mood Without the Hallucinogenic Trip 🌺🌱

Psilocybin, the naturally occurring compound found in “magic mushrooms,” has been used for centuries in traditional medicine and spiritual rituals. Today, modern science is revealing its powerful potential for treating depression, anxiety, PTSD, OCD, ADHD, and even addiction. But one question has remained: Can psilocybin’s emotional benefits be separated from its intense psychedelic experience?

New research from Cornell University offers a clearer answer. In a study published in Nature, scientists identified two critical brain mechanisms that explain how psilocybin produces long-lasting antidepressant effects—without necessarily inducing a full hallucinogenic trip.

The study, led by Alex Kwan, associate professor of biomedical engineering, highlights the role of a specific group of brain cells called pyramidal tract neurons, located in the medial frontal cortex. These neurons, along with the serotonin 5-HT2A receptor, are essential for psilocybin’s therapeutic action.

“Our goal was to understand which types of neurons are necessary for psilocybin’s behavioral effects,” Kwan said. “By selectively silencing certain neurons, we could determine which ones are responsible for its therapeutic properties.”

Using advanced imaging and genetic techniques in mice, the team found that a single dose of psilocybin promoted the growth of new neural connections, known as dendritic spines, specifically in pyramidal tract neurons. These neurons help regulate mood, emotional resilience, and cognitive flexibility by connecting the frontal cortex to deeper brain structures. When researchers silenced these cells, psilocybin lost its ability to improve stress-related behaviors.

Interestingly, while the emotional healing is rooted in the frontal cortex, the hallucinogenic experience seems to arise from different brain regions, such as the visual system. This separation could be key to future therapies.

“Right now, pharmaceutical companies are racing to develop drugs that retain the therapeutic benefits of psychedelics without the trip,” Kwan said. “Our work suggests that this could be possible by targeting specific brain areas rather than trying to create an entirely new compound.”

However, both the therapeutic and perceptual effects still depend on the same serotonin receptor, making precision delivery a promising path forward.
Amazing!!!!