AGORACOM Small-cap Investor Relations Blog

VANCOUVER, BC, CANADA / ACCESSWIRE / June 15, 2020 / Mota Ventures Corp. (CSE:MOTA)(FSE:1WZ1)(OTC PINK:PEMTF) (the “Company“) is pleased to announce the appointment of Roger C. Clinton, to the Advisory Board for its wholly owned subsidiary, Verrian GmbH. Clinton is active within the addiction treatment and specifically opiate addiction research sector, seeking to bring attention to the issue and enhance promising treatment options using psychedelics in conjunction with behavioral therapy through his global network.

“I’m honored to be working with the team at Mota in a patient first approach. We believe the work that we’re doing can be transformative in people’s lives as they work daily to overcome addiction,” said Roger Clinton.

On June 2^nd, Mota announced the $20,000,000 acquisition of Verrian, a European pharmaceutical manufacturer of natural psilocybin extracts. Verrian is focused on psychedelic and cannabis treatments of opiate addiction. Clinton will play a vital role in advising and enhancing the patient perspective as well as helping to shape R&D efforts of our world-renowned addiction medicine experts, resulting in best of breed psychedelic derived treatments for the global marketplace.

Ryan Hoggan, Chief Executive Officer, stated “We’re honored to be working with Roger, an advocate for patient first treatment options. Roger’s work in advocacy for opiate addiction research will enhance MOTA’s research efforts and help to draw attention to our ground-breaking psychedelic research we as we jointly seek new treatments to help patients overcome addiction.”

ABOUT ROGER

Roger Cassidy Clinton is a true multi-hyphenate: singer-songwriter, voice-over artist, actor, author, up-close political observer (quite the understatement) and, arguably, one of the world’s biggest sports enthusiasts. He is also a living, inspiring story of recovery.

Roger, President Bill Clinton’s younger brother, is blessed with a spectacular group of friends from all walks of life, including the “who’s who” in the world of music, entertainment, sports (collegiate and professional) and, of course, politics. Working, associating and performing with people who have attained the highest levels of success in their professions has enabled Roger to forge priceless relationships that will last a lifetime. These relationships have brought him many unique, exciting experiences with more than a few once-in-a-lifetime opportunities.

Throughout it all, however, Roger has struggled with decades of alcohol and substance abuse that at one point left him clinically dead. Miraculously, medical personnel were able to revive Roger, and he improbably averted tragedy and survived. Through his personal, ongoing journey of recovery from a life complicated by addiction and trauma, Roger is grateful to have gained profound insight that he is privileged to share in order to help spread light and optimism with the world.

This press release is available for investor discussion on the Company’s AGORACOM Discussion Forum, a moderated social media platform that enables civilized discussion and Q&A between Management and Shareholders.

About Mota Ventures Corp.

Mota Ventures is an established eCommerce, direct to consumer provider of a wide range of natural health products including CBD and psychedelic medicine products in the United States and Europe. In the United States, the company sells a CBD hemp-oil formulation derived from hemp grown and formulated in the US through its Nature’s Exclusive brand. Within Europe, its Sativida brand of award winning 100% organic CBD oils and cosmetics are sold throughout Spain, Portugal, Austria, Germany, France, and the United Kingdom. In Germany, Verrian currently produces natural psilocybin extract capsules under the PSI GEN and PSI GEN+ brand. Mota Ventures is also seeking to acquire additional revenue producing CBD brands and operations in both Europe and North America, with the goal of establishing an international distribution network for CBD products. Low cost production, coupled with international, direct to customer, sales channels will provide the foundation for the success of Mota Ventures.

ON BEHALF OF THE BOARD OF DIRECTORS
MOTA VENTURES CORP.

Ryan Hoggan
Chief Executive Officer

For further information, readers are encouraged to contact Joel Shacker, President, at +604.423.4733 or by email at [email protected] or www.motaventuresco.com.

SPONSOR: Mota Ventures Corp is an established natural health products company focused in the CBD and psychedelic medicine sectors. Through their powerful eCommerce business, Mota is a leading direct-to-consumer provider of a wide range of natural health products throughout the United States and Europe. Click Here for More Info

In a new study, Johns Hopkins Medicine researchers analyzed the brain scans of people after they took psilocybin, the active compound in psychedelic (magic) mushrooms, to see what happens in the brain when people are on psychedelics.

The team focused on a part of the brain known as the claustrum, taken from the Latin word for “hidden or shut away.” The claustrum is an extremely thin sheet of neurons deep within the cortex, yet it reaches out to every other region of the brain.

Its true purpose remains “hidden away” as well, with researchers speculating about its functions. For example, Dr. Francis Crick, the British biologist and neuroscientist who proposed the double helix structure of the DNA molecule, believed that the claustrum was the seat of consciousness, responsible for awareness and sense of self.

What is known is that this region contains a large number of receptors targeted by psychedelic drugs such as LSD or psilocybin.

To see what happens in the claustrum when people are on psychedelics, the researchers compared the brain scans of people after they took psilocybin with their scans after taking a placebo.

The scans after psilocybin use showed that the claustrum was less active, meaning the area of the brain believed responsible for setting attention and switching tasks is turned down when on the drug.

The researchers say that this ties in with what people report as typical effects of psychedelic drugs, including feelings of being connected to everything and reduced senses of self or ego.

“Our findings move us one step closer to understanding mechanisms underlying how psilocybin works in the brain,” says Frederick Barrett, Ph.D., assistant professor of psychiatry and behavioral sciences at the Johns Hopkins University School of Medicine and a member of the school’s Center for Psychedelic and Consciousness Research.

“This will hopefully enable us to better understand why it’s an effective therapy for certain psychiatric disorders, which might help us tailor therapies to help people more.”

Because of its deep-rooted location in the brain, the claustrum has been difficult to access and study. Last year, Barrett and his colleagues at the University of Maryland, Baltimore, developed a method to detect brain activity in the claustrum using functional magnetic resonance imaging (fMRI).

In this study, the researchers used fMRI with 15 people and observed the claustrum brain region after the participants took either psilocybin or a placebo. They found that psilocybin reduced neural activity in the claustrum by 15% to 30%.

This reduced activity also appeared to be linked to the stronger subjective effects of the drug, such as emotional and mystical experiences. The team also found that psilocybin changed the way that the claustrum communicated with brain regions involved in hearing, attention, decision-making and remembering.

With the highly detailed imaging of the claustrum provided by fMRI, the researchers hope to look at this mysterious brain region in people with certain psychiatric disorders such as depression and substance use disorder.

The aim of this research would be to see what roles, if any, the claustrum plays in these conditions. The team also plans to observe the claustrum’s activity when under the influence of other psychedelics, such as salvinorin A, a hallucinogen derived from a Mexican plant.

The findings are published online in the journal NeuroImage.

Source: Johns Hopkins Medicine