'Microdosers' of Psychedelics Report Improved Mood, Focus and Creativity

Microdosing psychedelics is a growing trend that involves ingesting very small sub-hallucinogenic amounts of substances like LSD or dried psilocybin-containing mushrooms.

We ran a large-scale, pre-registered global research study asking participants to report what they like and dislike about microdosing.

The three most commonly reported benefits were: improved mood, increased focus and enhanced creativity.

The three most common challenges were: illegality (by a wide margin), physiological discomfort and “other concerns” such as the unknown risk profile of microdosing and forgetting to take a regular dose.


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What does microdosing involve?

When people microdose, they normally consume about a tenth of a recreational dose of a psychedelic substance, although doses vary between people. The dose is sub-hallucinogenic; people who microdose aren’t “tripping.” Microdosers go about their daily lives, many taking care of children or working in offices, expecting a little boost.

Although we don’t know what microdosing does (if anything), it is a growing trend. Some Silicon Valley entrepreneurs are becoming microdosing coaches, touting the purported benefits of microdosing.

A small scientific community has also started asking pre-defined questions about what microdosing may do, but we figured we’d ask people what they experience, from the ground up.

We recruited 909 participants from all over the world using forums like r/microdosing. In one section of our survey, 278 participants told us about the three main benefits of microdosing for them, and the three main challenges they had to cope with.


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If you’re curious to see everything that people reported, our paper is available here. We are making the data available publicly, at no cost, as part of our commitment to Open Science.

Categories of microdosing benefits and challenges from the published paper. These data indicate reported outcomes, not confirmed effects.

More confident, motivated and productive

The benefits our participants reported mostly match what people have been reporting anecdotally. They said microdosing helped with mood, focus, creativity, self-efficacy, energy and more.

These findings, like creativity, square well with our previous research.

Our approach was to take individual reports and classify them into categories. This way we got an idea of how common each of these reports was, helping us guide future research down the most promising avenues.

Difference in raw count of reported benefits and challenges. Positive values indicate greater endorsement of benefits; negative values reflect greater endorsement of challenges. Differences, regardless of magnitude, should be thought of as preliminary.

For example, the most commonly reported benefit was improved mood (26.6 per cent of people) making mood the highest-potential area for future research to focus on. Creativity is another obvious area.

Perhaps less intuitive is that many people reported microdosing made them more confidant, motivated and productive, so this also seems worth researching.

In contrast, only 4.2 per cent of people mentioned reduced anxiety and several people reported increased anxiety, so studying microdosing for anxiety reduction seems less promising.

These data indicate perceived outcomes and do not indicate confirmed effects.

Headaches, gastrointestinal issues, insomnia

The most common challenge was illegality and this was mentioned in almost a third of reports. In our coding of responses, illegality involved having to deal with the black market, social stigma around using illegal substances and difficulty with dose accuracy and purity.

(Microdosers should always test their dose: you never know what you get when you’re buying unregulated substances.)

This challenge is not due to microdosing itself so much as social policy and norms. As research on psychedelics grows, these substances may eventually be decriminalized or legalized, which could dispel the most common challenge reported in our sample.

Next up was physiological discomfort: in 18 per cent of reports, participants described headaches, gastrointestinal issues, insomnia and other unwanted side-effects of microdosing.

Research should examine these possible side effects and consider how they compare to the profiles of the many legal substances available, such as anti-depressants, which also cause side effects.

Participants also reported improved mood and reduced substance use on a pre-defined measure. Anxiety refers here to improvements in anxiety-related experiences, not to increased experience of anxiety.

Participants also mentioned other concerns, such as not knowing whether there could be harmful interactions between psychedelics and other medications, and lack of research evidence about the long-term effects of microdosing.

What’s next for microdosing research?

It is possible that microdosing psychedelics was unrelated to many of the benefits and challenges participants reported. People often feel better or worse even when taking totally inert substances, like sugar pills. This is commonly known as the placebo effect.

Randomized placebo-controlled trials are required to determine what the true outcomes of microdosing are, which is why we’re planning to run one soon.

Our results suggest that microdosers get a lot out of their use of psychedelics, while negative reports mostly focus on social and physiological concerns. Overall, participants reported less challenges than benefits, and they reported that the benefits were more important than the challenges.

There are still more unknowns than knowns when it comes to microdosing: does microdosing cause any of these effects, or is it all placebo? Could there be long-term negative consequences to microdosing? Are certain people more likely to experience specific benefits or challenges?

This study creates a road map for researchers to follow. We encourage researchers to test whether these benefits and challenges occur in a lab setting, as we will be doing in the coming months and years.The Conversation

Rotem Petranker, PhD student in Clinical Psychology, York University, Canada and Thomas Anderson, PhD student in Congnitive Neuroscience, University of Toronto

This article is republished from The Conversation under a Creative Commons license. Read the original article.

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