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Buying Shroom Spores: Legality, Types & Cost

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So you’ve just come out of your most recent mushroom trip with a newfound outlook and purpose in life. However, obtaining more mushrooms to keep the good vibes going with a microdose regimen or occasional cup of mushroom tea is proving to be a hassle.

Your friend of a friend is just too unreliable, while the guy you got some caps and stems from at the Phish show is long gone. Or maybe you just can’t afford to keep buying shrooms for however much they cost in your area.

If you’re ready to take the next step toward fulfilling your interest in magic mushrooms and decide to grow your own, we’ve got you covered. Here’s a breakdown of the very first step in growing your own mushrooms—obtaining spores.

What are psychedelic mushroom spores?

Just as all plants start from seeds, mushrooms begin as spores. Spores contain the genetic material required to create various subspecies of mushrooms.

We aren’t talking about run-of-the-mill shiitake spores for making mushroom bisque soup here—we’re discussing psilocybe cubensis spores, the most common cultivated psychedelic mushroom. Spores for other types of psilocybin mushrooms, like psilocybe cyanescens and others, can also be obtained. For the sake of an easy learning curve, let’s begin with cubensis.

Once a medium is inoculated with spores, or introduced and absorbed into the host substrate or medium, a network of stringy white branching filaments called the mycelium will form.

The mycelium grows best within substrates like brown rice flour, coco coir, manure or other enriched mediums. Once entirely colonized by mycelium in a healthy white concentration, the substrate is then incubated with proper temperature, humidity, and light, to allow mushrooms to start growing, or fruiting.

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How to grow psychedelic mushrooms for the first time

What is a spore print?

Spores develop in the gills of a mushroom and shoot out or fall from a fully mature mushroom that has already fruited. Cultivators can make spore prints from the gills of fresh mushrooms by placing a sheet of plastic, paper, or foil beneath the mushroom cap. Over the course of several hours the residue that constitutes the spore print should be visible.

Prints can then be scraped for powder and put into a spore syringe.

What are spore syringes?

Spore prints are placed in spore syringes to best deliver them into a substrate to achieve their main goals—colonization and germination. These syringes consist of sterilized water and spores of a particular mushroom species. Vendors produce these spore solutions and syringes in a sterilized lab to eliminate any possible contamination.

Syringe sizes are typically 10cc (or 10mL). An average of 2-4cc of spore solution is usually necessary to achieve proper colonization. It’s recommended to not exceed the typical injection amount of 2-4cc, in order to reduce excess moisture within substrate containers, which could lead to irreversible mold formation. Any spore solution left over can be used for additional substrates if properly stored and sterilized.

Spore vendors will also ship a sterile needle attachment that can be affixed to a syringe to introduce or inoculate the spores directly into the substrate. Even though these needles are shipped sterile, as with most mushroom cultivation practices, always re-sterilize them before use.

Possession of psilocybin is illegal in the US. Psilocybin is not present in spores themselves, but it will develop later as the mushroom grows. Because of this, there is a haziness in the legality of shipping and possessing spores that will turn into psychedelic mushrooms.

Spore vendors will typically ship to 47 out of 50 US states—California, Idaho, and Georgia currently have bans in place that restrict the sale of spores, even though they don’t actually contain psilocybin. Be sure to check your state’s specific laws.

Trusted vendors often sell spores only for educational purposes, and often do not sell cultures to customers under 18.

Related

Where are psychedelics legal or decriminalized in the US?

How and where to buy magic mushroom spores

Web forums like mycotopia.net have numerous comment threads from a worldwide community of mushroom growers. We can’t vouch for any company personally, but we do recommend doing research—the most reputable companies have sustained their businesses for a number of years with proven procedures, trusted products, and strong customer service. Don’t hesitate to reach out to a specific vendor with an email or phone call should you have any questions or concerns.

How much do shroom spore syringes cost?

Expect to pay somewhere between $18-25 per spore syringe, not including shipping costs. Many vendors offer bundle discounts for multiple syringes of the same subspecies or offer mix-and-match options for those seeking a wide variety of subspecies to grow.

Spore syringes can easily be purchased online from a trusted vendor via credit or debit card. Some vendors accept digital payments through Cashapp, Applepay, and Bitcoin for discreteness, while others are more old school in their payment procedures and require a phone call or cash (yep, CASH) to place orders.

How are spore syringes packaged and shipped?

Spore syringes are usually mailed domestically via USPS or carriers like UPS, in plastic ziplock bags, and inside plain cardboard boxes.

Most spore vendors operate under common sense principles—this means no identifiable info will be visible that indicates what the package contains. Many spore companies also use alternate shipping names for themselves on the label for an added measure of anonymity.

Check your local laws before ordering, and be sure to confirm discretionary shipping practices and the contents of the package with your vendor.

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How do I store spore syringes?

Keep spore syringes in the refrigerator until ready to use, especially if you choose not to inoculate immediately, or if you have some spores left over from an inoculation. They should remain in a clean and sterile Ziplock bag in the fridge so they can remain viable for the longest amount of time. This practice keeps syringes away from airborne contaminants and any changes in humidity that might affect spores.

There is some back-and-forth as to how long properly stored and clean spore syringes can still be successfully used. Some mycologists believe any spores kept after six months are going to degrade. Others claim to have successfully germinated shrooms with spores several years to several decades old! It’s all about how many mushrooms you plan to grow at once, sterilization and storage methods, and quality of spore genetics involved.

However, the best way to optimize your purchase is to inoculate sooner than later, ideally within six months.

What subspecies of mushrooms should I grow?

With an ideal temperature and humidity, and a sterile environment, many subspecies of psychedelic mushrooms will practically grow themselves.

For a safe bet, start with a cubensis subspecies like B+, Golden Teachers, Penis Envy, Ecuadorian, Amazonian, or Cambodian spores. All of these grow easily and aggressively, both the mycelium in the substrate, and the fruiting bodies. These subspecies are often more forgiving of minor changes in temperature, humidity, and habitat.

Can I make my own spore syringes?

Many experienced cultivators make their own spore prints and syringes. However, if you are new to mushroom cultivation, we recommend that you first master the basics of the mushroom growing process. Once you’ve got the whole process down and have checked your local laws, take it to the next phase by making your own prints and syringes.

The spore print process—much like mushroom cultivation in general—relies heavily on successful sterilization procedures.



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Trends in Health and Wellness

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Technology is reshaping health and wellness, making care more accessible, personalized, and effective. Telemedicine, for example, allows patients to consult with healthcare providers from the comfort of their homes. This convenience reduces the need for in-person visits and makes healthcare more accessible. Health apps and online fitness programs offer personalized guidance on exercise, diet, and overall wellness. In turn, this enables users to monitor and improve their health on their own terms.



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US health authorities need to play a larger role in cannabis policy, a new report says

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By CARLA K. JOHNSON

With more Americans using ever-stronger marijuana, a federal advisory panel is calling for a public health approach that’s a big departure from “Just Say No.”

Thursday’s report proposes a health-focused strategy with the Centers for Disease Control and Prevention taking a larger role in cannabis policy than ever before.

Read the rest of this story on BostonHerald.com.



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Study: Cannabis Shows No Long-Term Impact on Brain Function

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In recent years, the debate surrounding cannabis effect on brain function has intensified, especially as more states and countries move toward legalizing the drug for both medical and recreational use. Historically, marijuana has been associated with cognitive impairments, particularly in areas such as memory, attention, and executive function. However, a new study published by the American Medical Association (AMA) challenges this long-standing view, suggesting that moderate cannabis use does not significantly impair certain cognitive processes such as working memory, reward processing, and inhibitory control. This groundbreaking research shifts the conversation about cannabis, particularly in its medical applications, and prompts a re-evaluation of prior assumptions.

Background: Changing Perceptions of Cannabis

For decades, cannabis was largely viewed as a recreational substance that carried risks of addiction, cognitive decline, and other negative health outcomes, particularly in adolescents and heavy users. Early studies indicated that cannabis use, especially when initiated during adolescence, could impair brain development and lead to long-term cognitive deficits. This perspective influenced policy and public opinion, leading to its classification as a Schedule I substance in the United States, alongside drugs like heroin and LSD.

However, as cannabis legalization has gained momentum, the need for a more nuanced understanding of its effects has become increasingly important. Medical cannabis, in particular, is used to manage conditions such as chronic pain, anxiety, and depression. These evolving applications prompted researchers to take a closer look at how cannabis affects brain function, especially in moderate, controlled doses for medical use.

The AMA Study: Key Findings

The AMA-funded study, published in JAMA Network Open, investigated the long-term effects of marijuana use on cognitive functions. The research focused on adults who were using medical cannabis to manage symptoms like chronic pain, anxiety, and depression. Researchers utilized functional magnetic resonance imaging (fMRI) to assess brain activity related to working memory, reward processing, and inhibitory control tasks at baseline and after one year of moderate cannabis use.

The results were surprising. Contrary to previous assumptions, the study found no significant differences in brain activation between the two time points, even after a year of consistent marijuana use. Specifically, the researchers reported that “working memory, reward, and inhibitory control tasks did not differ statistically from baseline to one year and were not associated with changes in cannabis use frequency.” This suggests that moderate cannabis use for medical purposes does not impair these key areas of cognitive function.

Furthermore, the study noted that prior research on marijuana’s cognitive impacts often focused on adolescents or heavy, recreational users, which could explain the previously observed deficits. The current study’s focus on adults using cannabis for medical purposes, and typically in moderate amounts, paints a different picture, indicating that the cognitive risks associated with cannabis may not apply equally to all users.

Implications for Medical Marijuana Patients

The AMA study offers promising news for medical marijuana patients. Many individuals who use cannabis to manage chronic health conditions often worry about the potential cognitive side effects of long-term use. This research provides some reassurance that moderate use, particularly in adults, may not carry the same risks as previously thought.

For patients dealing with chronic pain, anxiety, or depression, medical marijuana has often been viewed as a trade-off: potential relief from debilitating symptoms in exchange for possible cognitive decline. The findings of this study suggest that for those using cannabis in controlled, moderate amounts, the cognitive risks may be minimal. This is especially important for patients who rely on cannabis to manage their symptoms without the use of more addictive medications, such as opioids.

The Importance of Context: Adolescents vs. Adults

One key takeaway from the AMA study is the distinction between the effects of cannabis on adolescents and adults. Prior studies have shown that cannabis use, particularly when started in adolescence, can lead to long-term cognitive impairments. The adolescent brain is still in a critical stage of development, and cannabis use during this period has been linked to changes in brain structure and function.

However, the AMA study focused on adult users, who have fully developed brains, and the results suggest that moderate cannabis use in this population does not have the same deleterious effects. This highlights the importance of considering age and developmental stage when discussing the risks associated with marijuana use. While cannabis may still pose risks for younger users, adults who use it for medical purposes may experience fewer cognitive side effects than previously believed.

Study Cannabis Shows No Long-Term Impact on Brain Function
Study Cannabis Shows No Long-Term Impact on Brain Function

Long-Term Cognitive Effects: What We Still Don’t Know

While the AMA study provides valuable insights, it also underscores the need for further research. The study focused on light to moderate cannabis use for medical purposes, and it’s unclear whether the findings would hold true for heavier use or for recreational users. Additionally, the study’s participants were adults with chronic health conditions, a group that may respond differently to cannabis than the general population.

Further studies are needed to explore the effects of higher doses of cannabis, different consumption methods (such as smoking vs. edibles), and the long-term cognitive effects across a broader range of populations. As more states legalize cannabis, the number of users is likely to increase, making it even more important to understand the full scope of marijuana’s impact on brain function.

Potential Policy Implications

The AMA’s findings could have significant implications for cannabis policy. As more evidence emerges suggesting that moderate cannabis use does not impair cognitive function, there may be increased pressure to reclassify cannabis under federal law. Currently, its Schedule I classification denotes that it has “no accepted medical use and a high potential for abuse,” a categorization that is increasingly at odds with scientific research and public opinion.

If further research continues to support the AMA’s findings, policymakers may be more inclined to reconsider cannabis’s legal status. Additionally, this research could influence the guidelines and recommendations for medical marijuana use, helping to establish safe, evidence-based dosing protocols for patients.

Conclusion

The AMA study offers new insights into the effects of marijuana on brain function, challenging long-held assumptions about its cognitive risks. For adults using cannabis moderately to manage medical symptoms, the findings are reassuring, suggesting that key cognitive processes like working memory and reward processing are not significantly impacted by long-term use. However, more research is needed to fully understand the broader implications of these findings, particularly in younger populations and heavier users. As the legal landscape around cannabis continues to evolve, studies like this one will be critical in shaping our understanding of marijuana’s role in both medical and recreational contexts.

AMA research is here.



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