Turtle's Teas

Turtle's Teas Turtle's Teas is my secret blend of gourmet tea 🍁✨NOTHING FOR SALE✨ We strongly agree that cannabis is helping people with medical condition all over the world.

Turtle's Teas works wonders for the body.The delicious taste and health benefits makes Turtle's Teas a wonderful medicated beverage - much better than the unhealthy alternatives. Turtle's Teas dream began with an idea that people would enjoy fresh, high-quality tea infused with a secret blend of cannabis. We wanted to introduce people to the beneficial qualities of cannabis tea while enlightening them with the history and variety of cannabis teas available. And this is how Turtle's Tea was born.

*Proper Tea Brewing Times and Temperatures*

Tea Type / Brew Time / Brew Temp
White 7-10 miin. 200°F
Green 3-4 min. 180°F
Oolong 4-5 min. 190°F
Black 5 min. 210°F
Herbal/Fruit 5 min. 210°F


Adding Honey, Sugar, or Milk:
• add honey or add the sugar first, since the sugar will dissolve fast.
•Milk is often used and needed in all teas.Milk has fat which bonds with the CBD which is in THC.
•Don't use cream as it interferes with the taste of the tea.
~ You can leave the teabag in as long as you want, but keep in mind that longer steeping means stronger flavor and dose. Turtle's Teas can be steeped twice.You can re-use the teabag for 2-3 cups of hot cannabis tea... until no more tea steeps out of it.

10/11/2025

At a 2022 talk with ‘How To Academy,’ trauma expert Dr. Gabor Maté was asked about psychedelics and didn’t hesitate.

In carefully measured words, he called them a “wonderful modality” for healing, while warning of their potential misuse.

In the right conditions with proper guidance, clear intention, and a safe setting he’s seen psychedelics support recovery from addiction, improve autoimmune symptoms, and spark transformations that leave people more grounded, more whole.

“It all depends,” he emphasized, “on who’s using it, and in what context, and for what purpose.”

Maté has long argued that much of what we call “mental illness” is rooted in trauma. And when used responsibly, psychedelics can surface that trauma with a clarity talk therapy often can’t reach. They help people not just manage symptoms but re-encounter their own story with compassion.

But he’s also seen the darker side: the exploitation of vulnerable seekers, and the spiritual bypassing that can mask unresolved wounds. This is not a shortcut, he insists, but a path that requires preparation, integration, and care.

Yet despite mounting evidence and decades of research, these tools remain criminalized in most of the world.

In Maté’s view, that’s not just misguided it’s irrational. “Given their demonstrated potential,” he said, “and the sparsity of other methods,” their continued prohibition is a failure of both science and compassion.

Ultimately, psychedelics aren’t a cure-all. But they can open a door. And for many, that’s been enough to begin.

Source: How To Academy

Scientists have uncovered a groundbreaking new use for DMT, a natural compound found in the human brain,  and better kno...
10/05/2025

Scientists have uncovered a groundbreaking new use for DMT, a natural compound found in the human brain, and better known for its psychedelic effects. Researchers from Hungary’s HUN-REN Szeged Biological Research Centre and Semmelweis University have discovered that DMT can protect the brain after a stroke by repairing the blood-brain barrier and reducing inflammation. This dual action could dramatically improve recovery outcomes and mark a major shift in stroke treatment.

In laboratory and animal studies, DMT was shown to reduce brain swelling and tissue damage by activating Sigma-1 receptors, which regulate the body’s stress response at the cellular level. By calming inflammation and stabilizing the blood-brain barrier, DMT doesn’t just limit damage it helps restore vital brain function. The research, published in Science Advances, offers hope for new therapies that address multiple aspects of stroke recovery, not just one.

Current treatments for stroke remain limited, often leaving patients with lasting impairments. But this discovery could change that. Human clinical trials are already underway to test DMT’s safety and effectiveness as a companion therapy. If successful, this natural compound could usher in a new era of neuroprotection and recovery, giving patients a better chance at full healing.

Source/Credits: László, M. J., Vigh, J. P., et al. (2025). “N,N-dimethyltryptamine mitigates experimental stroke by stabilizing the blood-brain barrier and reducing neuroinflammation.” Science Advances.

10/02/2025

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10/01/2025

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09/29/2025

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A groundbreaking 2025 study has revealed that psilocin, the active compound in psychedelic mushrooms, can extend the lif...
09/16/2025

A groundbreaking 2025 study has revealed that psilocin, the active compound in psychedelic mushrooms, can extend the lifespan of human skin and lung cells by more than 50 percent. This discovery highlights an unexpected role for psychedelics beyond their well-known effects on the brain, pointing to potential applications in cellular health and longevity.

Researchers found that psilocin influences cellular pathways related to stress resistance and repair mechanisms. By enhancing the cells’ ability to withstand damage and maintain function, psilocin effectively slows down cellular aging. This could have far-reaching implications for regenerative medicine, anti-aging research, and treatments for age-related diseases.

While the study was conducted at the cellular level and not yet tested in whole organisms, the results are promising. They suggest that compounds traditionally associated with mental health and consciousness studies may also hold keys to improving physical health and lifespan at the cellular level.

The findings also raise exciting questions about the broader impact of psychedelics on human biology. Could psilocin or related compounds one day become tools to support tissue regeneration, healthy aging, or even organ preservation? Scientists are now exploring these possibilities while investigating safety, dosage, and mechanisms of action.

This research underscores the incredible potential of compounds found in nature and reminds us that even substances with a long history of cultural and spiritual use can reveal new benefits under scientific scrutiny.

09/16/2025

Listen back to NTS Guide to: Japanese Underground Psychedelia playing Shoegaze, Psychedelic Rock, Psychedelic Folk. Or find 100,000+ other human-curated music shows on NTS.

Researchers at the University of the West of England, led by Professor Andrew Adamatzky, found that mushrooms may send e...
09/05/2025

Researchers at the University of the West of England, led by Professor Andrew Adamatzky, found that mushrooms may send electrical signals to “communicate.”

Using tiny electrodes placed into fungal networks like enoki and split gill, the team detected spike patterns similar to human language rhythms. Some of these even grouped into what could be seen as a fungal “vocabulary” of up to 50 distinct “words.”

Published in Royal Society Open Science (2022), the study suggests fungi may use these signals to share information about their environment or coordinate growth. While not confirmed as human-like language, the findings point to a more complex fungal world than previously imagined.

09/05/2025

Sound isn’t just something we hear — it’s something our cells can feel. In a groundbreaking study, researchers from Kyoto University have revealed that audible sound waves can directly influence how our cells behave, opening a new frontier in non-invasive medical therapies.

Using a custom-designed system to deliver precise sound vibrations to cell cultures, the scientists discovered that even low-intensity acoustic waves could suppress the formation of fat cells and activate or suppress specific genes. These findings suggest that sound isn’t merely a sensory experience — it’s a mechanical signal that can alter biological processes.

At the heart of this research is the idea that sound is a form of mechanical energy. Like waves rippling through air or water, sound travels through our tissues and cells. The Kyoto team used this principle to design an experiment that bathed cultured cells in sound pressure and then analyzed how those cells responded. The results were striking: over 190 genes were found to be sound-sensitive, and one of the most pronounced effects was a reduction in adipocyte differentiation — the process of fat cell formation.

This discovery could mark a turning point in how we view sound and its potential in medicine. Unlike drugs or surgery, sound is non-material, non-invasive, and can be precisely controlled. As such, acoustic stimulation may offer a safe, fast-acting way to influence cell behavior — from altering gene expression to modulating how cells stick to their surroundings.

Beyond the medical implications, the study also challenges the traditional belief that sound perception is solely the domain of the ear and brain. Instead, it turns out your cells may be “listening” too — and responding in ways we’re just beginning to understand.

Follow Science Sphere for regular scientific updates

📄 RESEARCH PAPER

📌 Masahiro Kumeta et al, "Acoustic modulation of mechanosensitive genes and adipocyte differentiation”, Communications Biology (2025)

A surprising discovery reveals humans and mushrooms share ancient ancestryIn 2025, scientists have unveiled a fascinatin...
08/30/2025

A surprising discovery reveals humans and mushrooms share ancient ancestry

In 2025, scientists have unveiled a fascinating truth about life on Earth: humans and mushrooms are distant cousins. Despite our obvious differences, we share a common ancestor from over a billion years ago, and at the genetic level, we are more closely related to fungi than to plants. This revelation reshapes how we understand evolution and the interconnectedness of all living organisms.

While mushrooms may seem worlds apart from humans, our cellular structures, DNA sequences, and biochemical processes reveal remarkable similarities. Both humans and fungi produce key enzymes, metabolise nutrients in similar ways, and even share aspects of immune system function. These commonalities highlight the deep evolutionary roots that connect seemingly unrelated species, offering a new perspective on the tree of life.

This discovery has implications beyond curiosity. Studying fungi can provide insights into human biology, medicine, and genetics. Many compounds derived from mushrooms—such as antibiotics, anti-cancer molecules, and neuroprotective agents, exploit these shared pathways. Understanding our evolutionary link can guide research into new treatments and deepen our appreciation of nature’s intricate design.

The revelation also invites reflection on our place in the natural world. It reminds us that life is a web of connections, with threads reaching back over a billion years. Even the simplest organisms hold clues to our biology and evolution, emphasizing that the story of life is shared, complex, and endlessly surprising.

This discovery inspires awe and curiosity, showing that understanding our distant relatives, both human and fungal, can illuminate the past, inform the present, and guide the future of science and medicine. It reinforces that we are not isolated beings, but part of a vast, interwoven lineage of life.


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