Pine Pollen – Knowledge, Experience & Research

 

 

By Curro Cachinero, founder of Adaptonics · Based on more than 12 years of growing and processing it myself in Tenerife · Last updated: August 2026

Pine Pollen is the pollen of pine trees. Every spring, the male flowers release enormous quantities of this fine, golden-yellow powder into the wind. In Traditional Chinese Medicine, it has been known for centuries as “Song Hua Fen” (松花粉)—as a tonic for the lungs, heart, and, as it is called there, “Yang Qi.” This long tradition is the first, but not the only, reason I take the subject seriously: For me, it began a personal journey of discovery more than ten years ago, one that is still unfinished and has by now filled more than 33 articles on this blog—from botany to bodybuilding, from stress resilience to libido.

On this page, you’ll find my overview: what Pine Pollen actually is, what is specific to our Canary Island pine, why it is associated with testosterone, what research—including two new clinical pilot studies—actually shows so far, and what I know only from my own experience or traditional use.

Here is the short answer up front: Pine Pollen is a traditional natural product with fascinating compounds. Certain pine species have been shown to contain plant steroid hormones, and initial small clinical pilot studies in men show promising but still preliminary results. Our own species, the Canary Island pine (Pinus canariensis), is scientifically almost entirely undocumented—more on that shortly.

Contents

What is Pine Pollen?

“Pine Pollen” is the English name for pine pollen. Botanically, it consists of the male reproductive cells of the pine. They develop in the yellow, often cone-shaped male inflorescences and are dispersed by the wind, not by insects.

This explains its enormous quantity: A pine cannot rely on a bee carrying the pollen to exactly the right flower. It relies on abundance. When the wind moves through the forest during flowering season, golden dust settles on paths, stones, and plants. This very abundance was what first made me curious. I describe exactly how this abundance comes about and precisely when the trees release it in Pine Pollen flowering season – pollen in abundance.

Pinus canariensis – our pine is a special case

Most of what is written worldwide about “Pine Pollen” refers to East Asian species such as Pinus massoniana or Pinus tabuliformis, and in some cases to North American species such as Pinus ponderosa or Pinus contorta. Our pine is different: the Canary Island pine, Pinus canariensis—an endemic species found exclusively on the western Canary Islands. And to be honest: Scientifically, its pollen constituents have barely been studied at all. That is both a drawback and an attraction—a drawback because I cannot directly apply most of the studies in this article to our own pine; an attraction because this is still genuine unexplored territory.

A few characteristics I noticed when directly comparing it with other pine species—purely from a botanical perspective, without intending to derive any claim about its effects:

  • Unusually large male inflorescences. When they open, they release pollen in actual clouds—significantly more than most other pines I have seen.
  • Three needles instead of two per bundle. Many well-known European pines, such as the Scots pine, have two needles per short shoot. Pinus canariensis has three, giving it the ability to “milk” the clouds—a cubic meter per tree per year!
  • Grows on volcanic soil. In Tenerife, it inhabits elevations between approximately 300 and 2,200 meters—often on young, mineral-rich volcanic rock.
  • Exceptionally fire-resistant. Its thick, multilayered bark protects the trunk, and the species is considered one of the most fire-resistant pines in the world—after forest fires, it can even regrow from its charred trunk, which is rare among pines. That is why it can also be found in California, right next to Google’s headquarters, as I discovered to my surprise.
  • Botanically related to the maritime pine. Taxonomically, Pinus canariensis belongs to the same subsection (“Pinaster”) as the maritime pine (Pinus pinaster)—from whose bark the well-known extract Pycnogenol® is obtained—as well as the stone pine (Pinus pinea). For completeness: We once also carried a “Pine Bark Elixir” bark extract in our range, but we are not currently producing it.

Learn more about the origin of our pine trees and the volcanic location in Pine Pollen from the Volcano.


How I discovered Pine Pollen in Tenerife

My story with Pine Pollen began not with a marketing plan, but with an observation in the forest by Dr. med. Fritz Helmut Hemmerich:

"When I first saw the yellow powder beneath the pine trees in Tenerife, I initially thought it was sulfur or a plant-protection product. I knew wine-growing regions where sulfur was used. But in the middle of a Canary Island pine forest? So I took a closer look—and realized that the dust came from the trees themselves. - It struck me as a demonstration of vitality, fertility, and abundance. Not proof of a health effect—but a good reason to ask questions."

I began collecting, experimenting, reading, and making my own extracts. This led to Pino Gordo—now with a revised formula, which I describe in Pino Gordo 2.0. - Did you know that the tincture turns ruby red if you leave it standing for several years?

You can find the full story in Why Pine Pollen? The Story of a Discovery. For anyone who wants to go further back into the history of herbal medicine, Pine Pollen and Artemisia annua in TCM is recommended—after all, Pine Pollen is just a very young episode in a very old story.

What ingredients are found in Pine Pollen?

Pollen is biologically equipped to contribute to plant reproduction. Its composition is correspondingly complex. Depending on the pine species, origin, harvest time, and processing, the amounts of individual compounds can vary considerably.

Analyses of North American pine pollen (including Pinus ponderosa and Pinus contorta) paint a picture that is likely to be broadly applicable to many pine species: fiber makes up the largest proportion by weight at 50–66%, followed by sugars (around 14–18%), protein (around 12–17%), polysaccharides (around 14–17%), and fats (around 3–4%). Pine Pollen also contains B vitamins, vitamins C and E, and minerals such as potassium, magnesium, calcium, chromium, manganese, and molybdenum. Among the secondary plant compounds detected were the flavonoids quercetin, kaempferol, and naringenin.[1]

And finally, the group of compounds that brings most people here in the first place: plant sterols and—in certain pine species studied—steroid hormones. More on that in the next section. However, a long ingredient list says nothing about how an extract affects humans. What matters is the amount, bioavailability, processing, and individual response—and what these compounds actually do at the cellular level; I take a deliberately tongue-in-cheek look at the mitochondrial level in Pine Pollen, Mitochondria, and Midi-chlorians.

Does Pine Pollen really contain testosterone?

Yes, testosterone, epitestosterone, and androstenedione have been analytically detected in the pollen of certain pine species. The first detection was made in 1971 in the pollen of Scots pine (Pinus sylvestris),[2] while more recent analyses of Pinus ponderosa and Pinus contorta measured the content of “mammalian sterols”—including testosterone, DHEA, and estradiol—at approximately 170–350 µg per gram of pollen.[1] In the West, the subject was popularized above all by Stephen Harrod Buhner with his book “Pine Pollen: Ancient Medicine for a New Millennium” (2012) and by Daniel Vitalis, who was one of the first to commercially prepare Pine Pollen tinctures.[3]

However, this finding is different from claiming that Pine Pollen reliably increases a person's testosterone levels. Open questions remain: concentration and variations depending on species, harvest, and product; absorption in the digestive tract; the influence of extraction; and whether the amount absorbed is biologically relevant at all.

I find a course correction by the American supplier Lost Empire Herbs particularly interesting: Using more precise laboratory technology (LC/MS/MS), the company found no direct testosterone in its own pollen in 2026 and publicly retracted its earlier claim.[4] If the effect does not come from administered testosterone, it apparently results more from how phytoandrogens, brassinosteroids, and accompanying compounds affect the body's own hormonal system—supporting self-regulation rather than replacing it, making it more of an adaptogen in the true sense. The mechanism has not been scientifically clarified, but this interpretation fits well with our understanding of salutogenesis. Andrew Huberman's often-cited aside that Pine Pollen is chemically very similar to testosterone also[5] Against this background, I would phrase it more cautiously today.

I have moved all the figures, background information, and the detailed discussion to the in-depth articles: Testosterone from Pine Pollen and Why Plant-Based Testosterone?

What does the research say—and what do the new pilot studies show?

Research on pine pollen focuses, among other things, on its antioxidant and inflammation-related properties, its polysaccharides, possible immunological effects, and its steroid components. You can find a complete, topic-organized study table with 55 linked publications in our detailed Pine Pollen research overview. Most of these studies are laboratory, cell-culture, or animal studies—they reveal biological mechanisms but do not yet prove a corresponding effect in humans.

That is precisely why two small clinical pilot studies published in 2024 and 2025 in the Annals of Clinical and Medical Case Reports are noteworthy.[6][7] A US medical team led by Gerald Haase and Neil Wolkodoff investigated a pine pollen tincture made from Pinus massoniana, first in older men and subsequently in younger men. Interestingly, the results differed between the two age groups.

In the older men (n = 10), mean total testosterone rose over eight weeks from 362.5 to 448.4 ng/dL—an increase of just under 24%. The p-value of 0.0584 was only slightly above the usual threshold for statistical significance. This is therefore not yet definitive evidence of efficacy, but it is by no means an unchanged testosterone level either: The observed increase was substantial and is particularly interesting given the small number of participants.

The second study, involving younger men between 25 and 50 years of age (n = 11), showed a different pattern. Here, mean total testosterone remained largely unchanged. At the same time, however, sex hormone-binding globulin SHBG decreased significantly, while free, bioavailable testosterone increased by around 12%. Several symptom and functional scores, including qADAM, SHIM, and IIEF, also improved over the course of the study.

What is particularly interesting, then, is that the two studies do not show the same result: In the older men, the signal was mainly seen in total testosterone, while in the younger men it was more evident in SHBG and free testosterone. Whether this reflects genuinely different age-dependent regulatory mechanisms or whether the small sample sizes simply played a role cannot yet be answered based on these pilot studies.

No relevant allergic reactions or other side effects were reported in either study.

At the same time, the limitations are clear: These are open-label pilot studies without a placebo control group, involving very small numbers of participants and a commercial product from a single manufacturer—not necessarily identical to our own extract. I also say this openly because years ago I myself failed in an attempt to conduct a similar study—all the more reason I am pleased that others have taken on this demanding path.

The fair interim assessment:

  • Established: Pine pollen is a complex natural material containing numerous nutrients and plant compounds; steroid hormones have also been detected in certain species.
  • Promising, but preliminary: In a small pilot study, mean total testosterone increased by just under 24% in older men, although statistical significance was narrowly missed. In younger men, by contrast, total testosterone remained largely unchanged, while SHBG decreased and free testosterone increased by around 12%.
  • Not sufficiently substantiated: that Pine Pollen reliably and reproducibly increases total testosterone levels or produces specific therapeutic effects—especially not specifically in Pinus canariensis, for which no dedicated human study exists to date.

For anyone who would like to explore the subject in greater depth: You can find my collection of older studies in What Scientific Studies Are Available on Pine Pollen?. For its interaction with other active compounds, see Testosterone, Piperine, Chrysin, Passiflora, Chrysin, Testosterone, Adaptogen, and the plant profile of Passionflower—Passiflora—Passion Flower.

Are Pine Pollen an adaptogen?

I have considered Pine Pollen in the context of adaptogens for many years. I like the idea behind it: health is not merely the absence of illness, but also the ability to cope with stress, adapt, and regain balance after difficult periods—salutogenesis, in other words, rather than mere repair. To me, that is also what the SHBG effect described above suggests: supporting self-regulation rather than replacing a hormone.

In the strict scientific sense, however, “adaptogen” is not an arbitrary synonym for “natural,” “invigorating,” or “healthy.” The term is tied to specific criteria—which I explain in detail in What Is an Adaptogen?. The evidence for Pine Pollen is not strong enough to describe it without qualification as a scientifically confirmed adaptogen. I therefore treat this classification as a working hypothesis and as part of our story—not as an definitively proven fact. You can find more in Is Pine Pollen an Adaptogen? and Pine Pollen: An Adaptogen?.

Pollen powder or extract—which is the difference?

Raw or ground pollen contains the broad spectrum of its natural components. An alcoholic extract has a different purpose: alcohol dissolves certain substances better than water and separates some of the components from the source material.

This means that powder and extract are not simply two strengths of the same product, but different preparations: pollen powder represents the most complete natural material possible, with its macro- and micronutrients, while an alcoholic extract primarily concentrates the alcohol-soluble components.

At Pino Gordo, we chose an extract because we are particularly interested in the alcohol-soluble components. I describe my very personal experience with the homemade tincture in My Experience with Pine Pollen Tincture and share another user’s perspective in Pine Pollen Extract: Getting Wild Again. Anyone specifically interested in the training and bodybuilding context can find more in Pine Pollen, Testosterone, and Bodybuilding. Here is a picture from the early days, 2015:

Is Pine Pollen only for men?

No. The connection between Pine Pollen and testosterone quickly leads to the impression that the subject concerns only men or bodybuilders. Yet both men and women produce androgens, just as both sexes produce estrogen and progesterone. The amounts and rhythms differ, not the fundamental existence of these hormonal systems.

That still does not mean that every woman or man should take Pine Pollen. Anyone with hormonal conditions, anyone who is pregnant, anyone taking medication, or anyone concerned about their hormonal balance because of specific symptoms should not rely on assumptions, but seek professional advice.

Read more: Testosterone and Femininity and Sex Hormones – ménage à trois. And because attraction, self-confidence, and hormonal balance are often discussed in the same breath—without my wanting to equate them—I share my thoughts on the subject, formulated with a twinkle in my eye, in Pine Pollen and the Principle of Abundance.

For comparison, it is also worth looking at a completely different, but very well-researched “remedy" in this field: Sildenafil, better known as Viagra, is neither a hormone preparation nor an aphrodisiac, but a vasodilator with more than 25 years of clinical evidence.[8] I deliberately set it alongside pine pollen because the contrast shows how differently “evidence-based" can mean in medicine – more on this in The World's Most Successful Medication and, more specifically on the subject, in Pine Pollen and Erectile Dysfunction.

Hormones do not only affect physical aspects, either. I cautiously explore how testosterone and mood can be connected in Testosterone and Depression, and how hormonal balance and neuronal processes interact in Testosterone and the Male Brain. Body posture and psychology also play a role – see Power Posing and Testosterone.

My experience – and a little biohacking history

My own experience with pine pollen was clear. After collecting it and later using the tincture I prepared myself, I experienced greater alertness, drive, libido, and a special kind of energy. I once somewhat irreverently called this energy “Bazooka" – anyone who wants to hear more about it, including the anecdote about how the name came about, can find it in A brief history of pine pollen. Incidentally, there is now even a small “Pino Gordo" song – not entirely serious, but a nice testament to how much the subject has become part of our lives by now.

A beautiful document of that period is my conversation with Sascha Hill on the Herzkraft Podcast in 2020. We start with pine pollen and testosterone and quickly move on to Pino Gordo, Passiflora, plant spirits, and some considerably wilder ideas. Six years later, I listened to the conversation again and put it into context: Pine Pollen, Testosterone, and Plant Spirits – My Conversation on the Herzkraft Podcast.

This places me in a tradition that would today be called “biohacking”: self-observation, self-experimentation, and N=1 research on one’s own body, long before the term existed. Daniel Vitalis is part of this tradition as well; he was one of the first in the West to commercially produce Pine Pollen tinctures and helped bring the subject its current prominence.[3] Personal experiments like these are valuable as a starting point for questions—but they do not replace a controlled study. Many customers also report energy, motivation, or a changed sense of their bodies, and the two pilot studies described above are consistent in their general tendency with these observations. Expectation, daily life, training, sleep, diet, and many other factors may still play a role.

Practical questions about everyday dosing also continue to occupy my thoughts—see Pine Pollen self-test: my testosterone levels after 52 days, The Pine Pollen Experiment, Pine Pollen and Testosterone: Not Just for Bodybuilders, and Pine Pollen and Testosterone: The 6-Week Test.

That is why I want neither to downplay my experiences nor to sell them as a universally applicable effect. They are experiences. Research is research. Both can stand side by side, as long as they are not confused with each other.

Pine Pollen as a Symbol of Vitality

Beyond individual compounds, Pine Pollen has a second dimension for me. Anyone who stands beneath a blossoming pine tree in spring sees a plant that does not hold back. It does not produce merely enough, but clouds of pollen full of possibilities. Most pollen grains will never give rise to a new tree. Even so, nature does not hold back.

For me, it offers an alternative to a purely deficit-focused mindset: health not merely as repair, but as strength, curiosity, sexuality, adaptability, and the possibility of blossoming again after difficult times. This is not a claim about biochemical effects. It is a personal perspective—and one reason why Pine Pollen has belonged to the world of adaptogenics for so long. Read more: Pine Pollen: how it can help you blossom and Pine Pollen—the pollen that connects you with the cosmos?.

Frequently Asked Questions About Pine Pollen

What does Pine Pollen mean in German?

Pine Pollen means pine or stone-pine pollen. It refers to the pollen from the male flower clusters of pine trees.

Does Pine Pollen contain testosterone?

Scientific analyses have detected testosterone and other steroid hormones in the pollen of certain pine species. However, other, more precise analyses by individual suppliers found no directly measurable testosterone. It is more likely that any effects occur through phytoandrogens and their influence on the body’s own regulation, such as SHBG, rather than through direct testosterone supplementation.

Are there studies in humans?

Yes, there are now two small, open-label pilot studies (2024 and 2025) with positive but preliminary results. Larger, placebo-controlled studies are still needed—and there is currently no dedicated body of research on our species, Pinus canariensis.

Are Pine Pollen an adaptogen?

Pine Pollen is often discussed in this context. There is not yet enough data for a definitive scientific classification as an adaptogen.

Which is better: powder or tincture?

This cannot be answered definitively in scientific terms. Powder provides a broader representation of the starting material, while an alcoholic extract concentrates some of the alcohol-soluble compounds. These are different preparations.

Can Pine Pollen trigger allergies?

Pollen can trigger allergic reactions. Anyone who is sensitive to pine pollen or other types of pollen should be especially cautious and, if in doubt, seek medical advice before taking it.

Are Pine Pollen a medication?

No. Pine Pollen products are marketed as foods or dietary supplements and are not intended to diagnose, treat, or cure diseases.

My conclusion

For me, Pine Pollen brings together three things: a fascinating plant that, in our case, has barely been researched, more than ten years of personal experience, and a scientific question that is only just beginning to receive good answers.

I know that pine pollen contains a complex range of compounds and that steroid hormones have also been found in certain pine species. I also now know that initial small clinical studies show positive, although preliminary, effects—and that the most interesting lead may not be “more testosterone from the outside,” but rather “more support for the body’s own regulation from within.” At the same time, I cannot say with certainty what specific effects our Pinus canariensis extract will have on each individual. And I know from personal experience why so many people find this topic fascinating.

This is exactly the area I want to continue working in: curious, personal, and without hastily turning an interesting observation into certainty.

Want to go deeper? In our Adaptopedia, you’ll find all articles from more than ten years of Adaptonics – from testosterone and research to our videos from the pine forests of Tenerife. Our Pine Pollen extract Pino Gordo is available in our shop.

 

Sources

  1. Mushtagh S. Phytoandrogens in Pine Pollen: Emerging Evidence for Anabolic and Hormone Health. NDNR – Naturopathic Doctor News and Review, November 2025. ndnr.com
  2. Šaden-Krehula M, Tajić M, Kolbah D. Testosterone, epitestosterone and androstenedione in the pollen of Scotch pine P. silvestris L. Experientia. 1971;27(1):108–9.
  3. Buhner SH. Pine Pollen: Ancient Medicine for a New Millennium. Foreword by Daniel Vitalis. 2012.
  4. Lost Empire Herbs. Pine Pollen Does NOT Contain Testosterone. April 2026. lostempireherbs.com
  5. Huberman A. How Hormones Shape Sexual Development. Huberman Lab Podcast. hubermanlab.com
  6. Wolkodoff NE, Haase GM, Mordkin RM, Beal SG. Pine pollen impacts testosterone-related symptoms in older men: a pilot report. Ann Clin Med Case Rep. 2024;14(5):1–8.
  7. Haase GM, Wolkodoff NE, Beal SG, Mordkin RM. Pine Pollen Impacts Hypogonadal Symptoms in Younger Men with Variations in Androgen Levels: Pilot Observations. Ann Clin Med Case Rep. 2025;15(11):1–8. acmcasereport.org (PDF)
  8. Deutsches Ärzteblatt. Series: Sexual dysfunctions – Sildenafil (Viagra). aerzteblatt.de

You can find a complete, topic-sorted study table with 54 linked publications in our Pine Pollen research overview.

Note: This article is intended for general information and does not replace medical advice. Food supplements are not a substitute for a balanced diet and a healthy lifestyle.