Hi everyone, Mike Stuchiner, Master Herbalist here with Z Natural Foods, and today's video is going to be answering specific questions about lion's mane mushroom and how it potentially affects neurological health and the brain. But before we get started, here are two quick things: First, for more information about me, please feel free to check out my YouTube channel, which is "A Master Herbalist's Perspective." And number two is our medical disclaimer. The information you're about to receive is for educational purposes only, and it is not intended to treat, prescribe, or diagnose any specific or general medical conditions. It is also not to be used as a substitute for your primary healthcare provider's diagnosis, treatment protocol, and medical information. With that said, let's get going. The human brain is probably one of life's greatest mysteries and even one of the most complex organs in the human body. While research has helped us understand some of these mysteries, there is so much more we must learn about the human brain. Medicinal mushrooms contain a wide array of nourishing compounds that work synergistically to possibly support what is considered overall well-being. While all mushrooms have certain nutritive qualities in common, they also have unique attributes allowing them to potentially support and uniquely focus on individual systems. My mission today is to answer your questions and to provide you with a thorough explanation and all the critical details necessary to understand the topic at hand. So the first question would be, how does Lion's mane affect the brain? Well, in order to correctly answer this question, it's essential to understand what is known as a well-known general category and the terms used to describe a host of different compounds and their potential effects on numerous aspects of neurological well-being. So the first term is, or the general category is nootropics. Nootropics are a category of substances, both synthetic and natural, that show potential for improving cognitive function via relaxation, supporting a healthy mood, memory, attention, and creativity. Nootropics criteria state that for any substance to be considered a nootropic, it must do the following: 1) enhance learning and memory, 2) enhance the resistance of learned behaviors and memories to conditions that tend to disrupt them, 3) protect the brain against a broad spectrum of physical and chemical injuries, 4) increase our ability to focus and pay attention, 5) be non-toxic, and 6) lack common side effects that are related to other psychotropic drugs. There are two terms that should also be understood in this category. The first one is neurogenesis. Simply put, neurogenesis is the growth and development of nerve tissue. That's it, plain and simple. And it's also important to understand that neurogenesis may play a very important role in memory and learning systems and in protecting the brain from the pitfalls of chronic stress. The other term is neuroplasticity, and it is the ability of the nervous system to change its activity in response to intrinsic and extrinsic stimuli by recognizing its structures, functions, or connections after injuries. Simply put, the brain can change and adapt due to experiences. For example, it is finding, let's say, the brain is finding a new way to store or remember someone's name. Lion's mane is considered the nootropic of the mushroom world. While other medicinal mushrooms affect the mind and spirit in unique and profound ways, lion's mane is considered the true nootropic of the fungal world. This robust traditional Chinese medicine tonic is known and traditionally used in TCM to fortify the spleen and nourish the five internal organs: liver, lung, spleen, heart, and kidneys. It also supports good digestion and general vigor. While there are some very intriguing human studies on lion's mane, it should be understood that the majority of the studies on lion's mane are animal in vivo and in vitro models. These studies show great potential for neuro supportive effects of lion's mane mushroom, precisely their impact on neurogenesis and neuroplasticity. Is there scientific evidence for lion's mane? The answer to that is yes. Preliminary research (and when I speak of preliminary, I'm always speaking of animal in vivo and in vitro preliminary research) on lion's mane suggests its potential to support the process of neurogenesis, thereby possibly preventing and repairing nerve damage. The polysaccharide compounds found in lion's mane have been shown to support the idea of crossing the blood-brain barrier, potentially stimulating nerve growth factor, a protein that plays a role in the maintenance, survival, and regeneration of neurons, which benefits those people who are at high risk for brain injury and brain illness. In a small double-blind, placebo-controlled human study understanding the effects of lion's mane mushroom on mild cognitive impairment at Weeks 8, 12, and 16, the group taking lion's mane showed significantly increased scores on the cognitive function scale compared to the placebo effect. The results obtained in this study suggest that lion's mane is an effective way of improving mild cognitive impairment. In a randomized controlled trial looking at the effects lion's mane has on depression and anxiety after four weeks, the results showed that lion's mane intake has the possibility to reduce depression and anxiety. These results suggest a different mechanism of action from NGF enhancement. This study suggests that lion's mane does not increase serotonin levels but stabilizes blood serotonin levels and dopamine. These findings may show significant benefits for people who are suffering from depression. And finally, a double-blinded placebo-controlled study evaluating the improvement of cognitive function testing using three tests after lion's mane for 12 weeks reported that just from one of the tests alone, lion's mane significantly improved cognitive function and prevented deterioration. So, is lion's mane good for brain health? In simple terms, the answer to this question is yes. This powerful tonic mushroom shows excellent potential in various aspects of brain and mental health. Much work is still needed, and more research is required in order to solidify a more in-depth understanding of how lion's mane mushroom works in humans. Nonetheless, seeing evidence for potentially unlimited uses for neurological health is slowly proving to be a very exciting end result for this mushroom. So, guys, I hope this video helped. I hope it was incredibly educational and informative. Mike Stuchiner, Master Herbalist. I'll see you next time.

Hi everyone, Mike Stuchiner, Master herbalist here with Z Natural Foods, and today's video is going to be discussing the very interesting topic of polysaccharides that are found in gourmet edible medicinal mushrooms. But before we get started, two quick things. One, if you want more information about me or you want to learn more about what I do in my videos, you can go to my YouTube channel, which is "A Master Herbalist's Perspective" (with an 's'). Two is the medical disclaimer. The information you're about to hear is for educational and entertainment purposes only. It is not intended to treat, prescribe, or diagnose any specific or general medical conditions and is not to be used as a replacement for your primary healthcare provider's diagnosis, treatment, or medical information. With that said, let's begin. So, when we talk about polysaccharides, in order to, I guess, understand what kind of polysaccharides are often found in these edible medicinal mushrooms, it's important first to understand what polysaccharides are. So, in simple terms, polysaccharides are large carbohydrate molecules containing many small sugar molecules known as monosaccharides that are bounded by what is known as a glycosidic linkage, a type of bond that joins a carbohydrate molecule to another group. They're the most abundant carbohydrates found in food. Polysaccharides consist of more than 10 monosaccharide units linked together. Polysaccharides form when monosaccharides and disaccharides link together, resulting from the dehydration process. The sugars participating in this bond are called residues. So, mushrooms contain a wide range of non-starch polysaccharides, which are carbohydrate fractions excluding starch and free sugar. These include chitin, beta-glucans, alpha-glucans, mannans, and galactans. Non-starch polysaccharides are distinguished into soluble and insoluble fractions, with up to 90 percent being insoluble fractions. Approximately 80 percent of insoluble polysaccharides are chitin, including beta-glucans bound onto chitin or protein. It's believed that the primary polysaccharides found in fungi are beta-D-glucans, which come in various forms (beta 1,3 and beta 1,6) and are specific to fungi and yeast. Other forms of polysaccharides found in mushrooms are alpha-glucans like glycogen and starches and dextrans, which are not thought to provide the same nourishing qualities as beta-glucan. This is where this whole concept of polysaccharides and beta-glucans gets a little bit messy and convoluted because the belief that I just mentioned to you folks only tells you part of the story and may actually, according to several mycologists out there, be based on flawed science. You may have noticed that most medicinal mushroom product labels focus only on beta-glucans. Therefore, it's important to clarify some really vital points here about beta-glucans. One, beta-glucans are a classification of compounds known as polymers. Two, there are hundreds—I'll say it again, hundreds—of beta-glucans in shape and sizes, and while some are biologically active, others are not. Furthermore, not all beta-glucans are immunologically active. Three, each species of fungi may contain different beta-glucans. Beta-glucans can differ in function, solubility, and interaction with other molecules. Number five, while beta-glucans are potent compounds, they are just one variable of a wide range of compounds responsible for a mushroom's many nourishing qualities. And point number six, ultimately, beta-glucan levels are not necessarily the telltale sign of a product's strength and effectiveness. It's misleading to actually say that beta-glucan levels are the determining factor in the efficacy of mushroom products. Beta-glucans are most effective when they work with all other constituents found in mushrooms, and if one or more of them are missing, it can really drastically change how effective that end product that you're taking works. For example, a study was done discussing what is known as polysaccharide K from turkey tail mushrooms, and it showed that when they applied light paste, which is a fat digestive enzyme, it actually reduced the immunological response of PSK by almost 80 percent. What this shows is the importance of associated lipids bound to these beta-glucans is necessary, and just their independent presence is not enough to obtain maximum benefits. So, what do polysaccharides do in the body? Polysaccharides have the ability to support a wide range of actions in the human body. They've been shown to have immunological, neurogenic, cardiovascular, and microbiome effects and a host of other nourishing qualities. For example, lion's mane contains many bioactive compounds, and some of these bioactive compounds have been linked to a process called neurogenesis, which is the growth and development of nerve tissue. Because preliminary research on lion's mane suggests its potential to support this process by possibly preventing and repairing nerve damage, these compounds have also been shown to cross the blood-brain barrier, potentially stimulating what is known as nerve growth factor, which is a protein that plays a role in the maintenance, survival, and regeneration of neurons, benefiting those who are at high risk for any type of brain injury or brain abnormalities. A placebo-controlled study, a human study attempting to understand the effects of lion's mane mushroom on mild cognitive impairment, showed that at weeks 8, 12, and 16 of the trial, the group that took the mushroom showed significantly increased scores in cognitive function scale compared to the placebo group. The results obtained in this study suggest that the mushroom group showed very effective end results in improving mild cognitive impairment. In conclusion, edible choice mushrooms are some of the most revered and well-respected mushrooms of the herbal tonic world, with a rich history going back thousands of years in both Eastern and Western medicine. Therefore, because our mission is to answer your questions and provide you with a thorough explanation and the critical details necessary to understand this topic, this particular video was necessary to understand some of the convoluted stuff that comes along with understanding what makes these medicinal mushrooms really powerful and how, perhaps in certain cases when you're reading labels, the label that states that it's only talking about beta-glucan levels doesn't necessarily mean that those beta-glucans are the only thing that makes medicinal mushrooms the nourishing, wonderful compounds that they are or nourishing foods that they are. So, I hope this was a helpful video, and you guys can check out all the mushroom products that Z Natural Foods sells. Mike Stuchiner, Master Herbalist. I'll see you next time.

Hi everyone, Mike Stuchiner, Master herbalist here with Z Natural Foods, and today's video is going to be discussing the topic of medicinal mushrooms and their potential relationship to being adaptogenic and having adaptogenic-like qualities. But before we get started, two quick mentions. One is if you'd like more information about me or you'd like to check out some of my other herbal medicine videos, you feel free to go to my YouTube channel at "A Master Herbalists' Perspective" (with an 's'). Number two is our medical disclaimer. The information you're about to receive is for educational purposes only and is not intended to treat, prescribe, or diagnose any specific or general medical condition. It should also not be used as a substitute for your primary healthcare provider's diagnosis, treatment protocol, or medical information. With that said, let's get started. So, I guess to get the ball rolling in this video, it's important to understand that adaptogens have been shown to be a supportive tool for managing a healthy stress response through what are known as non-specific physiological responses. What makes all adaptogens unique is their ability to adapt to the harsh conditions in which they're grown. This adaptability allows them to thrive and become robust plants or fungal substances. As the research on adaptogens has been compiled over the years, herbalists and scientists have learned and concluded how each adaptogen's energy, warming, cooling, drying, moistening, and so on, and constituent balance has allowed them to be used in a more specific, targeted approach. Medicinal mushrooms contain a wide variety of nourishing compounds that work synergistically to support overall well-being. While all mushrooms have certain nutrient qualities in common, they also have unique attributes allowing them to support and uniquely focus on individual systems. Our mission is to answer your questions and provide a thorough explanation of the critical details to understand this topic. So today, I'm going to answer the question: What mushrooms are considered to be adaptogenic, if any at all? Plants and fungi are often categorized based on their functional qualities. Unfortunately, many plants and fungi are called adaptogens, even though they don't often fulfill the criteria that define what makes an adaptogen. So, in order to answer this question thoroughly, it's essential to understand the requirements for how an adaptogen is defined and how they work. The following are the primary points that define what a plant or fungus must do to be considered an adaptogen. One, be non-toxic at clinical doses. Two, increase the resistance of hormonal and immune systems to all kinds of stressors through a non-specific physiological response. And three, normalize body function, no matter how external stressors have altered them. One of the leading pioneers of stress research was a Canadian professor named Hans Selye, who was widely known for contributing to stress research and developing what is known as the General Adaptation Syndrome (GAS) concept in 1936. The syndrome has three primary stages of progression in the human stress response. Stage one is the alarm stage, which is the immediate reaction to a stressor, otherwise known as fight or flight. Stage two is the resistance stage, in which the body adapts to the external stressor. And stage three is the adrenal maladaptation or exhaustion phase, during which the stressor has been present for an extended period of time, and the body begins to struggle because it is drained of reserves. This is the stage that can lead to more significant issues if not resolved promptly, such as stroke, heart attack, and infection. But there's more. The author of the book "Adaptogens in Medicinal Herbalism" by Donald Yance, proposed the hypothesis that a fourth stage should be added to this General Adaptation Syndrome concept called "restore and revitalize." Based on his clinical experience and observations regarding the application of adaptogenic compound formulas that include companion antioxidants and their effects on the human stress response, stage four, according to Donald Yance, would be called "recovery and healing." He believes the value of these formulas for maintaining and restoring homeostasis lies in their ability to enhance the four Rs: recognize, respond, recover, and restore. His fourth stage hypothesis is that once you're back in an anabolic positive state where energy recovery occurs, all energy systems and networks must be fully restored to complete the revitalization process. Because many plants and fungi not considered true adaptogens can actually fulfill aspects of the original three criteria that we just went over, we have learned that what really makes plants and fungi an actual adaptogen is that they must work through one or both of the body's Master Control Systems. One would be known as the HPA axis (hypothalamic-pituitary-adrenal axis), which is a complex system of neuroendocrine pathways and feedback loops that support and maintain homeostasis response during chronic stress. This is the interface between the endocrine, nervous, immune, digestive, reproductive, and cardiovascular systems. The other is known as the SAS or the sympatho-adrenal system, AKA your fight or flight system. So, the answer to the above question is that while many medicinal mushrooms have adaptogen-like qualities, only two of them can really be considered true adaptogens based on the above criteria. One is the Red Reishi mushroom. While the Reishi mushroom has been shown to be a true adaptogen, this powerful mushroom is well known and respected for a lot more. Reishi is known as the "mushroom of immortality" and has a long and well-documented history in traditional Chinese medicine because of its ability to potentially support a healthy aging process via nourishing what Chinese medicine calls the "Three Treasures." One, Jing (Essence), is primarily stored in the kidneys. Jing is one's constitution, regulates the body's growth and development, and works with Chi to protect the body from harmful external conditions. Poor constitution, blood loss, and excessive sexual activity can cause Jing Essence deficiencies. Two, Chi, life force or vital energy stored in the kidneys. Both the physical and emotional are manifested as Chi. The Chi in our body is derived from two sources: first, it's inherited from our parents, and the second is derived from external substances like food, air, and water. Together, Jing and Chi are believed to form the foundation for the third treasure known as Shen. Shen is the emotional and spiritual layer of our being that reflects the state of our nervous system. Shen lives in the heart and is said to preside over the activities that take place in the spiritual and mental plains. Because Shen lives in the heart, people with disrupted Shen may experience anxiety, stress, difficulty breathing, and insomnia. In some cases, the primary weakness is from the spleen, which cannot generate enough blood to nourish the heart and anchor the Shen. A study examining Red Reishi mushroom extract's effects on a condition like chronic fatigue concluded that Reishi was significantly superior to the placebo with respect to clinical improvement in symptoms of this condition. Red Reishi comprises complex carbohydrates called water-soluble polysaccharides, terpenoids, proteins, and amino acids. Thanks to modern techniques of performing tissue cultures, we know that Reishi has around 16,000 genes that code for more than 200,000 compounds, and 400 are active constituents. Reishi could arguably be one of the greatest tonics on Earth and may support a healthy immune system response and liver function. The other mushroom is Cordyceps mushroom, researched for its ability to support vitality and performance, strengthen the body and mind, and support a healthy stress response. This elite-level Jing tonic and superstar of the mushroom world is categorized as an actual adaptogen and revered by tonic herbalists worldwide. Sweet in flavor and warm in temperature, Cordyceps is famous for nourishing both yin and yang, supporting kidneys and lungs, and supporting life capacity and life force reserves. A double-blind placebo study using 28 individuals examined whether acute and chronic supplementation of Cordyceps improves tolerance to high-intensity exercise. One week of supplementation elicited no significant treatment interaction of VO2 max. After three weeks, VO2 max significantly improved. An analysis of 95 percent confidence intervals revealed significant improvement across the board, with additional improvement in VO2 max. It was concluded that acute supplementation of Cordyceps-containing mushroom blends may improve tolerance to high-intensity exercise. Greater benefits may be elicited with consistent chronic supplementation. Finally, a study examining the effects of Reishi and Cordyceps on improving training conditions and outcomes concluded the following: After three months of supplementation, the testosterone-cortisol ratio changed statistically significantly, thereby protecting the athletes from what is known as non-functional overreaching and overtraining syndrome. Antioxidant activity was measured by quantifying the scavenging ability of the human serum on the synthetic free radical DPPH. After three months of fungal supplementation, the data demonstrated an increased scavenger capacity of free radicals in the athletes' serum after the race, thereby protecting athletes from oxidative stress. In conclusion, while medicinal mushrooms all have similar general constituents, like a wide array of polysaccharides, attributes, and the ability to nourish in common, they are all unique in their own individual way. Medicinal mushrooms have a wonderfully rich usage history and are revered and respected worldwide as powerful tonics because of their nourishing qualities. Fungi have been and will continue to be the focus of research for years to come. The unique attributes, unlimited potential, and untapped information we continuously learn make the fungal world so intriguing. So, I hope that this was an educational video for you guys, and I hope you enjoyed it. This is Mike Stuchiner, Master Herbalist. I'll see you next time.