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16 Health Benefits Of Drinking Warm Lemon Water | FOOD MATTERS®

May 8, 2020

Lemons are vitamin C rich citrus fruits that enhance your beauty, by rejuvenating skin from within bringing a glow to your face. One of the major health benefits of drinking warm lemon water is that it paves the way for losing weight faster, thus acting as a great weight loss remedy. 

Lemon Water Flushes Out Toxins And Is Extremely Beneficial For The Body

Warm lemon water serves as the perfect ‘good morning drink’, as it aids the digestive system and makes the process of eliminating the waste products from the body easier. It prevents the problem of constipation and diarrhea, by ensuring smooth bowel functions.

Nutritional Value Of Lemons

A glass of lemon juice contains less than 25 calories. It is a rich source of nutrients like calcium, potassium, vitamin C and pectin fiber. It also has medicinal values and antibacterial properties. It also contains traces of iron and vitamin A.

Lemon, a fruit popular for its therapeutic properties, helps maintain your immune system and thus, protects you from the clutches of most types of infections. It also plays the role of a blood purifier. Lemon is a fabulous antiseptic and lime-water juice also works wonders for people having heart problems, owing to its high potassium content. So, make it a part of your daily routine to drink a glass of warm lemon water in the morning and enjoy its health benefits. Read on for more interesting information on the benefits of warm lemon water.

16 Health Benefits Of Drinking Warm Lemon Water

Packed with all the goodness, make it a point to begin your day with a glass of warm lemon water. Its cleansing and healing effects will have positive effects on your health in the long run. However, it is very important to note that when lemon juice comes directly in contact with the teeth, can ruin the enamel on the teeth. Hence, it is advised to consume it diluted and also rinse your mouth thoroughly after drinking lemon juice.

Curious about what other healthy morning rituals could set you up for a perfect day? Discover 7 things happy people do every morning.

What Are Your Favourite Ways To Use Lemons?

This content was originally published here.

Filed Under: Blog

The Super Food We Should All Be Eating – Moringa Oleifera

May 6, 2020

Popular in the traditional medicine of many South East Asian countries, the Moringa Oleifera is now becoming famous in the rest of the world for the numerous health benefits it offers. Every single part of the plant from the roots to the fruits can be consumed and is absolutely packed with nutrients and anti oxidants. Keep reading to learn more about the advantages of eating the Moringa plant, all of which are now backed by science.

1. Stuffed With Nutrients

Just eating a few handfuls of the Moringa leaves can supply you with proteins, vitamins A, B and C, iron, riboflavin and magnesium.

2. Prevents Oxidative Stress

Oxidants in the body can cause a chemical reaction called oxidation which produces free radicals. This can cause a lot of damage to our cells. The leaf of the Moringa plant is full of antioxidants which can prevent this from happening. Consuming an extract from the leaf or even taking it in powder form can increase the levels of antioxidants in your blood.

3. Anti Inflammatory Benefits

While it is a defensive measure against infection, inflammation can cause a variety of issues like increase in blood sugar levels, cardiac problems and morbid weight gain. From research on animals, experts have discovered that the Moringa leaf can significantly decrease inflammation as it suppresses inflammation causing substances within the body.

4. Reduces Risk Of Diabetes And High Cholesterol

Various studies have shown that the isothiocyanates present in the Moringa leaf can reduce the level of blood sugar in the body thereby reducing the risk of getting diabetes and all its complications. Consuming Moringa can also reduce the level of cholesterol in the body and consequently bring down your chances of suffering from cardiac problems.

5. Keeps The Liver Healthy

The liver filters impurities from the blood, metabolizes drugs, synthesizes proteins and performs a host of other important functions. All of this is only possible when the liver enzymes are at stable levels. The polyphenols in the Moringa plant can prevent oxidative stress, reduce the risk of liver damage and even stabilize the enzyme levels.

6. Improves The Functioning Of The Brain

With all its nutritive benefits, the Moringa plant prevents oxidative stress from causing degenerative diseases in the nervous system, stabilizes the production of various important hormones like dopamine and noradrenaline, and has even proven useful for treating patients suffering from Alzheimer’s.

7. Reduces The Effects Of Exposure To Arsenic

Most of us are heavily exposed to arsenic as most of what we eat and drink is contaminated in one way or the other. In the long run this could lead to the growth of cancerous tumours and cause various cardiac issues. Researchers working with animals have seen that the leaf of the Moringa plant as well as the seeds are effective in reducing the risk of developing these problems but this has not been studied in humans.

Moringa Oleifera can be consumed in various ways. For example, you can blitz it into healthy shakes in powder form or use it like tea. However, like everything else this should be eaten in moderation or it can cause indigestion.

This content was originally published here.

Filed Under: Blog

The Secret Life of Trees: The Astonishing Science of What Trees Feel and How They Communicate – Brain Pickings

April 15, 2020

Trees dominate the world’s the oldest living organisms. Since the dawn of our species, they have been our silent companions, permeating our most enduring tales and never ceasing to inspire fantastical cosmogonies. Hermann Hesse called them “the most penetrating of preachers.” A forgotten seventeenth-century English gardener wrote of how they “speak to the mind, and tell us many things, and teach us many good lessons.”

But trees might be among our lushest metaphors and sensemaking frameworks for knowledge precisely because the richness of what they say is more than metaphorical — they speak a sophisticated silent language, communicating complex information via smell, taste, and electrical impulses. This fascinating secret world of signals is what German forester Peter Wohlleben explores in The Hidden Life of Trees: What They Feel, How They Communicate (public library).

Wohlleben chronicles what his own experience of managing a forest in the Eifel mountains in Germany has taught him about the astonishing language of trees and how trailblazing arboreal research from scientists around the world reveals “the role forests play in making our world the kind of place where we want to live.” As we’re only just beginning to understand nonhuman consciousnesses, what emerges from Wohlleben’s revelatory reframing of our oldest companions is an invitation to see anew what we have spent eons taking for granted and, in this act of seeing, to care more deeply about these remarkable beings that make life on this planet we call home not only infinitely more pleasurable, but possible at all.

But Wohlleben’s own career began at the opposite end of the caring spectrum. As a forester tasked with optimizing the forest’s output for the lumber industry, he self-admittedly “knew about as much about the hidden life of trees as a butcher knows about the emotional life of animals.” He experienced the consequence of what happens whenever we turn something alive, be it a creature or a work of art, into a commodity — the commercial focus of his job warped how he looked at trees.

Then, about twenty years ago, everything changed when he began organizing survival training and log-cabin tours for tourists in his forest. As they marveled at the majestic trees, the enchanted curiosity of their gaze reawakened his own and his childhood love of nature was rekindled. Around the same time, scientists began conducting research in his forest. Soon, every day became colored with wonderment and the thrill of discovery — no longer able to see trees as a currency, he instead saw them as the priceless living wonders that they are. He recounts:

Life as a forester became exciting once again. Every day in the forest was a day of discovery. This led me to unusual ways of managing the forest. When you know that trees experience pain and have memories and that tree parents live together with their children, then you can no longer just chop them down and disrupt their lives with large machines.

The revelation came to him in flashes, the most eye-opening of which happened on one of his regular walks through a reserve of old beech tree in his forest. Passing by a patch of odd mossy stones he had seen many times before, he was suddenly seized with a new awareness of their strangeness. When he bent down to examine them, he made an astonishing discovery:

The stones were an unusual shape: they were gently curved with hollowed-out areas. Carefully, I lifted the moss on one of the stones. What I found underneath was tree bark. So, these were not stones, after all, but old wood. I was surprised at how hard the “stone” was, because it usually takes only a few years for beechwood lying on damp ground to decompose. But what surprised me most was that I couldn’t lift the wood. It was obviously attached to the ground in some way. I took out my pocketknife and carefully scraped away some of the bark until I got down to a greenish layer. Green? This color is found only in chlorophyll, which makes new leaves green; reserves of chlorophyll are also stored in the trunks of living trees. That could mean only one thing: this piece of wood was still alive! I suddenly noticed that the remaining “stones” formed a distinct pattern: they were arranged in a circle with a diameter of about 5 feet. What I had stumbled upon were the gnarled remains of an enormous ancient tree stump. All that was left were vestiges of the outermost edge. The interior had completely rotted into humus long ago — a clear indication that the tree must have been felled at least four or five hundred years earlier.

How can a tree cut down centuries ago could still be alive? Without leaves, a tree is unable to perform photosynthesis, which is how it converts sunlight into sugar for sustenance. The ancient tree was clearly receiving nutrients in some other way — for hundreds of years.

Beneath the mystery lay a fascinating frontier of scientific research, which would eventually reveal that this tree was not unique in its assisted living. Neighboring trees, scientists found, help each other through their root systems — either directly, by intertwining their roots, or indirectly, by growing fungal networks around the roots that serve as a sort of extended nervous system connecting separate trees. If this weren’t remarkable enough, these arboreal mutualities are even more complex — trees appear able to distinguish their own roots from those of other species and even of their own relatives.

Wohlleben ponders this astonishing sociality of trees, abounding with wisdom about what makes strong human communities and societies:

Why are trees such social beings? Why do they share food with their own species and sometimes even go so far as to nourish their competitors? The reasons are the same as for human communities: there are advantages to working together. A tree is not a forest. On its own, a tree cannot establish a consistent local climate. It is at the mercy of wind and weather. But together, many trees create an ecosystem that moderates extremes of heat and cold, stores a great deal of water, and generates a great deal of humidity. And in this protected environment, trees can live to be very old. To get to this point, the community must remain intact no matter what. If every tree were looking out only for itself, then quite a few of them would never reach old age. Regular fatalities would result in many large gaps in the tree canopy, which would make it easier for storms to get inside the forest and uproot more trees. The heat of summer would reach the forest floor and dry it out. Every tree would suffer.

Every tree, therefore, is valuable to the community and worth keeping around for as long as possible. And that is why even sick individuals are supported and nourished until they recover. Next time, perhaps it will be the other way round, and the supporting tree might be the one in need of assistance.

A tree can be only as strong as the forest that surrounds it.

One can’t help but wonder whether trees are so much better equipped at this mutual care than we are because of the different time-scales on which our respective existences play out. Is some of our inability to see this bigger picture of shared sustenance in human communities a function of our biological short-sightedness? Are organisms who live on different time scales better able to act in accordance with this grander scheme of things in a universe that is deeply interconnected?

To be sure, even trees are discriminating in their kinship, which they extend in varying degrees. Wohlleben explains:

Every tree is a member of this community, but there are different levels of membership. For example, most stumps rot away into humus and disappear within a couple of hundred years (which is not very long for a tree). Only a few individuals are kept alive over the centuries… What’s the difference? Do tree societies have second-class citizens just like human societies? It seems they do, though the idea of “class” doesn’t quite fit. It is rather the degree of connection — or maybe even affection — that decides how helpful a tree’s colleagues will be.

These relationships, Wohlleben points out, are encoded in the forest canopy and visible to anyone who simply looks up:

The average tree grows its branches out until it encounters the branch tips of a neighboring tree of the same height. It doesn’t grow any wider because the air and better light in this space are already taken. However, it heavily reinforces the branches it has extended, so you get the impression that there’s quite a shoving match going on up there. But a pair of true friends is careful right from the outset not to grow overly thick branches in each other’s direction. The trees don’t want to take anything away from each other, and so they develop sturdy branches only at the outer edges of their crowns, that is to say, only in the direction of “non-friends.” Such partners are often so tightly connected at the roots that sometimes they even die together.

But trees don’t interact with one another in isolation from the rest of the ecosystem. The substance of their communication, in fact, is often about and even to other species. Wohlleben describes their particularly remarkable olfactory warning system:

Four decades ago, scientists noticed something on the African savannah. The giraffes there were feeding on umbrella thorn acacias, and the trees didn’t like this one bit. It took the acacias mere minutes to start pumping toxic substances into their leaves to rid themselves of the large herbivores. The giraffes got the message and moved on to other trees in the vicinity. But did they move on to trees close by? No, for the time being, they walked right by a few trees and resumed their meal only when they had moved about 100 yards away.

The reason for this behavior is astonishing. The acacia trees that were being eaten gave off a warning gas (specifically, ethylene) that signaled to neighboring trees of the same species that a crisis was at hand. Right away, all the forewarned trees also pumped toxins into their leaves to prepare themselves. The giraffes were wise to this game and therefore moved farther away to a part of the savannah where they could find trees that were oblivious to what was going on. Or else they moved upwind. For the scent messages are carried to nearby trees on the breeze, and if the animals walked upwind, they could find acacias close by that had no idea the giraffes were there.

Because trees operate on time scales dramatically more extended than our own, they operate far more slowly than we do — their electrical impulses crawl at the speed of a third of an inch per minute. Wohlleben writes:

Beeches, spruce, and oaks all register pain as soon as some creature starts nibbling on them. When a caterpillar takes a hearty bite out of a leaf, the tissue around the site of the damage changes. In addition, the leaf tissue sends out electrical signals, just as human tissue does when it is hurt. However, the signal is not transmitted in milliseconds, as human signals are; instead, the plant signal travels at the slow speed of a third of an inch per minute. Accordingly, it takes an hour or so before defensive compounds reach the leaves to spoil the pest’s meal. Trees live their lives in the really slow lane, even when they are in danger. But this slow tempo doesn’t mean that a tree is not on top of what is happening in different parts of its structure. If the roots find themselves in trouble, this information is broadcast throughout the tree, which can trigger the leaves to release scent compounds. And not just any old scent compounds, but compounds that are specifically formulated for the task at hand.

The upside of this incapacity for speed is that there is no need for blanket alarmism — the recompense of trees’ inherent slowness is an extreme precision of signal. In addition to smell, they also use taste — each species produces a different kind of “saliva,” which can be infused with different pheromones targeted at warding off a specific predator.

Wohlleben illustrates the centrality of trees in Earth’s ecosystem with a story about Yellowstone National Park that demonstrates “how our appreciation for trees affects the way we interact with the world around us”:

It all starts with the wolves. Wolves disappeared from Yellowstone, the world’s first national park, in the 1920s. When they left, the entire ecosystem changed. Elk herds in the park increased their numbers and began to make quite a meal of the aspens, willows, and cottonwoods that lined the streams. Vegetation declined and animals that depended on the trees left. The wolves were absent for seventy years. When they returned, the elks’ languorous browsing days were over. As the wolf packs kept the herds on the move, browsing diminished, and the trees sprang back. The roots of cottonwoods and willows once again stabilized stream banks and slowed the flow of water. This, in turn, created space for animals such as beavers to return. These industrious builders could now find the materials they needed to construct their lodges and raise their families. The animals that depended on the riparian meadows came back, as well. The wolves turned out to be better stewards of the land than people, creating conditions that allowed the trees to grow and exert their influence on the landscape.

This interconnectedness isn’t limited to regional ecosystems. Wohlleben cites the work of Japanese marine chemist Katsuhiko Matsunaga, who discovered that trees falling into a river can change the acidity of the water and thus stimulate the growth of plankton — the elemental and most significant building block of the entire food chain, on which our own sustenance depends.

In the remainder of The Hidden Life of Trees, Wohlleben goes on to explore such fascinating aspects of arboreal communication as how trees pass wisdom down to the next generation through their seeds, what makes them live so long, and how forests handle immigrants. Complement it with this wonderful illustrated atlas of the world’s strangest trees and an 800-year visual history of trees as symbolic diagrams.

This content was originally published here.

Filed Under: Blog

New cannabis patch for fibromyalgia pain and diabetic nerve pain treatment – Women With Fibromyalgia

April 10, 2020

Two new medications have been developed for fibromyalgia pain and diabetic nerve pain treatment by a company specializing in cannabis-based medicines. A Transdermal patch is placed on the skin and into the blood stream for the medication of fibromyalgia pain and diabetic nerve pain.

The patched promote healing to an injured area of the body. As compared to other types of medication delivery such as oral, topical, intravenous, intramuscular etc, transdermal drug delivery flight path is more advantageous.

The patch used for the diabetic nerve pain treatment provides the patient with a controlled release of the medication into the patient, it can be provided to the patient via various forms such as:

The CEO of cannabis science, Mr. Raymond C. Dabney believes that the future of cannabis science is based on the development of these two new pharmaceutical medicinal applications.  The company is striving to enhance the land capacity for growth and facilities to manufacture its own products to supply to scientists with proprietary materials to make these formulations. On the other hand cannabis company is also busy in researching more potential needs for cannabis medical applications and introducing the methods for delivery of these medications.

Fibromyalgia is estimated to affect 2%-8% of the population while females are about double as likely to suffer from fibromyalgia condition. People with diabetic nerve pain and fibromyalgia experience chronic widespread pain and alarming pain response to pressure. Peripheral neuropathy (PN) is considered as damage or a disease affecting nerves which may impair sensation, movement, gland or organ function or other aspects of health depending on the type of nerves affected.

‘’CBD is the second major cannabinoid in marijuana after THC. Without the psychoactive effects that THC brings, it has anti-inflammatory and pain-reveling properties. MR Dabney also concludes that: ‘’ as more states nationwide legislate for the legalization of cannabis and cannabis-derived medications, here at Cannabis Science, the focus is on the development of pharmaceutical medications and applications to supply the huge growing demand expected over the coming few years.’’

This content was originally published here.

Filed Under: Blog

That Discomfort You’re Feeling Is Grief

April 8, 2020

HBR Staff/d3sign/Getty Images

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Some of the HBR edit staff met virtually the other day — a screen full of faces in a scene becoming more common everywhere. We talked about the content we’re commissioning in this harrowing time of a pandemic and how we can help people. But we also talked about how we were feeling. One colleague mentioned that what she felt was grief. Heads nodded in all the panes.

If we can name it, perhaps we can manage it. We turned to David Kessler for ideas on how to do that. Kessler is the world’s foremost expert on grief. He co-wrote with Elisabeth Kübler-Ross On Grief and Grieving: Finding the Meaning of Grief through the Five Stages of Loss. His new book adds another stage to the process, Finding Meaning: The Sixth Stage of Grief. Kessler also has worked for a decade in a three-hospital system in Los Angeles. He served on their biohazard’s team. His volunteer work includes being an LAPD Specialist Reserve for traumatic events as well as having served on the Red Cross’s disaster services team. He is the founder of www.grief.com which has over 5 million visits yearly from 167 countries.

Kessler shared his thoughts on why it’s important to acknowledge the grief you may be feeling, how to manage it, and how he believes we will find meaning in it. The conversation is lightly edited for clarity.

HBR: People are feeling any number of things right now. Is it right to call some of what they’re feeling grief?

Kessler: Yes, and we’re feeling a number of different griefs. We feel the world has changed, and it has. We know this is temporary, but it doesn’t feel that way, and we realize things will be different. Just as going to the airport is forever different from how it was before 9/11, things will change and this is the point at which they changed. The loss of normalcy; the fear of economic toll; the loss of connection. This is hitting us and we’re grieving. Collectively. We are not used to this kind of collective grief in the air.

You said we’re feeling more than one kind of grief?

Yes, we’re also feeling anticipatory grief. Anticipatory grief is that feeling we get about what the future holds when we’re uncertain. Usually it centers on death. We feel it when someone gets a dire diagnosis or when we have the normal thought that we’ll lose a parent someday. Anticipatory grief is also more broadly imagined futures. There is a storm coming. There’s something bad out there. With a virus, this kind of grief is so confusing for people. Our primitive mind knows something bad is happening, but you can’t see it. This breaks our sense of safety. We’re feeling that loss of safety. I don’t think we’ve collectively lost our sense of general safety like this. Individually or as smaller groups, people have felt this. But all together, this is new. We are grieving on a micro and a macro level.

What can individuals do to manage all this grief?

Understanding the stages of grief is a start. But whenever I talk about the stages of grief, I have to remind people that the stages aren’t linear and may not happen in this order. It’s not a map but it provides some scaffolding for this unknown world. There’s denial, which we say a lot of early on: This virus won’t affect us. There’s anger: You’re making me stay home and taking away my activities. There’s bargaining: Okay, if I social distance for two weeks everything will be better, right? There’s sadness: I don’t know when this will end. And finally there’s acceptance. This is happening; I have to figure out how to proceed.

Acceptance, as you might imagine, is where the power lies. We find control in acceptance. I can wash my hands. I can keep a safe distance. I can learn how to work virtually.

When we’re feeling grief there’s that physical pain. And the racing mind. Are there techniques to deal with that to make it less intense?

Let’s go back to anticipatory grief. Unhealthy anticipatory grief is really anxiety, and that’s the feeling you’re talking about. Our mind begins to show us images. My parents getting sick. We see the worst scenarios. That’s our minds being protective. Our goal is not to ignore those images or to try to make them go away — your mind won’t let you do that and it can be painful to try and force it. The goal is to find balance in the things you’re thinking. If you feel the worst image taking shape, make yourself think of the best image. We all get a little sick and the world continues. Not everyone I love dies. Maybe no one does because we’re all taking the right steps. Neither scenario should be ignored but neither should dominate either.

Anticipatory grief is the mind going to the future and imagining the worst. To calm yourself, you want to come into the present. This will be familiar advice to anyone who has meditated or practiced mindfulness but people are always surprised at how prosaic this can be. You can name five things in the room. There’s a computer, a chair, a picture of the dog, an old rug, and a coffee mug. It’s that simple. Breathe. Realize that in the present moment, nothing you’ve anticipated has happened. In this moment, you’re okay. You have food. You are not sick. Use your senses and think about what they feel. The desk is hard. The blanket is soft. I can feel the breath coming into my nose. This really will work to dampen some of that pain.

You can also think about how to let go of what you can’t control. What your neighbor is doing is out of your control. What is in your control is staying six feet away from them and washing your hands. Focus on that.

Finally, it’s a good time to stock up on compassion. Everyone will have different levels of fear and grief and it manifests in different ways. A coworker got very snippy with me the other day and I thought, That’s not like this person; that’s how they’re dealing with this. I’m seeing their fear and anxiety. So be patient. Think about who someone usually is and not who they seem to be in this moment.

One particularly troubling aspect of this pandemic is the open-endedness of it.

This is a temporary state. It helps to say it. I worked for 10 years in the hospital system. I’ve been trained for situations like this. I’ve also studied the Spanish Flu. The precautions we’re taking are the right ones. History tells us that. This is survivable. We will survive. This is a time to overprotect but not overreact.

And, I believe we will find meaning in it. I’ve been honored that Elisabeth Kübler-Ross’s family has given me permission to add a sixth stage to grief: Meaning. I had talked to Elisabeth quite a bit about what came after acceptance. I did not want to stop at acceptance when I experienced some personal grief. I wanted meaning in those darkest hours. And I do believe we find light in those times. Even now people are realizing they can connect through technology. They are not as remote as they thought. They are realizing they can use their phones for long conversations. They’re appreciating walks. I believe we will continue to find meaning now and when this is over.

What do you say to someone who’s read all this and is still feeling overwhelmed with grief?

Keep trying. There is something powerful about naming this as grief. It helps us feel what’s inside of us. So many have told me in the past week, “I’m telling my coworkers I’m having a hard time,” or “I cried last night.” When you name it, you feel it and it moves through you. Emotions need motion. It’s important we acknowledge what we go through. One unfortunate byproduct of the self-help movement is we’re the first generation to have feelings about our feelings. We tell ourselves things like, I feel sad, but I shouldn’t feel that; other people have it worse. We can — we should — stop at the first feeling. I feel sad. Let me go for five minutes to feel sad. Your work is to feel your sadness and fear and anger whether or not someone else is feeling something. Fighting it doesn’t help because your body is producing the feeling. If we allow the feelings to happen, they’ll happen in an orderly way, and it empowers us. Then we’re not victims.

In an orderly way?

Yes. Sometimes we try not to feel what we’re feeling because we have this image of a “gang of feelings.” If I feel sad and let that in, it’ll never go away. The gang of bad feelings will overrun me. The truth is a feeling moves through us. We feel it and it goes and then we go to the next feeling. There’s no gang out to get us. It’s absurd to think we shouldn’t feel grief right now. Let yourself feel the grief and keep going.

This content was originally published here.

Filed Under: Blog

Effects of Music Therapy on Mood in Stroke Patients

April 8, 2020

This study was published in 2011 by Yonsei University College of Medicine in Seoul, Korea! It is a private research university, and one of three SKY universities, which are widely regarded as the most prestigious in the country. The purpose of this study was to “investigate the effects of music therapy on depressive mood and anxiety in post-stroke patients and evaluate satisfaction levels of patients and caregivers.”

The study states, “Music therapy appears to affect physiological phenomena such as blood pressure, heartbeat, respiration, and mydriasis as well as emotional aspects such as mood and feelings.” Oxford Dictionary defines mydriasis as the dilation of the pupils of the eyes. Other side effects of music include change of respiratory rhythm, relaxation of muscular stiffness, and decrease in heart rate, blood pressure, depression, and anxiety. 

Robinson states that 32.9-35.9% of post-stoke patients experience depression. Castillo states that anxiety is prevalent in 21-28% of stroke survivors. This can be a consequence of cognitive dysfunction, trouble coping with daily living, or a close relationship to death. Music therapy has the potential to elevate mood for people who experience these symptoms. 

This study provided 40 minutes of music therapy sessions that contained a greeting, musical activities that included respiration and phonation, improvised play, hand bell play, singing, songwriting, and self expression, then a goodbye song was provided. Several instruments were provided during the session. Participants filled out a survey before and after treatment to provide data. 

The research found that anxiety and depression scores decreased after music therapy; mirroring previous studies that music therapy is effective for depression. There was no reporting of significant changes in anxiety or depression from the control group. It can be concluded by this study and others that music therapy is effective and can be used as a treatment to reduce depressed mood or positively affect mood in post-stroke patients. 

By Gwen D’Amico, MT-BC

Citations:

Castillo CS, Starkstein SE, Fedoroff JP, Price TR, Robinson RG. Generalized anxiety disorder after stroke. J Nerv Ment Dis 1993;181:100–106.

Kim DS, Park YG, Choi JH, Im SH, Jung KJ, Cha YA, Jung CO, Yoon YH.   Effects of Music Therapy on Mood in Stroke Patients.   Yonsei Med J. 2011 Nov;52(6):977-981.   https://doi.org/10.3349/ymj.2011.52.6.977

Robinson RG. Poststroke depression: prevalence, diagnosis, treatment, and disease progression. Biol Psychiatry 2003;54:376–387.

This content was originally published here.

Filed Under: Blog

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