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RichardbBrunner

~ creative arts therapist

RichardbBrunner

Category Archives: Research

Global military spending

16 Saturday Feb 2019

Posted by RichardB in Economics, Military, Research

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military spnding

A presentation  at the United Nations North Lawn building presented statistics gathered by the Stockholm International Peace Research Institute (SIPRI) about spending on armaments and militarism. The report declared that in 2013 over 1,747 billion dollars were spent on armaments. SIPRI Director Sam Perlo Freeman pointed out that the overwhelming majority of military spending was being done by the US and its allies.

While military spending by the United States has slightly decreased, spending by strategic US aligned regimes around the world is dramatically rising. Kingdom of Saudi Arabia, which is a key US ally in the Middle East and a backer of insurgent groups in Syria, has increased its military spending by 14.8%, the largest increase of any country on earth. John Feffer of Institute for Policy Studies, one of the presenters, told Press TV, that the build-up of military spending by US aligned regimes around the world has dangerous implications and could lead to war. Presenters pointed out that military spending is rising most rapidly in the Middle East and the Pacific, and that despite recent cuts, the United States remains the main exporter of weapons and supplier of military aid. See video here.

The 15 countries with the highest military expenditure in 2013, click the Map to be taken to an interactive web page of the Stockholm International Peace Research Institute.

wldmap

Information from the Stockholm International Peace Research Institute.

 

Narrow Indication for Abuse-Deterrent Morphine

08 Friday Feb 2019

Posted by RichardB in Addiction, Opioids, Pain, Research, Substance use

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opioid, substance abuse

The latest opioid approved by FDA will be “expected” to reduce abuse by only one route — injection — in its official labeling.

In a carefully-worded press release, drugmaker Egalet said its extended-release morphine drug Arymo ER “increased resistance to cutting, crushing, grinding or breaking using a variety of tools. Due to its physical and chemical properties, Arymo ER is expected to make abuse by injection difficult.” 1pillst

In an FDA advisory committee meeting last year, participants voted that the drug could deter abuse via the oral, nasal, and intravenous routes of abuse. But there were several reasons only the intravenous route won labeling.

An FDA spokesperson told MedPage Today that MorphaBond, another morphine product, has “marketing exclusivity for labeling describing the expected reduction of abuse of single-entity, extended-release morphine by the intranasal route due to physicochemical properties.” MORE HERE

Habits

04 Monday Feb 2019

Posted by RichardB in Health, Psychoeducation, Research, Wellness

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habits

DESPITE the best intentions for the new year, the reality is that by next month, gym memberships will lapse, chocolate will replace carrots and Candy Crush will edge out Moby Dick.

It’s not (only) that we’re undisciplined slugs. It’s that much of what we know — or think we know — about habits is wrong. Here’s a primer that might help keep you off the couch and on the treadmill.

MYTH 1 We fail to change our habits — or start good new ones — because we lack willpower.

Not really, said Wendy Wood, a professor of psychology and business at the University of Southern California. Willpower, she said, is more about looking at those yummy chocolate chip cookies and refusing them. A good habit ensures you’re rarely around those chocolate chip cookies in the first place.

To create or change a habit, you have to think much more about altering your environment and patterns of living than work on steeling your mind, Professor Wood said, because “behavior is very much a product of environment.”

Habits — at least good ones — exist so we don’t have to resist temptation all the time. Imagine if every morning you had a debate with yourself about eating cake or cereal for breakfast. Instead, most of us form the habit of eating something relatively healthy for breakfast, which bypasses the lure of the cake altogether.

That’s why it’s sometimes easiest to start or break a habit during a major transition. This may sound counterintuitive, but a new house, job or relationship breaks old patterns, said Gretchen Rubin, author of the forthcoming book, “Better Than Before: Mastering the Habits of Our Everyday Lives.”

“People say wait a few days to get settled, but don’t,” she said. “Start right away.”

MYTH 2 We fall back on bad habits when stressed. In fact, good habits persist even in times of high anxiety, Professor Wood said. A study of which Professor Wood was one of the co-authors found that students who already had unhealthy diets would eat junk food when stressed, but those who already had the habit of eating well — or of reading a newspaper or of going to the gym — were just as likely to do that.

MYTH 3 It takes about 21 days to break or make a habit.

That number seems to have cropped up in the 1960s and somehow became “fact” with no real proof. But in 2009, researchers in Britain decided to take a deeper look by studying how long it took participants to learn new habits, such as eating fruit daily or going jogging. The average was 66 days.

But individuals’ times varied greatly, from 18 days to 245 days, depending on temperament and, of course, the task involved. It will most likely take far less time to get into the habit of eating an apple every afternoon than of practicing the piano for an hour a day.

MYTH 4 You need positive thinking to break or make a habit.

“We find positive fantasy is not helpful and may even be hurtful when trying to reach a desired future or fulfill a wish,” said Gabriele Oettingen, a professor of psychology at New York University and the University of Hamburg.

Over years of research, she discovered that people need to pair optimistic daydreams about the future with identifying and imagining the obstacles that prevent them from reaching that goal — something she calls mental contrasting.

Say you want to stop being a procrastinator. The first step is easy. Imagine how it will feel if your work is completed with plenty of time to spare, if you can sleep instead of pulling an all-nighter, said Professor Oettingen, author of “Rethinking Positive Thinking.”

But don’t just resolve to stop procrastinating. The second step is to identify what holds you back from changing yourself. Is it fear that you won’t succeed? Is it the adrenaline rush of frantically working at the last minute? Is it because of negative feelings toward a boss or teacher?

The mental contrasting needs to be in the right order. It’s important to “experience our dreams, then switch gears and mentally face reality,” Professor Oettingen said.

Doing it the opposite way — imagining the obstacles and then fantasizing about changing habits — doesn’t seem to work as well, research shows.

MYTH 5 Doing things by rote, or habit, isn’t good in most cases. It’s better to be mindful of everything we do.

Research shows that most people repeat about 40 percent of their activities almost every day.

“We only have so much room in our brain,” said Ian Newby-Clark, an associate professor of psychology at the University of Guelph in Canada. “It would be incredibly taxing if we had to mindfully plan every step of our day.” Habits free us up so we can think about other things.

And while some habits are objectively bad — smoking, say, or being consistently late — most are subjective. “Habits are only good or bad to the extent they’re consistent or inconsistent with your goals,” Professor Wood of U.S.C. said. It’s a bad habit when “it starts interfering with other goals you have.”

For example, many people said their resolution this year was to cut down the time they spend online.

But why? Because it’s an inherently bad thing to do? Or is it an obstacle to spending more time reading books or riding a bike or learning to knit?

After thinking about it, you may choose to spend less time on your computer or phone. Or you might decide it’s not so terrible in limited doses and shed the habit of feeling guilty about it.

MYTH 6 Everything in moderation.

“There’s a real difference among people about how easily they adapt to habits,” Ms. Rubin said. Some see habits as liberating; some see them as a trap. Some prefer to make a huge change all at once; others proceed step by step.

“I’m in the small minority that loves habits,” Ms. Rubin said, adding that she tends to find it easier to abstain from certain things altogether. For example, she eats no carbohydrates.

“People said I was doomed to failure, but it’s not true,” she said. But, she noted, “it’s a mistake to think the abstainer is more disciplined. For me it’s easier to be an abstainer than have to deliberate each time whether I can eat something or not. Others would go nuts if they abstain.”

That’s why you shouldn’t listen to people who tell you you’re doing it wrong if it works for you, she said.

Also, people shouldn’t fear that their habit will dissolve if they don’t practice it daily.

“If you lapse once or twice, you’re not ruined,” Professor Wood said. “That’s a misconception.”

And that leads to …

MYTH 7 Shame and guilt keep you on track.

No. People need to be kinder to themselves, showing self-compassion if they lapse, Ms. Rubin said. But it’s a fine balance between treating yourself kindly and making endless rationalizations and excuses.

“I might mindfully make an exception,” she said, such as choosing to eat a traditional Christmas cake every year. “But I’m not making excuses in the moment: I’ll hurt the hostesses’ feelings. You only live once. It’s the holidays.”

One last piece of advice: If you want to be in better shape, get a dog. Professor Wood said studies show dog owners have lower body mass indexes. But here’s the catch: That’s only true if you walk the animal.

sailing stones of Death Valley

02 Saturday Feb 2019

Posted by RichardB in discovery, Environment, Japanese Textile Designs, Research, Science

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research, rocks

The sailing stones of the Racetrack Playa, a dry lakebed in Death Valley, have been the subject of a mystery since the 1940s. The playa is dotted with stones, some as large as 700 pounds (320kg), with long tracks behind them, as though they have been performing a synchronised dance.

Although there have been many theories about how the rocks might be moving on their own — including dust devils, hurricane-force winds, films of slippery algae or thick sheets of ice — none had ever been confirmed, nor had any human seen the rocks actually moving.FL-0255_tn.jpg

Until now, that is. A team of researchers from the Scripps Institution of Oceanography at UC San Diego decided they were going to solve the mystery once and for all. In the winter of 2011, they brought in a high-resolution weather station to measure wind at one-second intervals, and brought in 15 rocks fitted with GPS devices (since the National Parks Service would not allow them to use the native rocks).

Read More Here.

Teen brain, brain injury, and addiction

01 Friday Feb 2019

Posted by RichardB in brain, Injury, Opioids, Research

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Addiction

These days, when there are news reports about traumatic brain injury (TBI), it’s almost always related to football. And while one of the effects of TBI is an increased risk of using drugs and alcohol (especially for teens), this post isn’t really about that (but this post is).

This post is about the turf TBIs and drugs share—the developing teen brain. healing-art-brain

The Developing Teen Brain—What Makes It Special Puts You at Risk

We’ve talked a lot about why drug use is so dangerous in your teen years—that it raises your risk for being addicted. (Here’s a great explanation.) The teen brain is still developing—growing. This makes it more flexible, more impressionable; so what you do now has a big impact on who you become as an adult. Like clay being molded before it hardens, like a computer being programmed, you are wiring your brain.

Read more HERE.

Dance Movement Therapy and Children

23 Wednesday Jan 2019

Posted by RichardB in creative arts therapy, Dance Movement Therapy, Research

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Dance Movement Therapist (DMT) practice in a wide variety of settings. One example is DMT’s who work with children and their care givers (such as parents) in a safe, structured and creative environment. In this type of setting DMT’s observe interactions such as how and when a child moves toward and away from their care giver. A DMT might use the Kestenberg Movement Profile (KMP) to observe the natural developmental based rhythms, attunements and clashes of the child and care giver as they play and interact. For instance, a child may have a gradual rhythm and moves slowly into activities and the care giver may have a more aggressive/biting rhythm. A cash of rhythms occurs when the care giver pushes the child into activities at the care giver’s rhythm and not the child’s. The result is the child will often resist the care giver and the more the care giver pushes the more the child resists.
One successful outcome of this situation is to teach the care giver how to attune to the natural physical, mental and emotional rhythms of the child. When the care giver attunes to the child, the child begins to attune to the care giver and instead if resisting each other’s rhythms they begin to “move” together.

Researchers pinpoint brain’s happiness region

21 Monday Jan 2019

Posted by RichardB in emotions, Research

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Happiness, wellness

creativity1.jpg Happiness is the meaning and the purpose of life, the whole aim and end of human existence,” the ancient Greek philosopher Aristotle once said. But how does one reach this goal? According to a new study by researchers from Japan, a person’s happiness may depend on the size of a specific brain region.

Researchers found people who were happier had larger gray matter volume in the precuneus region of the brain.

Study leader Dr. Wataru Sato, of Kyoto University in Japan, and colleagues publish their findings in the journal Scientific Reports.

The definition of happiness has been debated for centuries. In recent years, psychologists have suggested that happiness is a combination of life satisfaction and the experience of more positive than negative emotions – collectively deemed “subjective well-being.”

But according to Dr. Sato and his colleagues, the neurological mechanisms behind a person’s happiness were unclear.

“To date, no structural magnetic resonance imaging (MRI) investigation of the construct has been conducted,” they note.

“Identification of the neural substrates underlying subjective happiness may provide a complementary objective measure for this subjective construct and insight into its information-processing mechanism.”

 

Meditation may boost happiness by targeting precuneus brain region

To address this research gap, the team used MRI to scan the brains of 51 study participants.

After the scans, subjects were asked to complete three short questionnaires that asked them how satisfied they are with their lives, how happy they are and how intensely they feel positive and negative emotions.

The researchers found that individuals who had higher happiness scores had larger gray matter volume in the precuneus of the brain – a region in the medial parietal lobe that plays a role in self-reflection and certain aspects of consciousness – than their unhappy counterparts.YMen.jpg

What is more, the researchers found that one’s happiness may be driven by a combination of greater life satisfaction and intensity of positive emotion – supporting the theory of subjective well-being.

“These results indicate that the widely accepted psychological model postulating emotional and cognitive components of subjective happiness may be applicable at the level of neural structure,” they add.

These findings, the researchers say, indicate that individuals may be able to boost their happiness through practices that target the precuneus, such as meditation:

“Previous structural neuroimaging studies have shown that training in psychological activities, such as meditation, changed the structure of the precuneus gray matter.

Together with these findings, our results suggest that psychological training that effectively increases gray matter volume in the precuneus may enhance subjective happiness.”

Dr. Sato adds that, while further research is required, these current findings may be useful for developing psychological programs that boost a person’s happiness.

The world at seven billion

19 Saturday Jan 2019

Posted by RichardB in discovery, Research, Social Science

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people, population, world

Thee BBC is big into these types of demographical thingies. : The world’s population is expected to hit seven billion in the next few weeks. After growing very slowly for most of human history, the number of people on Earth has more than doubled in the last 50 years. Where do you fit into this story of human life? Fill in your date of birth below to find out.   http://www.bbc.co.uk/news/world-15391515

people

 

creative thinking

14 Monday Jan 2019

Posted by RichardB in create, Creativity, Research

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creative thinking, Creativity

When the task at hand requires some imagination, taking a walk may lead to more creative thinking than sitting, according to research published by the American Psychological Association.

“Many people anecdotally claim they do their best thinking when walking,” said Marily Oppezzo, PhD, of Santa Clara University. “With this study, we finally may be taking a step or two toward discovering why.”

While at Stanford University’s Graduate School of Education, Oppezzo and colleague Daniel L. Schwartz, PhD, conducted studies involving 176 people, mostly college students. They found that those who walked instead of sitting or being pushed in a wheelchair consistently gave more creative responses on tests commonly used to measure creative thinking, such as thinking of alternate uses for common objects and coming up with original analogies to capture complex ideas. When asked to solve problems with a single answer, however, the walkers fell slightly behind those who responded while sitting, according to the study published in APA’s Journal of Experimental Psychology: Learning, Memory and Cognition.

While previous research has shown that regular aerobic exercise may protect cognitive abilities, these researchers examined whether simply walking could temporarily improve some types of thinking, such as free-flowing thought compared to focused concentration. “Asking someone to take a 30-minute run to improve creativity at work would be an unpopular prescription for many people,” Schwartz said. “We wanted to see if a simple walk might lead to more free-flowing thoughts and more creativity.”

Of the students tested for creativity while walking, 100 percent came up with more creative ideas in one experiment, while 95 percent, 88 percent and 81 percent of the walker groups in the other experiments had more creative responses compared with when they were sitting. If a response was unique among all responses from the group, it was considered novel. Researchers also gauged a participant’s total number of responses and whether a response was feasible and appropriate to the constraints of the task. For example, “Putting lighter fluid in soup is novel, but it is not very appropriate,” Oppezzo said.

In one experiment with 48 participants, each student sat alone in a small room at a desk facing a blank wall. When a researcher named an object, the student came up with alternative ways to use the object. For example, for the word “button,” a person might say “as a doorknob on a dollhouse.” The students heard two sets of three words and had four minutes per set to come up with as many responses as possible. To see how walking might affect more restricted thinking, the researchers also had the students complete a word association task with 15 three-word groups, such as “cottage-Swiss-cake,” for which the correct answer is “cheese.” Participants repeated both tasks with different sets of words first while sitting and then while walking at a comfortable pace on a treadmill facing a blank wall in the same room.

With a different group of 48 students, some sat for two different sets of the tests, some walked during two sets of the test and some walked and then sat for the tests. “This confirmed that the effect of walking during the second test set was not due to practice,” Oppezzo said. “Participants came up with fewer novel ideas when they sat for the second test set after walking during the first. However, they did perform better than the participants who sat for both sets of tests, so there was a residual effect of walking on creativity when people sat down afterward. Walking before a meeting that requires innovation may still be nearly as useful as walking during the meeting.”

Students who walked in another experiment doubled their number of novel responses compared with when they were sitting. The 40 students in this experiment were divided into three groups: One sat for two sets of tests but moved to separate rooms for each set; another sat and then walked on a treadmill; and one group walked outdoors along a predetermined path.f-202.jpg

To see if walking was the source of creative inspiration rather than being outdoors, another experiment with 40 participants compared responses of students walking outside or inside on a treadmill with the responses of students being pushed in a wheelchair outside and sitting inside. Again, the students who walked, whether indoors or outside, came up with more creative responses than those either sitting inside or being pushed in a wheelchair outdoors. “While being outdoors has many cognitive benefits, walking appears to have a very specific benefit of improving creativity,” said Oppezzo.

More research will be necessary to explain how walking improves creativity, the authors said. They speculated that future studies would likely determine a complex pathway that extends from the physical act of walking to physiological changes to the cognitive control of imagination. “Incorporating physical activity into our lives is not only beneficial for our hearts but our brains as well. This research suggests an easy and productive way to weave it into certain work activities,” Oppezzo said.

Marily Oppezzo, Daniel L. Schwartz. Give your ideas some legs: The positive effect of walking on creative thinking.. Journal of Experimental Psychology: Learning, Memory, and Cognition, 2014; DOI:

Meditation and Pain management

26 Wednesday Dec 2018

Posted by RichardB in Meditation, mindfulness, pain management, Research, Wellness

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According to a new study, mindfulness meditation exhibited even stronger physical pain reductions than morphine, says the study’s lead investigator
Open any magazine and you’ll find that mindfulness has gone mainstream. You’ll also notice there are studies that purport to show meditation’s benefits on just about everything, from kids’ math scores and migraine length to HIV management and bouncing back after a crisis. Now, an elaborate new forthcoming study looks at how the brains of meditators respond to pain, to be published in the Journal of Neuroscience.
f-202.jpgDr. Fadel Zeidan, assistant professor of neurobiology and anatomy at Wake Forest Baptist Medical Center, has studied mindfulness for 15 years and has observed improved health outcomes as a result. “But what if this is all just a placebo?” he wondered. “What if people are reporting improvements in health and reductions in pain just because of meditation’s reputation as a health-promoting practice?” He wanted to find out, so he designed a trials that included a placebo group.
Zeidan recruited 75 healthy, pain-free people and scanned their brains using an MRI while they experienced painful heat with a 120-degree thermal probe. Then, the researchers sorted them into four groups and gave them four days of training. Everyone thought they were getting the real intervention, but most of them were getting a sham treatment.
“I want to be restrained about the efficacy of mindfulness, and the way to be restrained about it is by making it harder and harder to demonstrate its effectiveness,” Zeidan says.
First, there was a placebo cream group that participants were told reduces pain over time, Zeidan says (it was really just petroleum jelly). For four days, they rubbed it on the back of their leg and tested it against that painfully hot thermal probe. Little did they know, the researchers cranked down the heat each day; the participants thought the cream was working.
Another group was taught a kind of fake mindfulness meditation—they were told to breathe deeply for 20 minutes but were given no instructions on how to do it mindfully. The control group was subjected to 20 minutes of a very boring book on tape: The Natural History and Antiquities of Selborne.996972_621934824532791_1132991476_n
For the real intervention, people sat for 20 minutes with straight posture, closed their eyes and listened to specific instructions about where to focus one’s attention and how to let thoughts and emotions pass without judgment. “Our subjects are taught to focus on the changing sensations of breath and to follow the breath with the mind’s eye as it goes down the chest and abdomen,” Zeidan says.
After four days, everyone re-entered the MRI machine and endured the same pain from the 120-degree probe. They were told to use their training—breathing deeply, mindfully meditating or the cream. They used a lever to indicate the physical intensity and emotional unpleasantness of the pain.
They found that people in all of the groups had greater pain reductions than the control group. The placebo cream reduced the sensation of pain by an average of 11% and emotional unpleasantness of pain by 13%. For the sham mindfulness group, those numbers were 9% and 24% respectively. But mindfulness meditation outperformed them all. In this group, pain intensity was cut by 27% and emotional pain reduced by 44%.
That shocked Zeidan. Past research has indicated that the opioid morphine reduces physical pain by 22%—and mindfulness had surpassed even that. But the MRI results, which showed how pain was registering in their brains, surprised him even more. People who had practiced mindfulness meditation seemed to be using different brain regions than the other groups to reduce pain.
“There was something more active, we believe, going on with the genuine mindfulness meditation group,” Zeidan says. This group had increased activation in higher-order brain regions associated with attention control and enhanced cognitive control, he says, while exhibiting a deactivation of the thalamus—a structure that acts as the gatekeeper for pain to enter the brain, he explains. “We haven’t seen that with any other technique before.”create
It’s an important preliminary study, Zeidan says, but exactly who will benefit from meditation’s impact on pain is still unknown. “We’re now at the stage, at least in my lab, where we have enough evidence that meditation reduces pain and it does it in a really unique fashion, different from any other technique we’ve seen,” he says.
And as for the questions left unanswered? “We don’t have the studies yet,” he says, “but we’re getting there.”

Visualizing Prolific Plastic Our Oceans

22 Saturday Dec 2018

Posted by RichardB in Environment, global, Oceans, Research

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Environment, ocean, plastic

Courtesy of: Visual Capitalist

 

Scientist Seeks Neural And Biological Basis For Creativity, Beauty And Love

10 Monday Dec 2018

Posted by RichardB in brain, Research

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One of the world’s leading neuroscientists is to search for the neural and biological basis for creativity, beauty and love after receiving over £1 million from the Wellcome Trust, the UK’s largest medical research charity. The research will bring together science, the arts and philosophy to answer fundamental questions about what it means to be human. 

Professor Semir Zeki from University College London (UCL) has received a Wellcome Trust Strategic Award to establish a programme of research in the new field of “neuroaesthetics”. The research will build on his previous work into the neural mechanisms behind beauty and love. 

Together with Professor Ray Dolan, Director of the Wellcome Trust Centre for Neuroimaging at UCL, Professor Zeki will look at questions that have been debated for millennia by writers, artists and philosophers and yet have been little studied by neurobiologists: Can we measure beauty objectively” How are beauty and love related” What does it mean to be happy” 

“All human societies place a high premium on art and the pursuit of beauty,” says Professor Zeki. “We all value and reward creativity. We all want to pursue happiness. But what do these entities mean in concrete, neurobiological terms” We hope to address these issues experimentally. The results will not only increase our knowledge about the workings of the human brain but will also give deep insights into human nature and how we view ourselves.” 

Neuroesthetics aims to illuminate the brain’s workings through its cultural products in a similar way to how neuroscientists study the brain through malfunctions caused by disease. However, Professor Zeki believes its impact may be much wider. 

“The new field of neuroaesthetics will teach biologists to use the products of the brain in art, music, literature and mathematics to better understand how the brain functions,” he says. “Success will encourage an interdisciplinary approach to other fields, such as the study of economics or jurisprudence in terms of brain activity. This will have a deep impact on social issues.” 

Using Wellcome Trust funding, Professor Zeki hopes to attract students and researchers from the sciences, arts and humanities in truly interdisciplinary research. Their work will be overseen by an Advisory Board that will include author AS Byatt, physician, opera producer and broadcaster Sir Jonathan Miller and Dr. Deborah Swallow, Director of the Courtauld Institute of Art, London. 

“Professor Zeki is a Renaissance Man for the twenty-first century,” says Professor Richard Morris, Head of Neurosciences and Mental Health at the Wellcome Trust. “His research sees no boundaries between science and the arts and humanities and will provide an exciting insight in issues that strike at the heart of what it is to be human.” 

All in the Mind: The Animal Mind Audio

10 Friday Aug 2018

Posted by RichardB in Audio, library, Research

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audio, pets, Radio, research

From All in the Mind and Australian Broadcasting : Most of us have an intuitive feeling that our pet dogs or cats have thoughts and even feel emotions—but did you know that ants can teach, rats have a sense of humor, chimpanzees can deceive and elephants grieve? Scientists are discovering that animals’ cognitive and emotional processes are far more sophisticated than we once thought.  Listen/Download the audio here.

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Secret life of the cat: What do our feline companions get up to?

20 Friday Jul 2018

Posted by RichardB in cats, Environment, Research

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bbc, cats, pets, research

Ever wondered what your cat spends its time doing when you’re not around? Where do our purring pets go when they disappear through the cat flap? Armed with GPS tracking devices and micro-cameras, a team from BBC Two’s Horizon program in collaboration with the Royal Veterinary College set off to a Surrey village to find out. Discover more by clicking this link and selecting a cat.

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Ten Myths About Psychotropic Drugs

17 Tuesday Jul 2018

Posted by RichardB in brain, medication, Research

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Psychotropic Drugs

Dr. Peter Gotzsche has created a controversy and sparked criticism over what he sees as a damaging over-prescription of drugs by psychiatrists.

Gotzsche recently compiled a list of ten common myths held not only by the general public, but also trained psychiatrists concerning the safety of psychotropic drugs, and the rationale for their use.1pillst

As an internist, Gotzsche remarked that since he was outside of the political orthodoxy of the world of psychiatric medicine, he was free to express what he believed to be the sentiments of many psychiatrists who must remain quiet in their objections for fear of hurting their careers.

1.  Mental diseases are caused by a chemical imbalance in the brain

“We have no idea about which interplay of psychosocial conditions, biochemical processes, receptors and neural pathways that lead to mental disorders and the theories that patients with depression lack serotonin and that patients with schizophrenia have too much dopamine have long been refuted.”

2.  It’s easy to go off antidepressants any time you want to

Here, Gotzsche points to drug trails involving agoraphobics and people suffering from panic disorder, whom were not depressed.  Fifty percent of the patients found it difficult to come off antidepressants even though they were gradually reducing their doses.  It could not be that the patients saw their depression returning, as they were not depressed to begin with.

3.  Psychotropic drugs are to mental illness as insulin is to diabetes

“When you give insulin to a patient with diabetes, you give something the patient lacks, namely insulin. Since we’ve never been able to demonstrate that a patient with a mental disorder lacks something that people who are not sick don’t lack, it is wrong to use this analogy.”

4.  Psychotropic drugs reduce the number of chronically ill patients

“In 1987, just before the newer antidepressants (SSRIs or happy pills) came on the market, very few children in the United States were mentally disabled. Twenty years later it was over 500,000, which represents a 35-fold increase. The number of disabled mentally ill has exploded in all Western countries.”

5.  SSRIs don’t cause suicide in children and adolescents

“The companies and the psychiatrists have consistently blamed the disease when patients commit suicide. It is true that depression increases the risk of suicide, but happy pills increase it even more, at least up to about age 40, according to a meta-analysis of 100,000 patients in randomized trials performed by the US Food and Drug Administration.”

6.  SSRIs don’t have side effects

“Patients care less about the consequences of their actions, lose empathy towards others, and can become very aggressive. In school shootings in the United States and elsewhere a striking number of people have been on antidepressants.”

7.  SSRIs are not addictive

“The worst argument I have heard about the pills not causing dependency is that patients do not require higher doses. Shall we then also believe that cigarettes are not addictive? The vast majority of smokers consume the same number of cigarettes for years.”

8.  The prevalence in depression has increased a lot in recent history

Gotzsche points out that this is difficult if not impossible to determine, as the criteria for being diagnosed as clinically depressed has been drastically lowered over the last 50 years.

9.  The main problem is not overtreatment, but undertreatment

“In a 2007 survey, 51% of the 108 psychiatrists said that they used too much medicine and only 4 % said they used too little. In 2001-2003, 20% of the US population aged 18-54 years received treatment for emotional problems.”

10.  Antipsychotics prevent brain damage

“Some professors say that schizophrenia causes brain damage and that it is therefore important to use antipsychotics. However, antipsychotics lead to shrinkage of the brain, and this effect is directly related to the dose and duration of the treatment.”

Read the rest of the article here:http://www.designntrend.com/articles/10379/20140123/danish-doctor-offers-ten-myths-psychotropic-drugs.htm

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