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Meet Ghanaian scientist Professor Awandare helping us understand the coronavirus – GhanaWeb

General News of Monday, 13 April 2020

Source: mynewsgh.com

Professor Gordon Akanzuwine Awandare

One of the leading Ghanaian scientists helping us understand the novel coronavirus disease is Professor Gordon Akanzuwine Awandare of the School of Biochemistry and the West African Centre for Cell Biology of Infectious Pathogens (WACCBIP) at the University of Ghana.

He, together with other leading scientists at the University of Ghana, has successfully sequenced the genome of the novel coronavirus disease by examining some 15 confirmed cases of the disease in the country.

Prof Awandare has been a leading light in research on many diseases in the country, especially the malaria parasite.

Born in Kandiga in the Kassena Nankana West District of the Upper East Region, Prof Awandare battled with recurring malaria as a child.

Defying all odds to have a good education, he obtained an a Bsc in Biochemistry from the University of Ghana in 1998 and an MSc in the same field in 2002 before obtaining his PhD in the area in 2007 from the University of Pittsburgh in the United States of America. His area of interest was the malaria parasite, inspired partly by his battle with the disease as a child.

Driven by patriotism, he returned to Ghana after spending three years in America contributing to knowledge there.

Prof Awandare took extraordinary steps to set up his own research group notwithstanding the lack of funds and other bottlenecks.

His major breakthrough came in 2013 when he led a consortium that secured funds to set up a new state of the art centre in the country to research into infectious pathogens. The consortium secured some $8 million from the World Bank, and Prof Awandare became the founding director of the West African Centre for Cell Biology of Infectious Pathogens (WACCBIP) in 2013.

The Centre cutting edge research has ensured that it has secured several other funding to undertake research into many diseases.

He has received many awards for his excellence on research.

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Meet Ghanaian scientist Professor Awandare helping us understand the coronavirus - GhanaWeb

Dr. Kevin Dalby on How to Decrease Your Risk of Developing Cancer – Thrive Global

Life expectancy in the United States is about 78 years, though longevity is not without medical concerns. As many as one in three Americans will develop malignant cells in their lifetime. While the scientific community has significantly increased their understanding of cancer in recent years and applied that knowledge to treatment, prevention research remains a top priority; however, since cancer is a series of diseases, the exact cause is not always known. Genetics plays an important role, yet so does diet and lifestyle.

Dr. Kevin Dalby, professor of chemical biology and medicinal chemistry, is studying the mechanisms of cancer cells and currently working on cancer drug discovery. His research primarily focuses on developing targeted therapeutics, but he does acknowledge that specific behavioral changes can help lower a persons risk for cancer. The Harvard School of Public Health estimates that 75% of American cancer deaths could be prevented if tactics are adopted on a mass scale.

Below, Dr. Kevin Dalby reviews practical behavioral choices that anyone can take up to help prevent cancer, thus reducing the risk of the emotional and the financial burden inflicted by this crippling disease.

Avoid Tobacco

The correlation between tobacco use and cancer is staggering. In the United States, one out of every five deaths is related to tobacco. Moreover, cigarette smoking accounts for 85-90% of lung cancer deaths and 70% of oral and laryngeal cancer deaths.

Tobacco use (smoking or chewing) is a difficult habit to quit. Still, it could help you as well as those around you (secondhand smoke kills) avoid a future collision with the following cancers: lung, mouth, throat, larynx, pancreas, bladder, cervix, and kidney.

Limit Alcohol

Research has yet to pinpoint exactly how alcohol influences your susceptibility for cancer, but excess use does increase the risk for mouth, throat, liver, colon, rectal, and breast cancer. Men should limit their acholic beverages to two a day and women to one. For context, one drink equates to approximately twelve ounces of beer, five ounces of wine, or one and a half ounces of liquor.

Eat A Healthy Diet

40% of cancers are associated with dietary factors: habits, foods, and nutrients all play a role. The American Cancer Society suggests a daily nutritional regimen consisting of whole grains, fish or poultry, and a variety of vegetables and fruits to lower your risk for cancer. Try to limit red and processed meats, eat fewer sweets, and reduce your intake of saturated fats.

Exercise

Regular physical activity helps you maintain a healthy weight, control blood pressure, and may lower the risk for several types of cancer such as colon, prostate, and even breast cancer. Obesity is especially of paramount importance since it has been linked to 20% of all cancer-related deaths.

Adults should strive to exercise moderately for 150 minutes each week. Alternatively, you can aim for 75 minutes of vigorous activity if that suits your lifestyle better.

Sun Protection

Skin cancer is common but also preventable. To reduce your risk, proportionately apply sunscreen, avoid the sun at midday if possible when its rays are most reliable, cover exposed skin and forgo tanning beds and sunlamps, which are just as dangerous as actual sunlight.

Regular Medical Care

Cancer may not be entirely preventable, but if caught early, your chances of survival improve drastically. Schedule regular checkups with your doctor, be transparent, and ask what tests make sense for you. Depending on your sex, age, and medical history, your doctor may recommend screenings for breast, cervical, colon, lung, or prostate cancer.

About Dr. Kevin Dalby:

Dr. Kevin Dalby has been interested in the why of chemical reactions since he was a student at the University of Cambridge, where he graduated with a Doctor of Philosophy degree in Organic Chemistry. This curiosity has led to his interest in the processes of cell signaling, and ultimately to cancer research. Dr. Dalbys research areas include biochemistry, cancer, cell biology, chemical biology, drug discovery & diagnostics, and enzymology.

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Dr. Kevin Dalby on How to Decrease Your Risk of Developing Cancer - Thrive Global

Omeprazole As An Additive For Coronavirus Therapy – Science Magazine

One of the notable things about the current pandemic is the way that all our modern biology and analytical techniques are on display. Molecular biology, structural biology, bioinformatics, technologies like cryo-EM structure determination, fast sequencing, protein interaction screening and more this is a real-time look at how basic biomedical research gets done. Ive been reading a new preprint that starts off with protein sequence analysis and ends up with an actionable clinical recommendation (skip to the end for that one!), and I think its a good illustration.

This team from Germany and the UK has been analyzing the new pathogen with a technique theyd already developed to look at differentially conserved amino acids among related strains. Comparing the current SARS-CoV-2 and the earlier SARS-CoV, they find that most of the amino acid changes are conservative (one hydrophobic residue swapped for another), with some polar/nonpolar swaps and very few instances of swapping charged residues. Thats about what youd expect, of course, but the question is whether any of these are functionally relevant. A closer look shows that these differentially conserved positions are found much more in the notorious spike protein region than (say) in the envelope proteins, and that overall 92% of these changes are on protein surfaces rather than buried residues, which makes you think that they are indeed important.

Its already been noted that several residues involved with the spike (S) proteins interaction with the human ACE2 protein vary between the older SARS virus and the new one. This group went on to look at various human cell lines and their susceptibility to viral infection, and found that while the presence of the ACE2 protein in general is important, there are more things at work. For example, 293 cells (kidney-derived) dont express ACE2 at all, and had been shown during earlier work on SARS to be resistant to infection. The new coronavirus doesnt infect them either but if you engineer the cells to express ACE2, original SARS will then infect them, but the new virus doesnt do so nearly as well. Across several other cell lines, there is no good correlation between the amount of ACE2 present (as long as its there in some amount) and the ability of SARS-CoV2 to infect them, so its not just a simple the more ACE2 the worse situation. We dont know what the other factors are, but there clearly are more than just ACE2 levels.

They also looked attransmembrane serine protease 2 (TMPRSS2), another human enzyme that is hijacked to allow viral entry (and which is a target of the serine protease inhibitor camostat, a drug that many readers will have heard of by now and which is in clinical trials against the current virus). As with ACE2, susceptibility to SARS-CoV2 didnt correlate with TMPRSS2 levels, either, though more evidence that things arent as simple as you might hope. The paper goes on to look at camostat itself and another similar protease inhibitor, nafamostat, which is also approved in Japan for pancreatitis. Both drugs are more active against SARS-CoV2 infection in cell culture than they are against the first SARS virus, and nafamosat is more active than camostat. Unfortunately, the concentrations that are needed in the cell assay (0.5 and 1.2 micromolar respectively) are still above what these drugs appear to achieve in vivo (reported plasma concentrations of 0.2 micromolar), so well have to see from the human trial data if thats enough to show efficacy. Its not wildly far off, particularly for nafamostat, but youd still rather have it the other way around, for sure.

But theres some possible good news as well. The team also looked at the serine protease inhibitor aprotinin, a small protein inhibitor of serine proteases that has had an up-and-down history in human therapy and has been looked at as an antiviral as well (via its TMPRSS2 inhibition). As Trasylol, it was used to slow down bleeding during surgical procedures (by inhibiting several proteases in the fibrinolysis pathway), but as with all drugs that either enhance or reduce blood clotting, youre walking a fine line between benefit and trouble. Apronitin was temporarily taken off the market in 2007 because of possible association with clotting events, but this suspension was lifted by the EMA in 2012 after further review of the data. In this work, though, apronitin was not only more potent in the cell assays, it displayed much stronger effects on the formation of double-stranded RNA (a marker of viral infection), and did so at levels below the known blood levels on human administration. Its more effective on the new coronavirus than it is on SARS, which seems to be partly explained by the sequence differences noted above. The authors say:

Since aprotinin interferes with SARS-CoV-2 in therapeutic concentrations and displays more pronounced direct antiviral effects than camostat and nafamostat, it seems to have a greater potential for the treatment of SARS-CoV-2-infected individuals based on our data.

Youd want to be careful with this drug because of its past history, but the authors note that there is actually an aerosol formulation of apronitin thats been approved in Russia, so that mode of administration looks feasible and might have less systematic risk.

The paper goes on to look at another approved drug that I havent seen getting as much attention: omeprazole, the well-known proton pump inhibitor for acid reflux. It has been reported as having some antiviral activity in the past, possibly by increasing the pH in lysosomal compartments. In their assays, it did interfere with viral infection, but at levels too high for realistic human dosing. But heres the interesting part: they found that simultaneous treatment with omeprazole (at human therapeutic concentrations) increased the activity of apronitin by 2.7 fold and increased the activity of remdesivir by 10-fold. That seems like a very useful observation! As far as I can see, the paper did not check for an interaction of omeprazole and camostat/nafamostat, which would be interesting to know as well. The same group had noted in 2019 that the drug increased the activity of acyclovir against the herpes virus.

So while were still figuring out if remdesivir has efficacy by itself, theres an opportunity to administer a widely used, well-tolerated drug to give it a better chance. And both the beneficial interaction of omeprazole with apronitin and the earlier acyclovir/herpes result suggests that this could be a more general effect with many other drug candidates, which seems well worth investigating.

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Omeprazole As An Additive For Coronavirus Therapy - Science Magazine

Cardiovascular Repair And Reconstruction Devices Market Is Projected To Expand At A Robust CAGR Of +5.2% By 2026 Analysis by Industry Outlook,…

Global Cardiovascular Repair And Reconstruction Devices market from the in depth perspective of all the ongoing trends that are affecting the market and are important to be understood are studied. These trends are geographical, economic, socioeconomic, political, cultural, political, and many other are studied. The overall effect on the consumer preferences will have a major say on the market working in the years to come. The dynamics which affect the Cardiovascular Repair And Reconstruction Devices market have been studied meticulously.

The global cardiovascular repair and reconstruction devices market size was valued at USD 2,831.1 million in 2018 and is expected to grow at a CAGR of 5.2% over the forecast period. Key factors contributing to market growth are increase in prevalence of Congenital Heart Defects (CHDs) and technological advancements in molecular chemistry, clinical pharmacology, cell biology, and vascular surgery.

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Key players profiled in the report include Medtronic; Bard Peripheral Vascular; Terumo Cardiovascular Systems Corporation; W. L. Gore & Associates, Inc.; Getinge AB; CryoLife, Inc.; Edwards Lifesciences Corporation; Baxter; and Admedus.

The main goal for the dissemination of this information is to give a descriptive analysis of how the trends could potentially affect the upcoming future of Cardiovascular Repair And Reconstruction Devices market during the forecast period. This markets competitive manufactures and the upcoming manufactures are studied with their detailed research. Revenue, production, price, market share of these players is mentioned with precise information.

In the geographic segmentation, the regions such as North America, Middle East & Africa, Asia Pacific, Europe and Latin America are given major importance. The top key driving forces of Cardiovascular Repair And Reconstruction Devices market in every particular market is mentioned with restraints and opportunities. The restraints are also given a counter act which prove to be an opportunity for this market during the forecast period of 2020 to 2026 respectively.

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Cardiovascular Repair And Reconstruction Devices market is also explained to the clients as a holistic snapshot of a competitive landscape within the given competitive forecast period. A comparative analysis of regional players and segmentations, which helps readers get a better understanding of the areas and resources with better understanding.

This report provides:

1) An overview of the global market for Cardiovascular Repair And Reconstruction Devices Market and related technologies.

2) Analyses of global market trends, with data from 2017, estimates for 2018 and 2019, and projections of compound annual growth rates (CAGRs) through 2026.

3) Identifications of new market opportunities and targeted promotional plans for Global Cardiovascular Repair And Reconstruction Devices Market.

4) Discussion of research and development, and the demand for new products and new applications.

5) Comprehensive company profiles of major players in the industry.

Table of Content

1 Introduction

2 Market Research Tactics

3 Market Summary

4 Quality Market Insights

5 Cardiovascular Repair And Reconstruction Devices Market Overview

6 Regulatory Market Synopsis

7 Cardiovascular Repair And Reconstruction Devices Market, By Application Analysis:

8 Cardiovascular Repair And Reconstruction Devices Market, By product Analysis:

9 Cardiovascular Repair And Reconstruction Devices Market, By End User Analysis:

10 Cardiovascular Repair And Reconstruction Devices Market, By Geographic Region

11 Competitive Landscape

12 Company Profiles

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Cardiovascular Repair And Reconstruction Devices Market Is Projected To Expand At A Robust CAGR Of +5.2% By 2026 Analysis by Industry Outlook,...

Your Brain Evolved to Hoard Supplies and Shame Others for Doing the Same – The Skanner

The media is replete with COVID-19 stories about people clearing supermarket shelves and the backlash against them. Have people gone mad? How can one individual be overfilling his own cart, while shaming others who are doing the same?

As a behavioral neuroscientist who has studied hoarding behavior for 25 years, I can tell you that this is all normal and expected. People are acting the way evolution has wired them.

The word "hoarding" might bring to mind relatives or neighbors whose houses are overfilled with junk. A small percentage of people do suffer from what psychologists call "hoarding disorder," keeping excessive goods to the point of distress and impairment.

But hoarding is actually a totally normal and adaptive behavior that kicks in any time there is an uneven supply of resources. Everyone hoards, even during the best of times, without even thinking about it. People like to have beans in the pantry, money in savings and chocolates hidden from the children. These are all hoards.

(Photo/Library of Congress/Dorethea Lange)Most Americans have had so much, for so long. People forget that, not so long ago, survival often depended on working tirelessly all year to fill root cellars so a family could last through a long, cold winter and still many died.

Similarly, squirrels work all fall to hide nuts to eat for the rest of the year. Kangaroo rats in the desert hide seeds the few times it rains and then remember where they put them to dig them back up later. A Clark's nutcracker can hoard over 10,000 pine seeds per fall and even remember where it put them.

Similarities between human behavior and these animals' are not just analogies. They reflect a deeply ingrained capacity for brains to motivate us to acquire and save resources that may not always be there. Suffering from hoarding disorder, stockpiling in a pandemic or hiding nuts in the fall all of these behaviors are motivated less by logic and more by a deeply felt drive to feel safer.

My colleagues and I have found that stress seems to signal the brain to switch into "get hoarding" mode. For example, a kangaroo rat will act very lazy if fed regularly. But if its weight starts to drop, its brain signals to release stress hormones that incite the fastidious hiding of seeds all over the cage.

Kangaroo rats will also increase their hoarding if a neighboring animal steals from them. Once, I returned to the lab to find the victim of theft with all his remaining food stuffed into his cheek pouches the only safe place.

A Clarks nutcracker stocking up on seeds isnt so different from a human being stocking up on ramen. (Photo Marshal Hedin/Flickr)People do the same. If in our lab studies my colleagues and I make them feel anxious, our study subjects want to take more stuff home with them afterward.

Demonstrating this shared inheritance, the same brain areas are active when people decide to take home toilet paper, bottled water or granola bars, as when rats store lab chow under their bedding the orbitofrontal cortex and nucleus accumbens, regions that generally help organize goals and motivations to satisfy needs and desires.

Damage to this system can even induce abnormal hoarding. One man who suffered frontal lobe damage had a sudden urge to hoard bullets. Another could not stop "borrowing" others' cars. Brains across species use these ancient neural systems to ensure access to needed items or ones that feel necessary.

So, when the news induces a panic that stores are running out of food, or that residents will be trapped in place for weeks, the brain is programmed to stock up. It makes you feel safer, less stressed, and actually protects you in an emergency.

At the same time they're organizing their own stockpiles, people get upset about those who are taking too much. That is a legitimate concern; it's a version of the "tragedy of the commons," wherein a public resource might be sustainable, but people's tendency to take a little extra for themselves degrades the resource to the point where it can no longer help anyone.

By shaming others on social media, for instance, people exert what little influence they have to ensure cooperation with the group. As a social species, human beings thrive when they work together, and have employed shaming even punishment for millennia to ensure that everyone acts in the best interest of the group.

And it works. Twitter users went after a guy reported to have hoarded 17,700 bottles of hand sanitizer in the hopes of turning a profit; he ended up donating all of it and is under investigation for price gouging. Who wouldn't pause before grabbing those last few rolls of TP when the mob is watching?

People will continue to hoard to the extent that they are worried. They will also continue to shame others who take more than what they consider a fair share. Both are normal and adaptive behaviors that evolved to balance one another out, in the long run.

But that's cold comfort for someone on the losing end of a temporary imbalance like a health care worker who did not have protective gear when they encountered a sick patient. The survival of the group hardly matters to the person who dies, or to their parent, child or friend.

One thing to remember is that the news selectively depicts stockpiling stories, presenting audiences with the most shocking cases. Most people are not charging $400 for a mask. Most are just trying to protect themselves and their families, the best way they know how, while also offering aid wherever they can. That's how the human species evolved, to get through challenges like this together.

This article is republished from The Conversation under a Creative Commons license. Read the original article here. The Conversation is an independent and nonprofit source of news, analysis and commentary from academic experts.

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Your Brain Evolved to Hoard Supplies and Shame Others for Doing the Same - The Skanner

GUEST COLUMN: Society coming together to defeat this invisible threat – Wicked Local Mansfield

COVID-19 has changed the world. We have gone from living our lives as usual to a sudden new reality. A reality the country has not experienced in its history.

In an effort to keep its citizens as healthy as possible during this global pandemic, the US (along with a number of other countries) has taken sweeping measures in order to blunt the spread of the virus. These measures include social distancing (a new phrase in our vocabulary), recommendations to stay at home, discontinue travel (air, sea, train, bus, etc.) and limit contact with other people.

Major sectors of our economy have shut down and millions of people are out of work. Only essential businesses and services are allowed to stay open. It remains to be seen what the long-term impact will be but for the moment, COVID-19 has significantly changed our society

One of the major impacts of virus control is social distancing. Social distancing is the most important measure that all of us can take in order to contain the virus. As we move into uncharted waters with COVID-19, we are literally prohibited by the government to gather in crowded places.

It does make sense on the face of it as a way to reduce infection, but social distancing, as a human behavior, has a number of consequences with far-reaching effects. Things that we take for granted celebrations, milestones in life, religious ceremonies, gatherings with loved ones and friends cannot take place. Marriages, funerals, graduations, sporting events even trips to museums, restaurants, and churches are impacted at this moment as we cope with the virus. Life has changed in an extraordinary way.

One of the saving graces during this time of personal isolation is technology, specifically communication technology. In many cases, although we cannot be with our loved ones and friends in a real-time person to person, human experience, we can electronically be connected as if we were in the same room together. Smart phones, land lines, conferencing services, email, text, and instant messaging, are just some of the technologies that allow us to communicate across time and space. We can stay in touch at a moments notice.

This is very important, especially for those that are at more risk such as the elderly and infirm, for whom the virus could have deadly consequences. And because of this they do not venture out of their homes, unless it is crucial. Communication with loved ones and friends is essential, and is possible even in isolation, through technology.

Even in this era of high political passions, the virus has brought people together. In January, President Trump took quick action to put into place a travel ban specifically focused on the countries where the virus was creating havoc. The Congress, both Democrats and Republicans created and passed the largest and most comprehensive relief package in the history of the country $1 trillion, with more to come. The relief package is focused on saving the economy and supporting American workers during the economic shutdown.

Businesses of all kinds have done their part to help as they can. GM and Ford are manufacturing ventilators, Bob Kraft, owner of the Patriots, has shipped truckloads of medical supplies to New York, the Lego toy company is manufacturing 13,000 face visors per day. Even Mike Lindell, the MyPillow guy has revamped up his factory to produce up to 50,000 facemasks per day. To an impressive degree, people have put their differences aside to work for the greater good.

To underscore the seriousness of the pandemic, President Trump has created the Corona Virus Response Team, led by Vice President Pence and consisting of medical and governmental personnel at the highest levels. The team has done an admirable job in an unprecedented and fluid situation. Each day the team updates the country on the status of the virus indicating the locations that are experiencing the highest rate of infection and death, discussing the medical initiatives, medicines, and technologies that have been most effective, as well as answering every question from the White House pool of reporters - Q&A sessions often lasting an hour or more each day. The administration, to its credit, has been informative and transparent in its response to the virus,

We are in uncharted waters with the coronavirus pandemic. People are suffering and dying all around the country. The economy is shut down. Americans are in lockdown and isolated in their own homes. Our culture, our way of life has been impacted to a significant degree.

No doubt there will be a lasting impact as the coronavirus moves through the USA and world. However, it is clear to see that we as a people, as a society, understand the seriousness of the situation and have come together, putting disagreements aside, and doing everything in our power to defeat this invisible threat.

Thought of the Day The purpose of human life is to show compassion and the will to help others. Albert Schweitzer - humanitarian, philosopher, and physician

Steve Nickerson is a former long-term Mansfield resident and former US Marine. The opinions he expresses are his own.

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GUEST COLUMN: Society coming together to defeat this invisible threat - Wicked Local Mansfield

Large-scale analysis links glucose metabolism proteins in the brain to Alzheimer’s disease biology – National Institutes of Health

News Release

Monday, April 13, 2020

In the largest study to date of proteins related to Alzheimers disease, a team of researchers has identified disease-specific proteins and biological processes that could be developed into both new treatment targets and fluid biomarkers. The findings suggest that sets of proteins that regulate glucose metabolism, together with proteins related to a protective role of astrocytes and microglia the brains support cells are strongly associated with Alzheimers pathology and cognitive impairment.

The study, part of the Accelerating Medicines Partnership for Alzheimers Disease (AMP-AD), involved measuring the levels and analyzing the expression patterns of more than 3,000 proteins in a large number of brain and cerebrospinal fluid samples collected at multiple research centers across the United States. This research was funded by the National Institutes of Healths National Institute on Aging (NIA) and published April 13 in Nature Medicine.

This is an example of how the collaborative, open science platform of AMP-AD is creating a pipeline of discovery for new approaches to diagnosis, treatment and prevention of Alzheimers disease, said NIA Director Richard J. Hodes, M.D. This study exemplifies how research can be accelerated when multiple research groups share their biological samples and data resources.

The research team, led by Erik C.B. Johnson, M.D., Ph.D, Nicholas T. Seyfried, Ph.D., and Allan Levey, M.D., Ph.D., all at the Emory School of Medicine, Atlanta, analyzed patterns of protein expression in more than 2,000 human brain and nearly 400 cerebrospinal fluid samples from both healthy people and those with Alzheimers disease. The papers authors, which included Madhav Thambisetty, M.D., Ph.D., investigator and chief of the Clinical and Translational Neuroscience Section in the NIAs Laboratory of Behavioral Neuroscience, identified groups (or modules) of proteins that reflect biological processes in the brain.

The researchers then analyzed how the protein modules relate to various pathologic and clinical features of Alzheimers and other neurodegenerative disorders. They saw changes in proteins related to glucose metabolism and an anti-inflammatory response in glial cells in brain samples from both people with Alzheimers as well as in samples from individuals with documented brain pathology who were cognitively normal. This suggests, the researchers noted, that the anti-inflammatory processes designed to protect nerve cells may have been activated in response to the disease.

The researchers also set out to reproduce the findings in cerebrospinal fluid. The team found that, just like with brain tissue, the proteins involved in the way cells extract energy from glucose are increased in the spinal fluid from people with Alzheimers. Many of these proteins were also elevated in people with preclinical Alzheimers, i.e., individuals with brain pathology but without symptoms of cognitive decline. Importantly, the glucose metabolism/glial protein module was populated with proteins known to be genetic risk factors for Alzheimers, suggesting that the biological processes reflected by these protein families are involved in the actual disease process.

Weve been studying the possible links between abnormalities in the way the brain metabolizes glucose and Alzheimers-related changes for a while now, Thambisetty said. The latest analysis suggests that these proteins may also have potential as fluid biomarkers to detect the presence of early disease.

In a previous study, Thambisetty and colleagues, in collaboration with the Emory researchers, found a connection between abnormalities in how the brain breaks down glucose and the amount of the signature amyloid plaques and tangles in the brain, as well as the onset of symptoms such as problems with memory.

This large, comparative proteomic study points to massive changes across many biological processes in Alzheimers and offers new insights into the role of brain energy metabolism and neuroinflammation in the disease process, said Suzana Petanceska, Ph.D., program director at NIA overseeing the AMP-AD Target Discovery Program. The data and analyses from this study has already been made available to the research community and can be used as a rich source of new targets for the treatment and prevention of Alzheimers or serve as the foundation for developing fluid biomarkers.

Brain tissue samples came from autopsy of participants in Alzheimers disease research centers and several epidemiologic studies across the country, including the Baltimore Longitudinal Study of Aging (BLSA), Religious Orders Study (ROS) and Memory and Aging Project (MAP), and Adult Changes in Thought (ACT) initiatives. The brain collections also contained samples from individuals with six other neurodegenerative disorders as well as samples representing normal aging, which enabled the discovery of molecular signatures specific for Alzheimers. Cerebrospinal fluid samples were collected from study participants at the Emory Goizueta Alzheimers Disease Research Center. These and other datasets are available to the research community through the AD Knowledge Portal, the data repository for the AMP-AD Target Discovery Program, and other NIA supported team-science projects operating under open science principles.

This press release describes a basic research finding. Basic research increases our understanding of human behavior and biology, which is foundational to advancing new and better ways to prevent, diagnose, and treat disease. Science is an unpredictable and incremental process each research advance builds on past discoveries, often in unexpected ways. Most clinical advances would not be possible without the knowledge of fundamental basic research.

The research in this study is funded by NIH grants R01AG053960, R01AG057911, R01AG061800, RF1AG057471, RF1AG057470, R01AG061800, R01AG057911, R01AG057339, U01AG061357, P50AG025688, RF1AG057470, RF1AG051633, P30AG10161, R01AG15819, R01AG17917, U01AG61356, R01AG056533, K08NS099474, U01AG046170, RF1AG054014, RF1AG057440, R01AG057907, U01AG052411, P30AG10124, U01AG046161, R01AG050631, R01AG053960, R01AG057339, U01AG061357, P50AG005146, U24NS072026, and P30AG19610.

About the National Institute on Aging (NIA): NIA leads the U.S. federal government effort to conduct and support research on aging and the health and well-being of older people. Learn more about age-related cognitive change and neurodegenerative diseases via NIAs Alzheimer's and related Dementias Education and Referral (ADEAR) Center website. For information about a broad range of aging topics, visit the main NIA website and stay connected.

About the National Institutes of Health (NIH):NIH, the nation's medical research agency, includes 27 Institutes and Centers and is a component of the U.S. Department of Health and Human Services. NIH is the primary federal agency conducting and supporting basic, clinical, and translational medical research, and is investigating the causes, treatments, and cures for both common and rare diseases. For more information about NIH and its programs, visit http://www.nih.gov.

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Large-scale analysis links glucose metabolism proteins in the brain to Alzheimer's disease biology - National Institutes of Health

Renewable energy is the only way forward – Opinion – recordonline.com – Middletown, NY – Times Herald-Record

The world still relies far too much on burning fossil fuels for energy, but an annual accounting of new energy sources carries some heartening news: Nearly 75 percent of new electricity generation capacity last year involved renewable energy - an all-time record.

Yes, the world still relies too much on burning fossil fuel to create energy. But the 2019 annual report from the International Renewable Energy Agency shows that the world continues to move in the right direction, at least in some areas, as it has for the past decade.

Carbon Brief, a British-based nonprofit covering climate science, notes that too many countries are still building too many coal-fired power plants, particularly in Asia, Africa and the Middle East.

Over the last 20 years, the world - driven by China and India - has doubled its coal-fired capacity to about 2,045 gigawatts, Carbon Brief reports, adding that another 200 gigawatts in coal-fired capacity are under construction, with 300 gigawatts more on planning boards. That growth contrasts with significant net reductions in coal-fired capacity through the retirement of plants in the U.S. and Europe, and a slowdown of new construction.

Notably, much of that coal power is being replaced by natural-gas-fueled plants, which produce far less greenhouse gas emissions than coal plants but nonetheless contribute to global warming.

So the faster the world can minimize reliance on burning fossil fuels, the better chance we have at limiting the rise in global temperatures to 1.5 degrees Celsius over preindustrial levels, the limit scientists (yes there are such people walking among us) say we need to observe if we are to avoid the worst effects of our profligate carbon emissions.

According to Carbon Brief, observing that 1.5-degree Celsius limit will require us to reduce global coal use by 80 percent this decade.

The current coronavirus pandemic has, at least temporarily, made a significant impact on greenhouse gas emissions. But that reflects a stalled economy rather than smart energy consumption choices. The pandemic is a naturally occurring threat to humans, as were SARS and MERS before it. Global warming, by contrast, is being driven by human behavior; it is a self-inflicted crisis.

We can best address the climate crisis by changing practices, by converting our global economy from fossil fuels to renewable sources, by using the force of our collective will to change our collective behavior and reduce the damage our actions inflict on the environment, which we rely on for our very survival.

The stats that show we are moving in the right direction, albeit it too slowly, are a positive sign during these trying days.

But they are also a further spur to action. We can see where decisions, policies and actions lead to positive effects, but also where continued self-destructive actions - beginning with burning coal - imperil us all.

And that threat lies far beyond the reach of a vaccine.

Scott Martelle, Los Angeles Times

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Renewable energy is the only way forward - Opinion - recordonline.com - Middletown, NY - Times Herald-Record

Psychiatry and the Human Condition: Joanna Moncrieff, MD – Psychiatric Times

CONVERSATIONS IN CRITICAL PSYCHIATRY

Conversations in Critical Psychiatry is an interview series aimed to engage prominent critics within and outside the profession who have made meaningful criticisms of psychiatry and have offered constructive alternative perspectives to the current status quo.

Joanna Moncrieff, MD, is Professor of Critical and Social Psychiatry at University College London and works as a consultant in community psychiatry in London. She has researched and written about theories of drug action, drug efficacy, the subjective experience of taking psychiatric drugs; decision-making; the history of drug treatment; and the history, politics, and philosophy of psychiatry more generally. She is currently leading a UK government-funded study of antipsychotic reduction and discontinuation, called the RADAR study (Research into Antipsychotic Discontinuation and Reduction). She is one of the founders and the co-chairperson of the Critical Psychiatry Network. She has authored numerous papers and several books including The Myth of the Chemical Cure (Palgrave Macmillan, 2008); The Bitterest Pills: The Troubling Story of Antipsychotic Drugs (Palgrave Macmillan, 2013); and A Straight-Talking Introduction to Psychiatric Drugs (PCCS Publishers, 2013).

Dr Moncrieff s views on psychopharmacological mechanisms of action, although controversial, have been influential within the critical psychiatry community. We have discussed some implications of the drug-centered model in an earlier interview with Dr Steingard. Dr Moncrieff s ongoing randomized controlled trial investigating the long-term impact of gradual antipsychotic dose reduction and discontinuation in schizophrenia on outcomes such as psychotic relapse and social functioning (versus maintenance treatment) can potentially alter how the field approaches management of chronic psychotic disorders.

This interview, however, largely focuses on conceptual concerns, exploring her views on the nature of psychiatric suffering. My first conscious exposure to Dr Moncrieff was at the 2017 annual meeting of the Association for the Advancement of Philosophy and Psychiatry, where Dr. Moncrieff gave the keynote lecture titled Many Ways of Being Human, in which she challenged the medical view of mental disorders and argued that medical and psychiatric conditions have a different relationship to agency, responsibility, and selfhood.

Dr Moncrieff s ideas represent in many ways the enduring legacy of Thomas Szasz and given my own disagreements with how Szasz conceptualizes the notion of disease, this interview also represents an attempt on my part to understand how deep our philosophical disagreements go.

Aftab: Can you briefly tell us about the Critical Psychiatry Network? How was it created, what is its mission, and how do you think Critical Psychiatry Network has impacted British psychiatry over the years?

Moncrieff: When I was a trainee in psychiatry, I felt the way psychiatry was portrayed in the mainstreamin textbooks and medical journalsdid not match my ideas about the nature of mental health problems or my experience of people who were deemed to have such problems. I was aware that other trainees felt like this too, so I started a club while I was at the Institute of Psychiatry in 1997. Initially we had discussions about interesting books and articles, and then we organized meetings, in conjunction with the Maudsley hospital service users group, with outside speakers, including the likes of Thomas Szasz, Nikolas Rose and Andrew Scull.

Around this time, we were contacted by some psychiatrists from another part of the UK, who were concerned about the upcoming review of the Mental Health Act. We got together to submit evidence to this review and that was the start of the Critical Psychiatry Network. Since that time, it has functioned as a forum for mutual support, and as a mechanism for contributing a critical view of psychiatric practice to various parliamentary and governmental reviews, the media and other organizations. Have we had any impact? I think the fact that members of the psychiatric profession are challenging mainstream views, particularly the dominance of the biological paradigm in psychiatry, is important, and helps to support broader movements that are trying to imagine and establish alternative approaches.

Aftab: Models of drug action have been an important focus of your work, in particular, the distinction between disease centered model and drug centered model. In the disease centered model, drugs help correct an abnormal brain state and the therapeutic effects of drugs are derived from their effects on an underlying disease process. In the drug centered model, drugs are psychoactive agents that create an abnormal brain state, and therapeutic effects are derived from the impact of drug-induced state on behavioral and emotional problems. Can you elaborate for us how ignoring this has distorted our understanding of the treatment of psychiatric conditions and has biased our assessments of risks and benefits?

Moncrieff: Assuming that drugs work by acting on the underlying biological mechanisms of mental symptoms (the disease-centered model) has obscured the fact that the drugs we use in psychiatry are psychoactive drugsthat is, drugs that change the brain in ways we do not fully understand and by doing so produce more or less subtle alterations to normal mental experiences and behaviorwhat I have called the drug-centered model of drug action. Because we have ignored the fact that psychiatric drugs are psychoactive substances, we have not bothered to properly research or even describe the physical and mental physical alterations they produce and all the short and long-term consequences of these. Therefore, we are not making fully informed assessments of the benefits and harms of drug treatment, and because we assume we are rectifying an underlying abnormality, we tend to over-estimate the benefits of treatment and understate its harms.

So although I think there are some situations in which some drugs can be useful (antipsychotics in acute psychosis, benzodiazepines in acute agitation, for example), this has led, in my view, to a situation in which millions of people world-wide are taking drugs that are doing them little or no good, but are causing them harmboth harm that we know about and harm that we have not properly researched yet.

Aftab: I wonder if the disease centered model conflates instances of disease processes with biological mechanisms. Let s consider a thought experiment. Assume that in patient A, biological mechanism X mediates, in part, the subjective experience of anhedonia. We are not qualifying mechanism X as an abnormality or disease, we are simply saying that it is a mechanism, among other mechanisms, of generating anhedonia. Now patient A takes a medication M, and M has a direct action on X leads to an improvement in anhedonia. Again, we are not saying that medication M is fixing an abnormality in X, just that it has a direct action on mechanism X. In this thought experiment, the medication M is neither correcting a disease process nor is it producing a therapeutic effect indirectly from a drug induced state; it is producing a therapeutic effect by a direct action on a mechanism that is not necessarily abnormal but is nonetheless directly involved in the experience being targeted. How would your framework incorporate such hypotheticals?

Moncrieff: I think I make it clear in my writings that the disease-centered model I have outlined is not restricted to what we think of as diseases, especially as the use of this term in psychiatry is not clear-cut. The disease-centered model consists of the idea that drugs work by targeting underlying biological mechanisms that produce what we call the symptoms of mental disorders. Hence your thought experiment is an example of the disease-centered model as I have formulated it.

My response to your example is this: First of all, we have no idea what biological mechanism mediates anhedonia or almost any other subjective experience. The idea that we can pin down the biological mechanisms of complex human thoughts, feelings and behaviors is part of the problem with our thinking in my view. We cannot do this now, and we have no indication that we will be able to do so in the futurea view put forward in critical neuroscience too, by the way (1-3). Second, if you give a drug that affects mechanisms P, Q, R, S and some others, and through its action produces an altered mental state in anyone who takes it regardless of diagnosis (allowing for individual variation, of course), you will get some impact on emotions, including feelings of anhedonia. This may involve mechanisms related to anhedonia, including your hypothetical mechanism X, but it may not, since any significant alteration of mental state and activity will affect emotions in some way. Now this is a drug-centered action, and this is what I propose is happening when we use psychiatric drugs.

We recognize the fact that psychoactive substances like alcohol and heroin change our mental states and can therefore interact with unwanted mental states and feelings. We talk of using alcohol to drown our sorrows, but we don t consider alcohol to be targeting the biological basis of misery in any specific way. When we recognize that psychiatric drugs have psychoactive properties, then we can start to understand what they are doing in people who suffer from mental health problems, and we can start to make a thorough and informed judgement about the pros and cons of using them.

Aftab: When you say The idea that we can pin down the biological mechanisms of complex human thoughts, feelings and behaviors is part of the problem with our thinking in my view. We cannot do this now, and we have no indication that we will be able to do so in the future, do you say that in an epistemological sense, that is, reflective of the limits of human knowledge and understanding, or do you say that in an ontological sense, that is, you don t think that complex human thoughts, feelings and behaviors are mediated by biological mechanisms? By mediate I mean here that biological mechanisms are part of the causal chain that eventually generates human thoughts and behaviors; I am not implying that human thoughts and behaviors can be reduced to or entirely explained by biological mechanisms.

Moncrieff: It depends what you mean by mediate. I think the Wittgenstinian scholar, Peter Hacker, puts this issue well. For Hacker, the mind is a set of capacities of the human organism (like Aristotle s psuche or psyche). The human brain working as a whole is necessary to generate these capacities, but individual mental processes cannot necessarily be pinned down to specific brain mechanisms. Think of emotional states like anger, elation, anxiety, and fear. They are all associated with increased adrenaline and other arousal mechanisms, but they have their own character, and this character derives from how the individual appraises their worldly situation, not from the nature of the biochemical or physiological reactions going on.

Aftab: You give the example of opioid medications as having disease centered effects as well as drug centered effects. Given that our understanding of causal mechanisms of serious mental illness as well as mechanisms of drug action is less than comprehensive, how do we know that such dual effects are not the case in at least some individuals with serious mental illness? Since that is an empirical matter, I don t think we can rule this possibility out on an a priori basis.

Moncrieff: There are many things we can t rule outthat doesn t mean they are useful ideas. The drug-centered model provides an adequate explanation of drug action in mental disorders. There is no need to postulate a hypothetical disease-centered action alongside it.

Aftab: What is your view of the philosophy of psychiatry literature that has emerged in recent decades, in great part thanks to British academics such as Bill Fulford and Tim Thornton? I m particularly thinking of the body of work that is devoted to questions of whether the boundary between "normal" and "pathological" can be drawn on the basis of objective, scientific facts, and what is the relationship between meaning and disease (Derek Bolton), and how to best understand and explain causal mechanisms in psychiatric conditions (Ken Kendler, Peter Zachar). This body of work seems to have great relevance to your interests; have you engaged with it in your writings?

Moncrieff: I have followed the work of Bill Fulford and to a lesser extent the others you mention in detail over the last few decades and I am about to have a paper published in the Journal Philosophy, Psychiatry, & Psychology that responds to their work.4 However, I think it was Thomas Szasz, whom I met a couple of times in my life, who identified the main problem with psychiatry and few modern philosophers seem prepared to engage with his core arguments (with the exception of Bill Fulford).

For Szasz, there is a key distinction between a condition of the body and a situation that is characterized by self-directed, human behavior (as opposed to involuntary behavior caused by a biological process or event). In this, he follows anti-positivist philosophers, including the later Wittgenstein, who stress the differences between the natural world and the human world and how these entail different forms of knowledge. Szasz argues that psychiatry mostly deals with self-directed behavior and is therefore different from other parts of medicine that deal with bodily conditions.

Much of the psychiatric establishment clearly agrees with Szasz s distinction, because it wants to demonstrate that psychiatry too deals with bodiesor more specifically brainsand that psychiatric disorders are, in fact, brain diseases. I agree with both Szasz and the biological psychiatrists that it is important to know whether behavior is the direct result of a specific biological mechanism or not. However, I do not think research that finds a slightly higher rate of this or that biological feature in the brains of people with a psychiatric diagnosis compared to healthy controls demonstrates that mental disorders originate in the brain, as opposed to in the person s agency or character.

But I also don t think that the behavior that characterizes some mental disorders is quite the same as ordinary, fully volitional behavior, as Szasz suggests, either. The thinking and behavior characteristic of psychosis, for example, is not rational in a clear-cut way. People with psychosis do not respond to environmental cues and evidence in the way that people usually do, and their purposes are not easily and immediately discernible to other people. They may not have as much control over their behavior as people ordinarily do, either.

Although the behavior we associate with mental disorder is not simply the same as everyday behavior, I don t think it is distinct either. It is not a biological reflex, and therefore it can be viewed as part of the self or character, just as other, more clearly voluntary behavior is. This is why I refer to mental disorder as part of the range of ways in which human beings live within, and interact with, their world.4

Aftab: What about psychological experiences that are involuntary, unwanted, and distressing, such as auditory hallucinations and obsessions? At least in some instances, they are perceived by individuals to be intrusive and threatening to their sense of selves and lead to help-seeking behaviors. Do you also think of those experiences as parts of the self or reflective of the individual s values, desires, and intentions?

Moncrieff: This is a good question, and it highlights the complexity of our human nature, which I cannot do justice to here obviously. Certainly, some mental processes are not straightforwardly voluntary. Our moods and emotions, for example, are not brought on at our demand. Yet, although feelings are usually unbidden, we can nevertheless usually exercise some control over how we behave in response to them, and, often, with time and experience, over the feelings themselves. In the normal course of things, we see our moods and emotions as being part of ourselves or our character. As I put it in my recent paper the way we express our emotions is part of what is characteristic about us as individuals.4

I think many symptoms of mental disorders, including extreme or prolonged moods, but also obsessional thoughts and hallucinations, are of the same nature. People who end up in services may find their experiences difficult to resist and control, but that is true to some degree of many mental states and does not mean they are simply the meaningless byproducts of biological events.

Aftab: We know that psychosis can occur in conditions such as Parkinson disease and Alzheimer disease, and there are phenomenological similarities between psychosis in these instances and the psychosis experienced in schizophrenia. I assume you consider the former two to be diseases but the not the latter. If we were to restrict ourselves to examining the psychotic experiences only (without considering the concomitant presence of motor or cognitive symptoms), is there anything in the nature of these psychotic experiences that tells you whether they should be considered a disease or not?

Moncrieff: Physical states can occasionally mimic psychological ones. Thyroid hormone deficiency is famously said to cause depression. Often there are some phenomenological differences, but probably not always. Amphetamine abuse can cause psychosis. Again, there are some phenomenological differences if you were to look at a group level, but you cannot necessarily distinguish amphetamine-induced psychosis from an idiopathic psychotic episode in an individual patient on the basis of symptoms alone. However, this does not mean that the majority of instances of psychosis and depression are of the same nature.

As I have said before, many philosophers have pointed to how human emotions and mental states cannot be understood in a mechanical sense as isolated phenomena or events. They are intrinsically connected to the whole life history and experience of the individual, and the society in which that individual has grown up. Whereas thyroid deficiency may provide an adequate explanation of an episode of depression brought on by hypothyroidism, and thyroid hormone will usually provide an adequate treatment, a normal episode of depression has to be understood and treated in quite a different way, as a human reaction that requires a human-level response.

Aftab: You seem to suggest that if a behavior or experience can be seen as a meaningful response to personal experiences, environment trauma, social alienation, and so on, then it should not be considered the product of a brain disease (blogs here and here). Two questions. One, human minds are great at conjuring explanations of meaning where none may exist. How can we ensure that our attributions of meaning are not simply instances of creative storytelling? Second, there is no philosophical reason why meaning and biological abnormalities should be considered mutually exclusive. Someone who is experiencing paranoia as a result of cocaine use can still find that paranoia as imbued with meaning and distorted reason, but there is no denying that it was the result of a brain aberration. Your thoughts?

Moncrieff: We can never be sure about meaning. It is not a categorical thingthis is one of the many aspects in which the activity of human beings differs from the natural world and the form of our understanding needs to reflect this difference. Psychotherapy is premised on the idea that meaning is opaque and contested. The therapist s interpretation of feelings and events may be quite different from the subject s and this is not an arena where we can ever know the truth as we know it in physical science.

I take issue with your statement that there is no philosophical reason why meaning and biological abnormalities should be considered mutually exclusive, and I argue this point in detail in my recent philosophical paper.4 We are biological beings, and our behavior and activity is reflected in our biology, so of course meaning and biological abnormalities coexist. Yet, when we think of behavior, biological causation trumps meaning and agency. If an actiona twitch or a seizure, for exampleis caused by a biological process, this removes it from the realm of agency. It does not make sense to think of an action as both caused by a biological reflex and initiated by the self in an intentional fashion. They are mutually incompatible situations.

Biological processes are not meaningful, but biology is the context in which human agency takes place, and it sets the limits of possibility. People with intellectual disability, Alzheimer disease or other brain diseases may make meaningful choices, but their agency is circumscribed (as it is for all of us) by the nature of their brains. And so it is for those under the influence of substances. The biological limitations are not meaningful in themselves, but within these limits people may still be able to make choices and act in an intentional and meaningful fashion. However, the extent to which behavior is driven, changed or limited by a brain disease is not meaningful.

As I show in my recent philosophical paper, Szasz was trying to highlight how this distinction plays out in the difference between disease and behavior. Only when behavior is the product of a specific physical process, such as a brain tumor, can it be thought of as the symptom of a disease, and in this case, it is not meaningful. Otherwise it is part and parcel of the individual s character; it reflects the individual s values, desires and intentionsin other words it has meaning.

Aftab: When it comes to schizophrenia, a large body of research literature shows that there is a robust genetic component, that there are well-replicated associations with obstetrical complications, infections, inflammatory processes, cannabis use, and as a group, individuals with schizophrenia show differences in brain volume and cognitive functioning. I agree, there is no specific abnormality of brain structure or function, but there is a range of non-specific neurobiological factors which have been implicated as risk factors on a consistent basis. If schizophrenia was merely a problem in living or merely a different way of being human, why would we observe this risk factor profile in research studies?

Moncrieff: I would put it another way. Despite decades of extremely well-funded research, we have yet to identify any specific biological factor associated with any type of mental disorder, including schizophrenia. There is a genetic component to many things, and it is likely this includes some aspects of character or temperament that are associated with developing schizophrenia. As far as other research goes, despite what you and others say, findings are not well replicated and the research has failed to control for crucial confounding factors like drug treatment, social class, stress and IQ.

There are myriad reasons why people who show unusual behavior that is classified as schizophrenia are likely to have higher rates of obstetric complications, inflammatory markers, dopamine abnormalities, drug use etc. when compared to the sort of stable, employed, middle class people that become the normal controls in biological studies. The most consistent and well-replicated finding in people with schizophrenia is the evidence of smaller brain size and larger brain ventricles, yet after years of talk about schizophrenic brains, it transpires that this is, at least in large part, caused by antipsychotic drug treatment.

Aftab: To what extent are Szaszian or neo-Szasizan views on the nature of psychiatric disorders fundamental to the critical psychiatry movement? Are there folks who identify as critical psychiatrists and who agree with your views on psychopharmacology but disagree with your views on the nature of psychiatric disorders?

Moncrieff: Most people who identify as critical psychiatrists are not fans of Szasz, and I am sure there are many who accept my ideas about psychopharmacology without signing up to my Szasian critique of psychiatry. Individual critical psychiatrists have been influenced by many other thinkers and movements such as Foucault, Laing, Meyer, the service user movement, and the therapeutic community movement. I think there are commonalities among all these positions, but also something that is distinctive, and the critical psychiatry movement benefits from a dialogue between different perspectives.

Aftab: What do you see as the appropriate role and responsibility of psychiatrists within the medical profession and in society at large? How do you implement this vision in your own psychiatric practice, working in a system that largely doesn t share your ideas?

Moncrieff: As I have explained, I do not think the majority of the situations that psychiatrists help to manage are diseases or illnesses, or things that arise from the physical body. I think they are better understood as forms of behavior that are unusual, sometimes irrational and unpredictable, and socially problematic for one reason or another. I am not convinced therefore that it is logical for them to be regarded as part of the terrain of medicine.

However, that does not mean I don t think there is a job to be done. Many people find negotiating the demands of modern society difficult and need support of one sort or another. Some people behave in ways that disturb the peace and sometimes the safety of others, yet it would not be appropriate or possible to prosecute or punish them using the criminal law. I see psychiatry as a sort of social work service that is not essentially medical but has a medical component. The medical component concerns identifying the rare cases when a genuine medical (bodily) condition mimics a psychological state, and the use of drugs. As I have explained, I believe that some drugs can be useful in some situations, and clinical pharmacology expertise is essential to ensure they are used safely, only when necessary, and to resist pressure from Pharma and other quarters to use them more widely.

So in this sense I believe psychiatry is a fundamentally political activity. It is one of the informal social control apparatus that society has delegated to manage behavior that is socially problematic. Calling it a medical specialty disguises this fact and deprives people of the level of oversight and scrutiny that would be considered necessary if this was acknowledged. I think recognizing this fundamental aspect of psychiatry enables me to be transparent about what I do, which helps me to balance the interests of different parties as fairly as possible.

Aftab: Thank you!

The article in Philosophy, Psychiatry, & Psychology referenced by Dr Moncrieff was in press at the time this interview was conducted but has since been published online. Readers may be interested in additional critical reflections on the paper in my blog post here. I d also like to add that there is a large body of literature critically engaging with the ideas of Thomas Szasz, such as the 2019 book Thomas Szasz: An Appraisal of His Legacy (International Perspectives in Philosophy and Psychiatry), which I would encourage readers to explore.

The opinions expressed in the interviews are those of the participants and do not necessarily reflect the opinions of Psychiatric Times.

Previously in Conversations in Critical Psychiatry

Relentless Warrior for Mental Health: Allen Frances, MD

The Structure of Psychiatric Revolutions: Anne Harrington, DPhil

Skepticism of the Gentle Variety: Derek Bolton, PhD

Explanatory Methods in Psychiatry: The Importance of Perspectives: Paul R. McHugh, MD

Chaos Theory with a Human Face: Niall McLaren, MBBS, FRANZCP

The Rise and Fall of Pragmatism in Psychiatry: S. Nassir Ghaemi, MD, MPH

Integrating Academic Inquiry and Reformist Activism in Psychiatry: Sandra Steingard, MD, and G. Scott Waterman, MD

Social Constructionism Meets Aging and Dementia: Peter Whitehouse, MD, PhD

50 Shades of Misdiagnosis: Susannah Cahalan

Institutional Corruption and Social Justice in Psychiatry: Lisa Cosgrove, PhD

The Impoverishment of Psychiatric Knowledge: Giovanni Fava, MD

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Psychiatry and the Human Condition: Joanna Moncrieff, MD - Psychiatric Times

Remote Work in the Covid-19 Era: Cyber Risks Rise for Small Businesses as Security Budgets Dwindle – Security Boulevard

Business owners are concerned that remote working will lead to more cyberattacks. Ironically, though, nearly 40% of small business owners feel that economic uncertainty will prevent them from making necessary cybersecurity investments to prevent the very cyber incidents they fear.

The overnight move to a virtual workplace has increased cybersecurity concerns for small business owners, but many have not yet implemented remote working policies to address cybersecurity threats, according to a new survey commissioned by the Cyber Readiness Institute (CRI).

Stay-at-home orders for more than 40 states have forced millions of businesses across the U.S. to establish remote workforces that rely on Internet-enabled applications and products to conduct business. However, history has shown that remote work can lead to serious breaches of security.

The survey of 412 small business owners contacted from March 25-27 found that half of are concerned remote working will lead to a surge in cyber incidents. At the same time, those business owners say their hands are tied, with four in 10 admitting that economic uncertainty prevents them from digging into their pockets to make the necessary investments required to prevent these looming incidents.

For companies with fewer than 20 employees, its even worse.These organizations are distinctly unprepared for remote working, researchers said, with only 22% providing additional cybersecurity training prior to enabling remote working and just 33% providing any cybersecurity training at all.

These findings echo the results of a similar survey conducted by Bitdefender last year which found that organizations that emphasize training are better at detecting attacks quickly, and more efficient at isolating them.

Now, more than ever cybersecurity affects the business of nearly every company, not just in the U.S. but internationally, said Kiersten Todt, managing director of CRI. These are extremely challenging times for companies, especially small businesses, as revenue and resources are as unpredictable as they have ever been. However, cybersecurity investments arent always tied to dollars and cents. Several free tools, that focus on human behavior, offer important guidance on helping small businesses become more cyber ready. The best way to prevent the spread of COVID-19 is by doing the basics like washing your hands. Similarly, the cyber hygiene basics will go a long way in keeping small businesses resilient in this time of increased threats.

The CRI has outlined basic steps that every organization can take to secure their remote workforce,such as using secure passwords, ensuring that all operating systems are up to date, and understanding the tricks used by bad actors to dupe remote workers into divulging their access credentials.

Bitdefender Small Office Security offers next-gen protection for small businesses, including for Windows, Android, macOS or iOS devices. Customers get support from our engineers who are on call 24/7 and easy to reach by email, phone or chat whenever you or your team needs help. Furthermore, lost or stolen devices can be reported and locked in the middle of the night, while any performance issues can be ironed out before your day starts.

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Remote Work in the Covid-19 Era: Cyber Risks Rise for Small Businesses as Security Budgets Dwindle - Security Boulevard