Prolonged Grief: A New Mental Disorder?
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The issue is not whether certain mental conditions are real—they are. It is how we conceptualize them and what we think treating them requires.
The latest edition of the Diagnostic and Statistical Manual of Mental Disorders (DSM-5) features a new diagnosis: prolonged grief disorder—used for those who, a year after a loss, still remain incapacitated by it. This addition follows more than a decade of debate. Supporters argued that the addition enables clinicians to provide much-needed help to those afflicted by what one might simply consider a too much of grief, whereas opponents insisted that one mustn’t unduly pathologize grief and reject an increasingly medicalized approach to a condition that they considered part of a normal process of dealing with loss—a process which in some simply takes longer than in others.
By including a condition in a professional classification system, we collectively recognize it as real. Recognizing hitherto unnamed conditions can help remove certain kinds of disadvantages. Miranda Fricker emphasizes this in her discussion of what she dubs hermeneutic injustice: a specific sort of epistemic injustice that affects persons in their capacity as knowers1. Creating terms like ‘post-natal depression’ and ‘sexual harassment’, Fricker argues, filled lacunae in the collectively available hermeneutic resources that existed where names for distinctive kinds of social experience should have been. The absence of such resources, Fricker holds, put those who suffered from such experiences at an epistemic disadvantage: they lacked the words to talk about them, understand them, and articulate how they were wronged. Simultaneously, such absences prevented wrong-doers from properly understanding and facing the harm they were inflicting—e.g. those who would ridicule or scold mothers of newborns for not being happier or those who would either actively engage in sexual harassment or (knowingly or not) support the societal structures that helped make it seem as if it was something women just had to put up with.
For Fricker, the hermeneutical disadvantage faced by those who suffer from an as-of-yet ill-understood and largely undiagnosed medical condition is not an epistemic injustice. Those so disadvantaged are not excluded from full participation in hermeneutic practices, or at least not through mechanisms of social coercion that arise due to some structural identity prejudice. They are not, in other words, hermeneutically marginalized, which for Fricker, is an essential characteristic of epistemic injustice. Instead, their situation is simply one of “circumstantial epistemic bad luck”2. Still, Fricker, too, can agree that providing labels for ill-understood conditions is valuable. Naming a condition helps raise awareness of it, makes it discursively available and, thus, a possible object of knowledge and understanding. This, in turn, can enable those afflicted by it to understand their experience and give those who care about them another way of nudging them into seeking help.
Surely, if adding prolonged grief disorder to the DSM-5 were merely a matter of recognizing the condition and of facilitating assistance, nobody should have any qualms with it. However, the addition also turns intense grief into a mental disorder—something for whose treatment insurance companies can be billed. With this, significant forces of interest enter the scene. The DSM-5, recall, is mainly consulted by psychiatrists. In contrast to talk-therapists like psychotherapists or psychoanalysts, psychiatrists constitute a highly medicalized profession, in which symptoms—clustered together as syndromes or disorders—are frequently taken to require drugs to treat them. Adding prolonged grief disorder thus heralds the advent of research into various drug-based grief therapies. Ellen Barry of the New York Times confirms this: “naltrexone, a drug used to help treat addiction,” she reports, “is currently in clinical trials as a form of grief therapy”, and we are likely to see a “competition for approval of medicines by the Food and Drug Administration.”3
Adding diagnoses to the DSM-5 creates financial incentives for players in the pharmaceutical industry to develop drugs advertised as providing relief to those so diagnosed. Surely, for various conditions, providing drug-induced relief from severe symptoms is useful, even necessary to enable patients to return to normal levels of functioning. But while drugs may help suppress feelings associated with intense grief, they cannot remove the grief. If all mental illnesses were brain diseases, they might be removed by adhering to some drug regimen or other. Note, however, that ‘mental illness’ is a metaphor that carries the implicit suggestion that just like physical illnesses, mental afflictions, too, are curable by providing the right kind of physical treatment. Unsurprisingly, this metaphor is embraced by those who stand to massively benefit from what profits they may reap from selling a plethora of drugs to those diagnosed with any of what seems like an ever-increasing number of mental disorders. But metaphors have limits. Lou Marinoff, a proponent of philosophical counselling, puts the point aptly:
Those who are dysfunctional by reason of physical illness entirely beyond their control—such as manic-depressives—are helped by medication. For handling that kind of problem, make your first stop a psychiatrist’s office. But if your problem is about identity or values or ethics, your worst bet is to let someone reify a mental illness and write a prescription. There is no pill that will make you find yourself, achieve your goals, or do the right thing.
Much more could be said about the differences between psychotherapy, psychiatry, and the newcomer in the field: philosophical counselling. Interested readers may benefit from consulting Marinoff’s work. Written in a provocative, sometimes alarmist style, it is both entertaining and—if taken with a substantial grain of salt—frequently insightful. My own view is this: from Fricker’s work, we can extract reasons to side with the proponents of adding prolonged grief disorder to the DSM-5. Creating hermeneutic resources that allow us to help raise awareness, promote understanding, and facilitate assistance is commendable. If the addition achieves that, we should welcome it. And yet, one may indeed worry that practitioners are too eager to move from the recognition of a mental condition to the implementation of therapeutic interventions that are based on the assumption that such afflictions must be understood on the model of physical disease. The issue is not whether certain mental conditions are real—they are. It is how we conceptualize them and what we think treating them requires.
No doubt, grief manifests physically. It is, however, not primarily a physical condition—let alone a brain disease. Grief is a distinctive mental condition. Apart from bouts of sadness, its symptoms typically include the loss of orientation or a sense of meaning. To overcome grief, we must come to terms with who we are or can be without the loved one’s physical presence in our life. We may need to reinvent ourselves, figure out how to be better again and whence to derive a new purpose. What is at stake is our sense of identity, our self-worth, and, ultimately, our happiness. Thinking that such issues are best addressed by popping pills puts us on a dangerous path, leading perhaps towards the kind of dystopian society Aldous Huxley imagined in his 1932 novel Brave New World. It does little to help us understand, let alone address, the moral and broader philosophical issues that trouble the bereaved and that lie at the root not just of prolonged grief but, arguably, of many so-called mental illnesses.
Footnotes:
1 For this and the following, cf. Fricker 2007, chapter 7.
2 Fricker 2007: 152
3 Barry 2022
References:
Barry, E. (2022). “How Long Should It Take to Grieve? Psychiatry Has Come Up With an Answer.” The New York Times, 03/18/2022, URL = https://www.nytimes.com/2022/03/18/health/prolonged-grief-
disorder.html [last access: 04/05/2022])
Fricker, M. (2007). Epistemic Injustice. Power & the Ethics of knowing. Oxford/New York: Oxford University Press.
Huxley, A. (1932). Brave New World. New York: Harper Brothers.
Marinoff, L. (1999). Plato, not Prozac! New York: HarperCollins Publishers.
Professor Raja Rosenhagen is currently serving as Assistant Professor of Philosophy, Head of Department, and Associate Dean of Academic Affairs at Ashoka University. He earned his PhD in Philosophy from the University of Pittsburgh and has a broad range of philosophical interests (see here). He wrote this article a) because he was invited to do so and b) because he is currently nurturing a growing interest in philosophical counselling.
This article is republished from OpenAxis under a Creative Commons license. Read the original article.
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Kidney Beans or Black Beans – Which is Healthier?
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Our Verdict
When comparing kidney beans to black beans, we picked the black beans.
Why?
First, do note that black beans are also known as turtle beans, or if one wants to hedge one’s bets, black turtle beans. It’s all the same bean. As a small linguistic note, kidney beans are known as “red beans” in many languages, so we could have called this “red beans vs black beans”, but that wouldn’t have landed so well with our largely anglophone readership. So, kidney beans vs black beans it is!
They’re certainly both great, and this is a close one today…
In terms of macros, they’re equal on protein and black beans have more carbs and/but also more fiber. So far, so equal—or rather, if one pulls ahead of the other here, it’s a matter of subjective priorities.
In the category of vitamins, they’re equal on vitamins B2, B3, and choline, while kidney beans have more of vitamins B6, B9, C, and K, and black beans have more of vitamins A, B1, B5, and E. In other words, the two beans are still tied with a 4:4 split, unless we want to take into account that that vitamin E difference is that black beans have 29x more vitamin E, in which case, black beans move ahead.
When it comes to minerals, finally the winner becomes apparent; while kidney beans have a little more manganese and zinc, on the other hand black beans have more calcium, copper, iron, magnesium, phosphorus, potassium, and selenium. However, it should be noted that honestly, the margins aren’t huge here and kidney beans are almost as good for all of these minerals.
In short, black beans win the day, but kidney beans are very close behind, so enjoy whichever you prefer, or better yet, both! They go great together in tacos, burritos, or similar, by the way.
Want to learn more?
You might like to read:
- Kidney Beans vs Fava Beans – Which is Healthier?
- Chickpeas vs Black Beans – Which is Healthier?
- Bold Beans – by Amelia Christie-Miller ← this is a recipe book; if you’re looking to incorporate more beans into your diet and want to make it good, this cookbook can lead the way!
Take care!
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How worried should I be about cryptosporidiosis? Am I safe at the pool?
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You might have heard of something called “cryptosporidiosis” recently, closely followed by warnings to stay away from your local swimming pool if you’ve had diarrhoea.
More than 700 cases of this gastrointestinal disease were reported in Queensland in January, which is 13 times more than in January last year. Just under 500 cases have been recorded in New South Wales this year to-date, while other states have similarly reported an increase in the number of cryptosporidiosis infections in recent months.
Cryptosporidiosis has been listed as a national notifiable disease in Australia since 2001.
But what exactly is it, and should we be worried?What causes cryptosporidiosis, and who is affected?
Cryptosporidiosis is the disease caused by the parasite Cryptosporidium, of which there are two types that can make us sick. Cryptosporidum hominis only affects humans and is the major cause of recent outbreaks in Australia, while Cryptosporidium parvum can also affect animals.
The infection is spread by spores called oocysts in the stools of humans and animals. When ingested, these oocysts migrate and mature in the small bowel. They damage the small bowel lining and can lead to diarrhoea, nausea, vomiting, fever and abdominal discomfort.
Most people develop symptoms anywhere from one to 12 days after becoming infected. Usually these symptoms resolve within two weeks, but the illness may last longer and can be severe in those with a weakened immune system.
Children and the elderly tend to be the most commonly affected. Cryptosporidiosis is more prevalent in young children, particularly those under five, but the disease can affect people of any age.
So how do we catch it?
Most major outbreaks of cryptosporidiosis have been due to people drinking contaminated water. The largest recorded outbreak occurred in Milwaukee in 1993 where 403,000 people were believed to have been infected.
Cryptosporidium oocysts are very small in size and in Milwaukee they passed through the filtration system of one of the water treatment plants undetected, infecting the city’s water supply. As few as ten oocysts can cause infection, making it possible for contaminated drinking water to affect a very large number of people.
Four days after infection a person with cryptosporidiosis can shed up to ten billion oocysts into their stool a day, with the shedding persisting for about two weeks. This is why one infected person in a swimming pool can infect the entire pool in a single visit.
Cryptosporidium oocysts excreted in the faeces of infected humans and animals can also reach natural bodies of water such as beaches, rivers and lakes directly through sewer pipes or indirectly such as in manure transported with surface runoff after heavy rain.
One study which modelled Cryptosporidium concentrations in rivers around the world estimated there are anywhere from 100 to one million oocysts in a litre of river water.
In Australia, cryptosporidiosis outbreaks tend to occur during the late spring and early summer periods when there’s an increase in recreational water activities such as swimming in natural water holes, water catchments and public pools. We don’t know exactly why cases have seen such a surge this summer compared to other years, but we know Cryptosporidium is very infectious.
Oocysts have been found in foods such as fresh vegetables and seafood but these are not common sources of infection in Australia.
What about chlorine?
Contrary to popular belief, chlorine doesn’t kill off all infectious microbes in a swimming pool. Cryptosporidium oocysts are hardy, thick-walled and resistant to chlorine and acid. They are not destroyed by chlorine at the normal concentrations found in swimming pools.
We also know oocysts can be significantly protected from the effects of chlorine in swimming pools by faecal material, so the presence of even small amounts of faecal matter contaminated with Cryptosporidium in a swimming pool would necessitate closure and a thorough decontamination.
Young children and in particular children in nappies are known to increase the potential for disease transmission in recreational water. Proper nappy changing, frequent bathroom breaks and showering before swimming to remove faecal residue are helpful ways to reduce the risk.
Some sensible precautions
Other measures you can take to reduce yours and others’ risk of cryptosporidiosis include:
- avoid swimming in natural waters such as rivers and creeks during and for at least three days after heavy rain
- avoid swimming in beaches for at least one day after heavy rain
- avoid drinking untreated water such as water from rivers or springs. If you need to drink untreated water, boiling it first will kill the Cryptosporidium
- avoid swallowing water when swimming if you can
- if you’ve had diarrhoea, avoid swimming for at least two weeks after it has resolved
- avoid sharing towels or linen for at least two weeks after diarrhoea has resolved
- avoid sharing, touching or preparing food that other people may eat for at least 48 hours after diarrhoea has resolved
- wash your hands with soap and water after going to the bathroom or before preparing food (Cryptosporidium is not killed by alcohol gels and sanitisers).
Not all cases of diarrhoea are due to cryptosporidiosis. There are many other causes of infectious gastroenteritis and because the vast majority of the time recovery is uneventful you don’t need to see a doctor unless very unwell. If you do suspect you may have cryptosporidiosis you can ask your doctor to refer you for a stool test.
Vincent Ho, Associate Professor and clinical academic gastroenterologist, Western Sydney University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Fiber Fueled – by Dr. Will Bulsiewicz
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We generally know that for gut health we should eat fiber, but what of the balances of different sorts of fiber?
That’s one of the main things that make this book stand out—fostering diversity in our microbiome by fostering diversity in our diet. Specifically, diversity of fiber-containing foods.
The book is part “science made easy for the lay reader”, and part recipe book. The recipes come with shopping lists and a meal planner, though we would recommend to use those as a guide rather than to try to adhere perfectly to them.
In particular, this reviewer would encourage much more generous use of healthful seasonings… and less reliance on there being leftovers several days later (tasty food gets gone quickly in this house!)
As for the science, the feel of this is more like reading a science-based observational documentary with explanations, than of reading a science textbook. Studies are mentioned in passing, but not dissected in any detail, and the focus is more on getting the key learnings across.
Bottom line: if you’d like to boost not just the amount, but also the diversity, of fiber in your diet, and reap the gut-health rewards, this book is a great guide for that!
Click here to get your copy of “Fiber Fueled” from Amazon today!
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Anti-Inflammatory Piña Colada Baked Oats
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If you like piña coladas and getting songs stuck in your head, then enjoy this very anti-inflammatory, gut-healthy, blood-sugar-balancing, and frankly delicious dish:
You will need
- 9 oz pineapple, diced
- 7 oz rolled oats
- 3 oz desiccated coconut
- 14 fl oz coconut milk (full fat, the kind from a can)
- 14 fl oz milk (your choice what kind, but we recommend coconut, the kind for drinking)
- Optional: some kind of drizzling sugar such as honey or maple syrup
Method
(we suggest you read everything at least once before doing anything)
1) Preheat the oven to 350℉ / 180℃.
2) Mix all the ingredients (except the drizzling sugar, if using) well, and put them in an ovenproof dish, compacting the mixture down gently so that the surface is flat.
3) Drizzle the drizzling sugar, if drizzling.
4) Bake in the oven for 30–40 minutes, until lightly golden-brown.
5) Serve hot or cold:
Enjoy!
Want to learn more?
For those interested in some of the science of what we have going on today:
- Bromelain vs Inflammation & Much More ← as found (uniquely!) in pineapple
- Can Saturated Fats Be Healthy? ← coconut certainly can!
- The Best Kind Of Fiber For Overall Health? ← it’s β-glucan, as found in abundance in oats
Take care!
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How To *Really* Pick Up (And Keep!) Those Habits
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The Healthiest Habit-Building
Why was that book “Atomic Habits” called that? It wasn’t just because it’s a catchy title…
Habits are—much like atoms—things that are almost imperceptibly small, yet when stacked, they make up the substance of many much larger and more obvious things, and also contain an immense amount of potential power.
About that power…
Habits are the “compound interest” of natural human life. Every action we take, every decision we make, makes our life (often imperceptibly) better or worse. But getting even just 1% better or 1% worse at something every day? That’s going to not just add up over time… It’ll actively compound over time.
Habits will snowball one way or the other, good or bad. So, we want to control that snowball so that it works for us rather than against us.
Thus, we need to choose habits that are helpful to us, rather than those that are harmful to us. Top examples include:
- Making healthy food choices rather than unhealthy ones
- Moving our body regularly rather than being sedentary
- Having a good bedtime/morning routine rather than a daily chaotic blur
- Learning constantly rather than digging into old beliefs out of habit
- Forging healthy relationships rather than isolating ourselves
We all know that to make a habit stick, we need to practice it regularly, with opinions varying on how long it takes for something to become habit. Some say 21 days; some say 66. The number isn’t the important part!
What is important
You will never get to day 66, much less will you get to day 366, if you don’t first get to day 6 (New Year’s Resolutions, anyone?).
So in the early days especially, when the habit is most likely to get dropped, it’s critical to make the habit as easy as possible to form.
That means:
- The habit should be made as pleasant as possible
- (e.g. by making modifications to it if it’s not already intrinsically pleasant)
- The habit should take under 2 minutes to do at first
- (no matter if it takes longer than 2 minutes to be useful; it’ll never be useful if you don’t first get it to stick, so make your initial commitment only 2 minutes, just to get in the habit)
- The habit should have cues to remind you
- (as it’s not habit yet, you will need to either set a reminder on your phone, or leave a visual reminder, such as your workout clothes laid out ready for you in the morning, or a bowl of fruit in plain view where you spend a lot of time)
What gets measured, gets done
Streaks are a great way to do this. Habit-tracking apps help. Marks on a calendar or in a journal are also totally fine.
What can help especially, and that a lot of people don’t do, is to have a system of regular personal reviews—like a work “performance review”, but for oneself and one’s own life.
Set a reminder or write on the calendar / in your diary, to review monthly, or weekly if you prefer, such things as:
- How am I doing in the areas of life that are important to me?
- Have a list of the areas of life that are important to you, by the way, and genuinely reflect on each of them, e.g:
- Health
- Finances
- Relationships
- Learning
- Sleep
- Etc
- Have a list of the areas of life that are important to you, by the way, and genuinely reflect on each of them, e.g:
- What is working for me, and what isn’t working for me?
- What will I do better in this next month/week?
…and then do it!
Good luck, and may it all stack up in your favor!
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Goji Berries: Which Benefits Do They Really Have?
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Are Goji Berries Really A Superfood?
Goji berries are popularly considered a superfood, and sold for everything from anti-aging effects, to exciting benefits* that would get this email directed to your spam folder if we described them.
*We searched so you don’t have to: there doesn’t seem to be much research to back [that claim that we can’t mention], but we did find one paper on its “invigorating” benefits for elderly male rats. We prefer to stick to human studies where we can!
So how does the science stack up for the more mainstream claims?
Antioxidant effects
First and most obvious for this fruit that’s full of helpful polysaccharides, carotenoids, phenolic acids, and flavonoids, yes, they really do have strong antioxidant properties:
Immune benefits
Things that are antioxidant are generally also anti-inflammatory, and often have knock-on benefits for the immune system. That appears to be the case here.
For example, in this small-but-statistically-significant study (n=60) in healthy adults (aged 55–72 years)
❝The GoChi group showed a statistically significant increase in the number of lymphocytes and levels of interleukin-2 and immunoglobulin G compared to pre-intervention and the placebo group, whereas the number of CD4, CD8, and natural killer cells or levels of interleukin-4 and immunoglobulin A were not significantly altered. The placebo group showed no significant changes in any immune measures.
Whereas the GoChi group showed a significant increase in general feelings of well-being, such as fatigue and sleep, and showed a tendency for increased short-term memory and focus between pre- and post-intervention, the placebo group showed no significant positive changes in these measures.❞
“GoChi” here is a brand name for goji berries, and it’s not clear from the abstract whether the company funded the study:
Here’s another study, this time n=150, and ages 65–70 years old. This time it’s with a different brand (“Lacto-Wolfberry”, a milk-with-goji supplement drink) and it’s also unclear whether the company funded the study. However, taking the data at face value:
❝In conclusion, long-term dietary supplementation with Lacto-Wolfberry in elderly subjects enhances their capacity to respond to antigenic challenge without overaffecting their immune system, supporting a contribution to reinforcing immune defense in this population. ❞
In other words: it allowed those who took it to get measurably more benefit from the flu vaccinations that they received, without any ill effects.
Anticancer potential
This one’s less contentious (the immune benefits seemed very credible; we’d just like to see more transparent research to say for sure), so in the more clearly-evidenced case against cancer we’ll just drop a few quick studies, clipped for brevity:
- Goji berry (Lycium barbarum) inhibits the proliferation, adhesion, and migration of oral cancer cells
- A closer look at immunomodulatory properties of goji berries extract in human colon cancer cells
- Lycium barbarum polysaccharides induce apoptosis in human prostate cancer cells and inhibits prostate cancer growth
- Identification of goji berry cyclic peptides and anticervical carcinoma activity
- Antiproliferative effects of Lycium barbarum’s (goji berry) fractions on breast cancer Cell Lines
You get the idea: it helps!
Bonus benefit for the eyes
Goji berries also help against age-related macular degeneration. The research for this is in large part secondary, i.e. goji berries contain things x, y, and z, and then separate studies say that those things help against age-related macular degeneration.
We did find some goji-specific studies though! One of them was for our old friends the “Lacto-Wolfberry” people and again, wasn’t very transparent, so we’ll not take up extra time/space with that one here.
Instead, here’s a much clearer, transparent, and well-referenced study with no conflicts of interest, that found:
❝Overall, daily supplementation with Goji berry for 90d improves MPOD by increasing serum Z levels rather than serum L levels in early AMD patients. Goji berry may be an effective therapeutic intervention for preventing the progression of early AMD.❞
- MPOD = Macular Pigment Optical Density, a standard diagnostic tool for age-related macular degeneration
- AMD = Age-related Macular Degeneration
(that whole paper is very compelling reading, if you have time)
If you want a quicker read, we offer:
How To Avoid Age-Related Macular Degeneration
and also…
Where to get goji berries?
You can probably find them at your local health food store, if not the supermarket. However, if you’d like to buy them online, here’s an example product on Amazon for your convenience
Enjoy!
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