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PS, We Love You
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PS, we love you. With good reason!
There are nearly 20,000 studies on PS listed on PubMed alone, and its established benefits include:
- significantly improving memory
- potential reversal (!) of neurodegeneration
- reduction of stress activation
- improvement in exercise capacity
- it even helps avoid rejection of medical implants
We’ll explore some of these studies and give an overview of how PS does what it does. Just like the (otherwise unrelated) l-theanine we talked about a couple of weeks ago, it does do a lot of things.
PS = Cow Brain?!
Let’s first address a concern. You may have heard something along the lines of “hey, isn’t PS made from cow brain, and isn’t that Very Bad™ for humans, mad cow disease and all?”. The short answer is:
Firstly: ingesting cow brain tissue is indeed generally considered Very Bad™ for humans, on account of the potential for transmission of Bovine Spongiform Encephalopathy (BSE) resulting in its human equivalent, Creutzfeldt–Jakob Disease (CJD), whose unpleasantries are beyond the scope of this newsletter.
Secondly (and more pleasantly): whilst PS can be derived from bovine brain tissue, most PS supplements these days derive from soy—or sometimes sunflower lecithin. Check labels if unsure.
Using PS to Improve Other Treatments
In the human body, the question of tolerance brings us a paradox (not the tolerance paradox, important as that may also be): we must build and maintain a strong immune system capable of quickly adapting to new things, and then when we need medicines (or even supplements), we need our body to not build tolerance of them, for them to continue having an effect.
So, we’re going to look at a very hot-off-the-press study (Feb 2023), that found PS to “mediate oral tolerance”, which means that it helps things (medications, supplements etc.) that we take orally and want to keep working, keep working.
In the scientists’ own words (we love scientists’ own words because they haven’t been distorted by the popular press)…
❝This immunotherapy has been shown to prevent/reduce immune response against life-saving protein-based therapies, food allergens, autoantigens, and the antigenic viral capsid peptide commonly used in gene therapy, suggesting a broad spectrum of potential clinical applications. Given the good safety profile of PS together with the ease of administration, oral tolerance achieved with PS-based nanoparticles has a very promising therapeutic impact.❞
Nguyen et al, Feb 2023
In other words, to parse those two very long sentences into two shorter bullet points:
- It allows a lot of important treatments to continue working—treatments that the body would otherwise counteract
- It is very safe—and won’t harm the normal function of your immune system at large
This is also very consistent with one of the benefits we mentioned up top—PS helps avoid rejection of implants, something that can be a huge difference to health-related quality of life (HRQoL), never mind sometimes life itself!
What is PS Anyways, and How Does It Work?
Phosphatidylserine is a phospholipid, a kind of lipid, found in cell membranes. More importantly:
It’s a signalling agent, mainly for apoptosis, which in lay terms means: it tells cells when it’s time to die.
Cellular death sounds like a bad thing, but prompt and efficient cellular apoptosis (death) and resultant prompt and efficient autophagy (recycling) reduce the risk of your body making mistakes when creating new cells from old cells.
Think about photocopying:
- Situation A: You have a document, and you want to copy it. If you copy it before it gets messed up, your copy will look almost, if not exactly, like the original. It’ll be super easy to read.
- Situation B: You have a document, and you want to copy it, but you delay doing so for so long that the original is all scuffed and creased and has a coffee stain on it. These unwanted changes will get copied onto the new document, and any copy made of that copy will keep the problems too. It gets worse and worse each time.
So, using this over-simplifier analogy, the speed of ‘copying’ is a major factor in cellular aging. The sooner cells are copied, before something gets damaged, the better the copy will be.
So you really, really want to have enough PS (our bodies make it too, by the way) to signal promptly to a cell when its time is up.
You do not want cells soldiering on until they’re the biological equivalent of that crumpled up, coffee-stained sheet of paper.
Little wonder, then, that PS’ most commonly-sought benefit when it comes to supplementation is to help avoid age-related neurodegeneration (most notably, memory loss)!
Keeping the cells young means keeping the brain young!
PS’s role as a signalling agent doesn’t end there—it also has a lot to say to a wide variety of the body’s immunological cells, helping them know what needs to happen to what. Some things should be immediately eaten and recycled; other things need more extreme measures applied to them first, and yet other things need to be ignored, and so forth.
You can read more about that in Elsevier’s publication if you’re curious 🙂
Wow, what a ride today’s newsletter has been! We started at paracetamoxyfrusebendroneomycin, and got down to the nitty gritty with a bunch of hopefully digestible science!
We love feedback, so please let us know if we’re striking the balance right, and/or if you’d like to see more or less of something—there’s a feedback widget at the bottom of this email!
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Paulina Porizkova (Former Supermodel) Talks Menopause, Aging, & Appearances
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Are supermodels destined to all eventually become “Grizabella the Glamor Cat”, a washed-up shell of their former glory? Is it true that “men grow cold as girls grow old, and we all lose our charms in the end”? And what—if anything—can we do about it?
Insights from a retired professional
Paulina Porizkova is 56, and she looks like she’s… 56, maybe? Perhaps a little younger or a bit older depending on the camera and lighting and such.
It’s usually the case, on glossy magazine covers and YouTube thumbnails, that there’s a 20-year difference between appearance and reality, but not here. Why’s that?
Porizkova noted that many celebrities of a similar age look younger, and felt bad. But then she noted that they’d all had various cosmetic work done, and looked for images of “real” women in their mid-50s, and didn’t find them.
Note: we at 10almonds do disagree with one thing here: we say that someone who has had cosmetic work done is no less real for it; it’s a simple matter of personal choice and bodily autonomy. She is, in our opinion, making the same mistake as people make when they say such things as “real people, rather than models”, as though models are not also real people.
Porizkova found modelling highly lucrative but dehumanizing, and did not enjoy the objectification involved—and she enjoyed even less, when she reached a certain age, negative comments about aging, and people being visibly wrong-footed when meeting her, as they had misconceptions based on past images.
As a child and younger adult through her modelling career, she felt very much “seen and not heard”, and these days, she realizes she’s more interesting now but feels less seen. Menopause coincided with her marriage ending, and she felt unattractive and ignored by her husband; she questioned her self-worth, and felt very bad about it. Then her husband (they had separated, but had not divorced) died, and she felt even more isolated—but it heightened her sensitivity to life.
In her pain and longing for recognition, she reached out through her Instagram, crying, and received positive feedback—but still she struggles with expressing needs and feeling worthy.
And yet, when it comes to looks, she embraces her wrinkles as a form of expression, and values her natural appearance over cosmetic alterations.
She describes herself as a work in progress—still broken, still needing cleansing and healing, but proud of how far she’s come so far, and optimistic with regard to the future.
For all this and more in her own words, enjoy:
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Want to learn more?
You might also like to read:
The Many Faces Of Cosmetic Surgery
Take care!
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What is pathological demand avoidance – and how is it different to ‘acting out’?
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“Charlie” is an eight-year-old child with autism. Her parents are worried because she often responds to requests with insults, aggression and refusal. Simple demands, such as being asked to get dressed, can trigger an intense need to control the situation, fights and meltdowns.
Charlie’s parents find themselves in a constant cycle of conflict, trying to manage her and their own reactions, often unsuccessfully. Their attempts to provide structure and consequences are met with more resistance.
What’s going on? What makes Charlie’s behaviour – that some are calling “pathological demand avoidance” – different to the defiance most children show their parents or carers from time-to-time?
What is pathological demand avoidance?
British developmental psychologist Elizabeth Newson coined the term “pathological demand avoidance” (commonly shortened to PDA) in the 1980s after studying groups of children in her practice.
A 2021 systematic review noted features of PDA include resistance to everyday requests and strong emotional and behavioural reactions.
Children with PDA might show obsessive behaviour, struggle with persistence, and seek to control situations. They may struggle with attention and impulsivity, alongside motor and coordination difficulties, language delay and a tendency to retreat into role play or fantasy worlds.
PDA is also known as “extreme demand avoidance” and is often described as a subtype of autism. Some people prefer the term persistent drive for autonomy or pervasive drive for autonomy.
What does the evidence say?
Every clinician working with children and families recognises the behavioural profile described by PDA. The challenging question is why these behaviours emerge.
PDA is not currently listed in the two diagnostic manuals used in psychiatry and psychology to diagnose mental health and developmental conditions, the current Diagnostic and Statistical Manual of Mental Disorders (DSM-5) and the World Health Organization’s International Classification of Diseases (ICD-11).
Researchers have reported concerns about the science behind PDA. There are no clear theories or explanations of why or how the profile of symptoms develop, and little inclusion of children or adults with lived experience of PDA symptoms in the studies. Environmental, family or other contextual factors that may contribute to behaviour have not been systematically studied.
A major limitation of existing PDA research and case studies is a lack of consideration of overlapping symptoms with other conditions, such as autism, attention deficit hyperactivity disorder (ADHD), oppositional defiant disorder, anxiety disorder, selective mutism and other developmental disorders. Diagnostic labels can have positive and negative consequences and so need to be thoroughly investigated before they are used in practice.
Classifying a “new” condition requires consistency across seven clinical and research aspects: epidemiological data, long-term patient follow-up, family inheritance, laboratory findings, exclusion from other conditions, response to treatment, and distinct predictors of outcome. At this stage, these domains have not been established for PDA. It is not clear whether PDA is different from other formal diagnoses or developmental differences.
When a child is stressed, demands or requests might tip them into fight, flight or freeze mode. Shutterstock Finding the why
Debates over classification don’t relieve distress for a child or those close to them. If a child is “intentionally” engaged in antisocial behaviour, the question is then “why?”
Beneath the behaviour is almost always developmental difference, genuine distress and difficulty coping. A broad and deep understanding of developmental processes is required.
Interestingly, while girls are “under-represented” in autism research, they are equally represented in studies characterising PDA. But if a child’s behaviour is only understood through a “pathologising” or diagnostic lens, there is a risk their agency may be reduced. Underlying experiences of distress, sensory overload, social confusion and feelings of isolation may be missed.
So, what can be done to help?
There are no empirical studies to date regarding PDA treatment strategies or their effectiveness. Clinical advice and case studies suggest strategies that may help include:
- reducing demands
- giving multiple options
- minimising expectations to avoid triggering avoidance
- engaging with interests to support regulation.
Early intervention in the preschool and primary years benefits children with complex developmental differences. Clinical care that involves a range of medical and allied health clinicians and considers the whole person is needed to ensure children and families get the support they need.
It is important to recognise these children often feel as frustrated and helpless as their caregivers. Both find themselves stuck in a repetitive cycle of distress, frustration and lack of progress. A personalised approach can take into account the child’s unique social, sensory and cognitive sensitivities.
In the preschool and early primary years, children have limited ability to manage their impulses or learn techniques for managing their emotions, relationships or environments. Careful watching for potential triggers and then working on timetables and routines, sleep, environments, tasks, and relationships can help.
As children move into later primary school and adolescence, they are more likely to want to influence others and be able to have more self control. As their autonomy and ability to collaborate increases, the problematic behaviours tend to reduce.
Strategies that build self-determination are crucial. They include opportunities for developing confidence, communication and more options to choose from when facing challenges. This therapeutic work with children and families takes time and needs to be revisited at different developmental stages. Support to engage in school and community activities is also needed. Each small step brings more capacity and more effective ways for a child to understand and manage themselves and their worlds.
What about Charlie?
The current scope to explain and manage PDA is limited. Future research must include the voices and views of children and adults with PDA symptoms.
Such emotional and behavioural difficulties are distressing and difficult for children and families. They need compassion and practical help.
For a child like Charlie, this could look like a series of sessions where she and her parents meet with clinicians to explore Charlie’s perspective, experiences and triggers. The family might come to understand that, in addition to autism, Charlie has complex developmental strengths and challenges, anxiety, and some difficulties with adjustment related to stress at home and school. This means Charlie experiences a fight, flight, freeze response that looks like aggression, avoidance or shutting down.
With carefully planned supports at home and school, Charlie’s options can broaden and her distress and avoidance can soften. Outside the clinic room, Charlie and her family can be supported to join an inclusive local community sporting or creative activity. Gradually she can spend more time engaged at home, school and in the community.
Nicole Rinehart, Professor, Child and Adolescent Psychology, Director, Krongold Clinic (Research), Monash University; David Moseley, Senior Research Fellow, Deputy Director (Clinical), Monash Krongold Clinic, Monash University, and Michael Gordon, Associate Professor, Psychiatry, Monash University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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These Signs Often Mean These Nutrient Deficiencies (Do You Have Any?)
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These are not a necessary “if this then this” equation, but rather a “if this, then probably this”, and it’s a cue to try upping that thing in your diet, and if that doesn’t quickly fix it, get some tests done:
- White bumps on the skin: vitamin A, omega 3
- Craving sour foods: vitamin C
- Restless leg syndrome: iron, magnesium
- Cracked lips: vitamin B2
- Tingling hands and feet: vitamin B12
- Easy bruising: vitamin K and vitamin C
- Canker sores: vitamin B9 (folate), vitamin B12, iron
- Brittle or misshapen nails: vitamin B7 (biotin)
- Craving salty foods: sodium, potassium
- Prematurely gray hair: copper, vitamin B9 (folate), vitamin B12
- Dandruff: omega 3, zinc, vitamin B6
- Craving ice: iron
Dr. LeGrand Peterson has more to say about these though, as well as a visual guide to symptoms, so do check out the video:
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Want to know more?
You might like this previous main feature about supplements vs nutrients from food
Do We Need Supplements, And Do They Work?
Enjoy!
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Fall Asleep In 2 Minutes (Doctor Explains)
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Beyond “sleep hygiene”, Dr. Siobhan Deshauer has insights to share:
Rest for your body and mind
First, do still do the basics. That means dimming/filtering lights for an hour before bed, lowering the room temperature a little, ensuring you have nice fresh sheets, not having alcohol or caffeine before bed, and getting out of bed if you’re not asleep within half an hour, to avoid associating being in bed with wakefulness.
Next, the extra tips:
- Progressive relaxation: tense and relax each muscle group from toes to head
- Box breathing: inhale, hold, exhale, and hold for 4 seconds each; helps calm the nervous system (it’s called “box breathing” because of the 4:4:4:4 setup)
- Diaphragmatic breathing: focus on belly breathing, with longer exhalation to activate the parasympathetic nervous system (note that this can, and even ideally should, be done at the same time as the previous)
- Cognitive shuffling: think of words starting with each letter of a chosen word while visualizing them (this is like “counting sheep”, but does the job better—the job in question being preventing your brain from moving to anything more strenuous or stressful)
For more on all of these plus some extra side-along advice, enjoy:
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Want to learn more?
You might also like to read:
Non-Sleep Deep Rest: A Neurobiologist’s Take ← a way to get many of the benefits of sleep, while awake
Take care!
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Too Much Or Too Little Testosterone?
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One Man’s Saw Palmetto Is Another Woman’s Serenoa Repens…
Today we’re going to look at saw palmetto. So, first:
What is it?
Saw palmetto is a type of palm native to the southeastern United States. Its scientific name is “Serenoa repens”, so if that name appears in studies we cite, it’s the same thing. By whichever name, it’s widely enjoyed as a herbal supplement.
Why do people take it?
Here’s where it gets interesting, because people take it for some completely opposite reasons…
Indeed, searching for it on the Internet will cause Google to suggest “…for men” and “…for women” as the top suggestions.
That’s because it works on testosterone, and testosterone can be a bit of a double-edged sword, so some people want to increase or decrease certain testosterone-related effects on their body.
And it works for both! Here be science:
- Testosterone (henceforth, “T”) is produced in the human body.
- Yes, all human bodies, to some extent.
- An enzyme called 5-alpha-reductase converts T in to DHT (dihydrogen testosterone)
- DHT is a much more potent androgen (masculinizing agent) than T alone, such that its effects are often unwanted, including:
- Enlarged prostate (if you have one)
- Hair loss (especially in men)
- New facial hair growth (usually unwanted by women)
- Women are more likely to get this due to PCOS and/or the menopause
To avoid those effects, you really want less of your T to be converted into DHT.
Saw palmetto is a 5α-reductase inhibitor, so if you take it, you’ll have less DHT, and you’ll consequently lose less hair, have fewer prostate problems, etc.
^The above study showed that saw palmetto extract performed comparably to finasteride. Finasteride is the world’s main go-to prescription drug for treating enlarged prostate and/or hair loss.
See also: Natural Hair Supplement: Friend or Foe? Saw Palmetto, a Systematic Review in Alopecia
Hair today… Growing tomorrow!
So, what was that about increasing T levels?
Men usually suffer declining T levels as they get older, with a marked drop around the age of 45. With lower T comes lower energy, lower mood, lower libido, erectile dysfunction, etc.
Guess what… It’s T that’s needed for those things, not DHT. So if you block the conversion of T to DHT, you’ll have higher blood serum T levels, higher energy, higher mood, higher libido, and all that.
(the above assumes you have testicles, without which, your T levels will certainly not increase)
Saw Palmetto Against Enlarged Prostate?
With higher DHT levels in mid-late life, prostate enlargement (benign prostatic hyperlasia) can become a problem for many men. The size of that problem ranges from urinary inconvenience (common, when the prostate presses against the bladder) to prostate cancer (less common, much more serious). Saw palmetto, like other 5α-reductase inhibitors such as finasteride, may be used to prevent or treat this.
Wondering how safe/reliable it is? We found a very high-quality fifteen-year longitudinal observational study of the use of saw palmetto, and it found:
❝The 15 years’ study results suggest that taking S. repens plant extract continuously at a daily dose of 320 mg is an effective and safe way to prevent the progression of benign prostatic hyperplasia.❞
Want a second opinion? We also found a 10-year study (by different researchers with different people taking it), which reached the same conclusion:
❝The results of study showed the absence of progression, both on subjective criteria (IPSS, and QoL scores), and objective criteria (prostate volume, the rate of urination, residual urine volume). Furthermore, patients had no undesirable effects directly related to the use of this drug.❞
- IPSS = International Prostate Symptom Score
- QoL = Quality of Life
❝But wait a minute; I, a man over the age of 45 with potentially declining T levels but a fabulous beard, remember that you said just a minute ago that saw palmetto is used by women to avoid having facial hair; I don’t want to lose mine!❞
You won’t. Once your facial hair follicles were fully developed and activated during puberty, they’ll carry on doing what they do for life. That’s no longer regulated by hormones once they’re up and running.
The use of saw palmetto can only be used to limit facial hair if caught early—so it’s more useful at the onset of menopause, for those who have (or will have) such, or else upon the arrival of PCOS symptoms or hirsuitism from some other cause.
Take The Test!
Do you have a prostate, and would like to know your IPSS score, and what that means for your prostate health?
(takes 1 minute, no need to pee or go probing for anything)
Bottom Line on Saw Palmetto
- It blocks the conversion of T into DHT
- It will increase blood serum T levels, thus boosting mood, energy, libido, etc in men (who typically have more T, but whose T levels decline with age)
- It will decrease DHT levels, thus limiting hair loss (especially in men) and later-life new facial hair growth (especially in women).
- It can be used to prevent or treat prostate enlargement
- Bonus: it’s a potent antioxidant and thus reduces general inflammation (in everyone)
Want To Try Saw Palmetto?
We don’t sell it (or anything else), but for your convenience…
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- Testosterone (henceforth, “T”) is produced in the human body.
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What you need to know about menopause
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Menopause describes the time when a person with ovaries has gone one full year without a menstrual period. Reaching this phase is a natural aging process that marks the end of reproductive years.
Read on to learn more about the causes, stages, signs, and management of menopause.
What causes menopause?
As you age, your ovaries begin making less estrogen and progesterone—two of the hormones involved in menstruation—and your fertility declines, causing menopause.
Most people begin perimenopause, the transitional time that ends in menopause, in their late 40s, but it can start earlier. On average, people in the U.S. experience menopause in their early 50s.
Your body may reach early menopause for a variety of reasons, including having an oophorectomy, a surgery that removes the ovaries. In this case, the hormonal changes happen abruptly rather than gradually.
Chemotherapy and radiation therapy for cancer patients may also induce menopause, as these treatments may impact ovary function.
What are the stages of menopause?
There are three stages:
- Perimenopause typically occurs eight to 10 years before menopause happens. During this stage, estrogen production begins to decline and ovaries release eggs less frequently.
- Menopause marks the point when you have gone 12 consecutive months without a menstrual period. This means the ovaries have stopped releasing eggs and producing estrogen.
- Postmenopause describes the time after menopause. Once your body reaches this phase, it remains there for the rest of your life.
How do the stages of menopause affect fertility?
Your ovaries still produce eggs during perimenopause, so it is still possible to get pregnant during that stage. If you do not wish to become pregnant, continue using your preferred form of birth control throughout perimenopause.
Once you’ve reached menopause, you can no longer get pregnant naturally. People who would like to become pregnant after that may pursue in vitro fertilization (IVF) using eggs that were frozen earlier in life or donor eggs.
What are the signs of menopause?
Hormonal shifts result in a number of bodily changes. Signs you are approaching menopause may include:
- Hot flashes (a sudden feeling of warmth).
- Irregular menstrual periods, or unusually heavy or light menstrual periods.
- Night sweats and/or cold flashes.
- Insomnia.
- Slowed metabolism.
- Irritability, mood swings, and depression.
- Vaginal dryness.
- Changes in libido.
- Dry skin, eyes, and/or mouth.
- Worsening of premenstrual syndrome (PMS).
- Urinary urgency (a sudden need to urinate).
- Brain fog.
How can I manage the effects of menopause?
You may not need any treatment to manage the effects of menopause. However, if the effects are disrupting your life, your doctor may prescribe hormone therapy.
If you have had a hysterectomy, your doctor may prescribe estrogen therapy (ET), which may be administered via a pill, patch, cream, spray, or vaginal ring. If you still have a uterus, your doctor may prescribe estrogen progesterone/progestin hormone therapy (EPT), which is sometimes called “combination therapy.”
Both of these therapies work by replacing the hormones your body has stopped making, which can reduce the physical and mental effects of menopause.
Other treatment options may include antidepressants, which can help manage mood swings and hot flashes; prescription creams to alleviate vaginal dryness; or gabapentin, an anti-seizure medication that has been shown to reduce hot flashes.
Lifestyle changes may help alleviate the effects on their own or in combination with prescription medication. Those changes include:
- Incorporating movement into your daily life.
- Limiting caffeine and alcohol.
- Quitting smoking.
- Maintaining a regular sleep schedule.
- Practicing relaxation techniques, such as meditation.
- Consuming foods rich in plant estrogens, such as grains, beans, fruits, vegetables, and seeds.
- Seeking support from a therapist and from loved ones.
What health risks are associated with menopause?
Having lower levels of estrogen may put you at greater risk of certain health complications, including osteoporosis and coronary artery disease.
Osteoporosis occurs when bones lose their density, increasing the risk of fractures. A 2022 study found that the prevalence of osteoporotic fractures in postmenopausal women was 82.2 percent.
Coronary artery disease occurs when the arteries that send blood to your heart become narrow or blocked with fatty plaque.
Estrogen therapy can reduce your risk of osteoporosis and coronary artery disease by preserving bone mass and maintaining cardiovascular function.
For more information, talk to your health care provider.
This article first appeared on Public Good News and is republished here under a Creative Commons license.
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