Hair-Loss Remedies, By Science
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10almonds Gets Hairy
Hair loss is a thing that at some point affects most men and a large minority of women. It can be a source of considerable dysphoria for both, as it’s often seen as a loss of virility/femininity respectively, and is societally stigmatized in various ways.
Today we’re going to focus on the most common kind: androgenic alopecia, which is called “male pattern baldness” in men and “female pattern baldness” in women, despite being the same thing.
We won’t spend a lot of time on the science of why this happens (we’re going to focus on the remedies instead), but suffice it to say that genes and hormones both play a role, with dihydrogen testosterone (DHT) being the primary villain in this case.
We’ve talked before about the science of 5α-reductase inhibitors to block the conversion of regular testosterone* to DHT, its more potent form:
One Man’s Saw Palmetto Is Another Woman’s Serenoa Repens…
*We all make this to a greater or lesser degree, unless we have had our ovaries/testes removed.
Finasteride
Finasteride is a 5α-reductase inhibitor that performs similarly to saw palmetto, but comes in tiny pills instead of needing to take a much higher dose of supplement (5mg of finasteride is comparable in efficacy to a little over 300mg of saw palmetto).
Does it work? Yes!
Any drawbacks? A few:
- It’ll take 3–6 months to start seeing effects. This is because of the hormonal life-cycle of human hairs.
- Common side-effects include ED.
- It is popularly labelled/prescribed as “only for men”
On that latter point: the warnings about this are severe, detailing how women must not take it, must not even touch it if it has been cut up or crushed.
However… That’s because it can carry a big risk to our unborn fetuses. So, if we are confident we definitely don’t have one of those, it’s not actually applicable to us.
That said, finasteride’s results in women aren’t nearly so clear-cut as in men (though also, there has been less research, largely because of the above). Here’s an interesting breakdown in more words than we have room for here:
Finasteride for Women: Everything You Need to Know
Spironolactone
This one’s generally prescribed to women, not men, largely because it’s the drug sometimes popularly known as a “chemical castration” drug, which isn’t typically great marketing for men (although it can be applied topically, which will have less of an effect on the rest of the body). For women, this risk is simply not an issue.
We’ll be brief on this one, but we’ll just drop this, so that you know it’s an option that works:
❝Spironolactone is an effective and safe treatment of androgenic alopecia which can enhance the efficacy when combined with other conventional treatments such as minoxidil.
Topical spironolactone is safer than oral administration and is suitable for both male and female patients, and is expected to become a common drug for those who do not have a good response to minoxidil❞
Minoxidil
This one is available (to men and women) without prescription. It’s applied topically, and works by shortcutting the hair’s hormonal growth cycle, to reduce the resting phase and kick it into a growth phase.
Does it work? Yes!
Any drawbacks? A few:
- Whereas you’ll remember finasteride takes 3–6 months to see any effect, this one will have an effect very quickly
- Specifically, the immediate effect is: your rate of hair loss will appear to dramatically speed up
- This happens because when hairs are kicked into their growth phase if they were in a resting phase, the first part of that growth phase is to shed each old hair to make room for the new one
- You’ll then need the same 3–6 months as with finasteride, to see the regrowth effects
- If you stop using it, you will immediately shed whatever hair you gained by this method
Why do people choose this over finasteride? For one of three reasons, mainly:
- They are women, and not offered finasteride
- They are men, and do not want the side effects of finasteride
- They just saw an ad and tried it
As to how it works:
Some final notes:
There are some other contraindications and warnings with each of these drugs by the way, so do speak with your doctor/pharmacist. For example:
- Finasteride can tax the liver a little
- Spironolactone can reduce bone turnover
- Minoxidil is a hypotensive; this shouldn’t be an issue for most people, but for some people it could be a problem
There are other hair loss remedies and practices, but the above three are the heavy-hitters, so that’s what we spent our time/space on today. We’ll perhaps cover the less powerful (but less risky) options one of these days.
Meanwhile, take care!
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Policosanol: A Rival To Statins, Without The Side Effects?
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Policosanol (which can be extracted from various sources, but is mostly made from sugar cane extract) is marketed as lipid-lowering agent for improving cholesterol levels, but its research history has not been without controversy:
2001: it works!
After a lot of research in the 1990s, it came out of the gate strong in 2001, with:
❝Policosanol (5 and 10 mg/day) significantly decreased LDL-cholesterol (17.3% and 26.7%, respectively), total cholesterol (12.9% and 19.5%), as well as the ratios of LDL-cholesterol to high-density lipoprotein (HDL)-cholesterol (17.2% and 26.5%) and total cholesterol to HDL-cholesterol (16.3% and 21.0%) compared with baseline and placebo❞
This, by the way, is comparable in efficacy to the most powerful statins, but without the adverse side effects.
Source: Efficacy and tolerability of policosanol in hypercholesterolemic postmenopausal women
Furthermore, its effects were not limited to postmenopausal women, and additionally, it was found that 20mg/day was sufficient for optimal effects; 40mg worked exactly the same as 20mg:
2006–2010: we do not trust the Cubans!
After it had been marketed and used in much of the world for some years, extra scrutiny was brought upon it, because the initial studies had been performed by the same lab in Cuba, a commercial lab that had tested them for a private interest (i.e., a company selling the supplement):
Heart Beat: Policosanol: A sweet nothing for high cholesterol
And furthermore, US-based labs were unable to replicate the results:
Policosanols as Nutraceuticals: Fact or Fiction
The Cuban researchers countered that the composition of policosanol as produced in their lab was different than the composition of the policosanol as produced in the US labs, because of the purity of the ingredients used in the Cuban lab.
Which, on the face of it, could be true or could just be the claim of a commercial lab with an association with a company selling a product.
Of course, importing Cuban ingredients to test them in the US was not a reasonably accessible option for the US-based labs, because of the US’s embargo of Cuba. In principle it could be done, but unless there is already a huge clear profit incentive, research scientists are usually on their hands and knees begging for grants already, so getting extra funding for specially-important Cuban ingredients was not going to be likely.
2012: never mind, it does work after all!
An American meta-analysis of 4596 patients from 52 eligible studies (from around the world, so many of them not affected by the US’s embargo; some were from within the US using non-Cuban ingredients, though), found:
❝policosanol is more effective than plant sterols and stanols for LDL level reduction and more favorably alters the lipid profile, approaching antilipemic drug efficacy❞
Those last words there, to be clear, mean “yes, the original claim of being on a par with statins is at least more or less true”.
Source: Meta-Analysis of Natural Therapies for Hyperlipidemia: Plant Sterols and Stanols versus Policosanol
2018: also yes, the Cuban kind does get those extra-effective results, even when tested outside of Cuba
A Korean research team verified this; it’s quite straightforward so for brevity we’ll just drop links:
- Consumption of Cuban Policosanol Improves Blood Pressure and Lipid Profile via Enhancement of HDL Functionality in Healthy Women Subjects: Randomized, Double-Blinded, and Placebo-Controlled Study
- Long-Term Consumption of Cuban Policosanol Lowers Central and Brachial Blood Pressure and Improves Lipid Profile With Enhancement of Lipoprotein Properties in Healthy Korean Participants
Mystery resolved!
Want to try some?
We don’t sell it, but here for your convenience is an example product on Amazon—it’s not the Cuban kind, because the US’s trade embargo makes it difficult for the US to import even things that are theoretically now exempt from the embargo such as food and medicines. In principle they can now be imported, but in practice, the extra regulations added to Cuban imports make it nearly impossible, especially for small sellers.
Still, it’s 40mg/tablet policosanol from sugar cane extract, and 3rd party lab tested, so it’s the next best thing 😎
Enjoy!
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Thriving Beyond Fifty – by Will Harlow
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We’ve featured this author sometimes in our video section; he’s an over-50s specialist physiotherapist with a lot of very functional advice to offer.
In this book, Harlow focusses heavily on three things: mobility, strength, endurance.
You may not want to be a gymnast, powerlifter, or marathon-runner, but these things are important for us all to maintain to at least a fair degree:
- Mobility can be the difference between tweaking one’s shoulder getting something from a high shelf, or not
- Strength can be the difference between being able to get back up, or not
- Endurance can be the difference between coming back from a long day on your feet and thinking “that was a good day; I’m looking forward to tomorrow now”, or not
One of the greatest strengths of this book is its comprehensive troubleshooting aspect; if you have a weak spot, chances are this book has the remedy.
As for the style, it’s quite casual/conversational in tone, but without skimping on science and detail. It’s clear, explanatory, and helpful throughout.
Bottom line: if you’d like to maintain/improve mobility, strength, and endurance, then this book is a very recommendable resource.
Click here to check out Thriving Beyond Fifty, and keep thriving at every age!
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Willpower: A Muscle To Flex, Or Spoons To Conserve?
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Willpower: A Muscle To Flex, Or Spoons To Conserve?
We have previously written about motivation; this one’s not about that.
Rather, it’s about willpower itself, and especially, the maintenance of such. Which prompts the question…
Is willpower something that can be built up through practice, or something that is a finite resource that can be expended?
That depends on you—and your experiences.
- Some people believe willpower is a metaphorical “muscle” that must be exercised to be built up
- Some people believe willpower is a matter of metaphorical “spoons” that can be used up
A quick note on spoon theory: this traces its roots to Christine Miserandino’s 2003 essay about chronic illness and the management of limited energy. She details how she explained this to a friend in a practical fashion, she gave her a bunch of spoons from her kitchen, as an arbitrary unit of energy currency. These spoons would then need to be used to “pay” for tasks done; soon her friend realised that if she wanted to make it through the day, she was going to have to give more forethought to how she would “spend” her spoons, or she’d run out and be helpless (and perhaps hungry and far from home) before the day’s end. So, the kind of forethought and planning that a lot of people with chronic illnesses have to give to every day’s activities.
You can read it here: But You Don’t Look Sick? The Spoon Theory
So, why do some people believe one way, and some believe the other? It comes down to our experiences of our own willpower being built or expended. Researchers (Dr. Vanda Siber et al.) studied this, and concluded:
❝The studies support the idea that what people believe about willpower depends, at least in part, on recent experiences with tasks as being energizing or draining.❞
Source: Autonomous Goal Striving Promotes a Nonlimited Theory About Willpower
In other words, there’s a difference between going out running each morning while healthy, and doing so with (for example) lupus.
On a practical level, this translates to practicable advice:
- If something requires willpower but is energizing, this is the muscle kind! Build it.
- If something requires willpower and is draining, this is the spoons kind! Conserve it.
Read the above two bullet-points as many times as necessary to cement them into your hippocampus, because they are the most important message of today’s newsletter.
Do you tend towards the “nonlimited” belief, despite getting tired? If so, here’s why…
There is something that can continue to empower us even when we get physically fatigued, and that’s the extent to which we truly get a choice about what we’re doing. In other words, that “Autonomous” at the front of the title of the previous study, isn’t just word salad.
- If we perceive ourselves as choosing to do what we are doing, with free will and autonomy (i.e., no externally created punitive consequences), we will feel much more empowered, and that goes for our willpower too.
- If we perceive ourselves as doing what we have to (or suffer the consequences), we’ll probably do it, but we’ll find it draining, and that goes for our willpower too.
Until such a time as age-related physical and mental decline truly take us, we as humans tend to gradually accumulate autonomy in our lives. We start as literal babies, then are children with all important decisions made for us, then adolescents building our own identity and ways of doing things, then young adults launching ourselves into the world of adulthood (with mixed results), to a usually more settled middle-age that still has a lot of external stressors and responsibilities, to old age, where we’ve often most things in order, and just ourselves and perhaps our partner to consider.
Consequently…
Age differences in implicit theories about willpower: why older people endorse a nonlimited theory
…which explains why the 30-year-old middle-manager might break down and burn out and stop going to work, while an octogenarian is busy training for a marathon daily before getting back to their daily book-writing session, without fail.
One final thing…
If you need a willpower boost, have a snack*. If you need to willpower boost to avoid snacking, then plan for this in advance by finding a way to keep your blood sugars stable. Because…
The physiology of willpower: linking blood glucose to self-control
*Something that will keep your blood sugars stable, not spike them. Nuts are a great example, unless you’re allergic to such, because they have a nice balance of carbohydrates, protein, and healthy fats.
Want more on that? Read: 10 Ways To Balance Blood Sugars
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The Sweet Truth About Diabetes
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There’s A Lot Of Confusion About Diabetes!
For those readers who are not diabetic, nor have a loved one who is diabetic, nor any other pressing reason to know these things, first a quick 101 rundown of some things to understand the rest of today’s main feature:
- Blood sugar levels: how much sugar is in the blood, measured in mg/dL or mmol/L
- Hyperglycemia or “hyper” for short: too much sugar in the blood
- Hypoglycemia or “hypo” for short: too little sugar in the blood
- Insulin: a hormone that acts as a gatekeeper to allow sugar to pass, or not pass, into various parts of the body
- Type 1 diabetes (sometimes capitalized, and/or abbreviated to “T1D”) is an autoimmune disorder that prevents the pancreas from being able to supply the body with insulin. This means that taking insulin consistently is necessary for life.
- Type 2 diabetes is a matter of insulin resistance. The pancreas produces plenty of insulin, but the body has become desensitized to it, so it doesn’t work properly. Taking extra insulin may sometimes be necessary, but for many people, it can be controlled by means of a careful diet and other lifestyle factors.
With that in mind, on to some very popular myths…
Diabetes is caused by having too much sugar
While sugar is not exactly a health food, it’s not the villain of this story either.
- Type 1 diabetes has a genetic basis, triggered by epigenetic factors unrelated to sugar.
- Type 2 diabetes comes from a cluster of risk factors which, together, can cause a person to go through pre-diabetes and acquire type 2 diabetes.
- Those risk factors include:
- A genetic predisposition
- A large waist circumference
- (this is more relevant than BMI or body fat percentage)
- High blood pressure
- A sedentary lifestyle
- Age (the risk starts rising at 35, rises sharply at 45, and continues upwards with increasing age)
- Those risk factors include:
Read more: Risk Factors for Type 2 Diabetes
Diabetics can’t have sugar
While it’s true that diabetics must be careful about sugar (and carbs in general), it’s not to say that they can’t have them… just: be mindful and intentional about it.
- Type 1 diabetics will need to carb-count in order to take the appropriate insulin bolus. Otherwise, too little insulin will result in hyperglycemia, or too much insulin will result in hypoglycemia.
- Type 2 diabetics will often be able to manage their blood sugar levels with diet alone, and slow-release carbs will make this easier.
In either case, having quick release sugars will increase blood sugar levels (what a surprise), and sometimes (such as when experiencing a hypo), that’s what’s needed.
Also, when it comes to sugar, a word on fruit:
Not all fruits are equal, and some fruits can help maintain stable blood sugar levels! Read all about it:
Fruit Intake to Prevent and Control Hypertension and Diabetes
Artificial sweeteners are must-haves for diabetics
Whereas sugar is a known quantity to the careful diabetic, some artificial sweeteners can impact insulin sensitivity, causing blood sugars to behave in unexpected ways. See for example:
The Impact of Artificial Sweeteners on Body Weight Control and Glucose Homeostasis
If a diabetic person is hyper, they should exercise to bring their blood sugar levels down
Be careful with this!
- In the case of type 2 diabetes, it may (or may not) help, as the extra sugar may be used up.
- Type 1 diabetes, however, has a crucial difference. Because the pancreas isn’t making insulin, a hyper (above a certain level, anyway) means more insulin is needed. Exercising could do more harm than good, as unlike in type 2 diabetes, the body has no way to use that extra sugar, without the insulin to facilitate it. Exercising will just pump the syrupy hyperglycemic blood around the body, potentially causing damage as it goes (all without actually being able to use it).
There are other ways this can be managed that are outside of the scope of this newsletter, but “be careful” is rarely a bad approach.
Read more, from the American Diabetes Association:
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What happens when I stop taking a drug like Ozempic or Mounjaro?
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Hundreds of thousands of people worldwide are taking drugs like Ozempic to lose weight. But what do we actually know about them? This month, The Conversation’s experts explore their rise, impact and potential consequences.
Drugs like Ozempic are very effective at helping most people who take them lose weight. Semaglutide (sold as Wegovy and Ozempic) and tirzepatide (sold as Zepbound and Mounjaro) are the most well known in the class of drugs that mimic hormones to reduce feelings of hunger.
But does weight come back when you stop using it?
The short answer is yes. Stopping tirzepatide and semaglutide will result in weight regain in most people.
So are these medications simply another (expensive) form of yo-yo dieting? Let’s look at what the evidence shows so far.
It’s a long-term treatment, not a short course
If you have a bacterial infection, antibiotics will help your body fight off the germs causing your illness. You take the full course of medication, and the infection is gone.
For obesity, taking tirzepatide or semaglutide can help your body get rid of fat. However it doesn’t fix the reasons you gained weight in the first place because obesity is a chronic, complex condition. When you stop the medications, the weight returns.
Perhaps a more useful comparison is with high blood pressure, also known as hypertension. Treatment for hypertension is lifelong. It’s the same with obesity. Medications work, but only while you are taking them. (Though obesity is more complicated than hypertension, as many different factors both cause and perpetuate it.)
Therefore, several concurrent approaches are needed; taking medication can be an important part of effective management but on its own, it’s often insufficient. And in an unwanted knock-on effect, stopping medication can undermine other strategies to lose weight, like eating less.
Why do people stop?
Research trials show anywhere from 6% to 13.5% of participants stop taking these drugs, primarily because of side effects.
But these studies don’t account for those forced to stop because of cost or widespread supply issues. We don’t know how many people have needed to stop this medication over the past few years for these reasons.
Understanding what stopping does to the body is therefore important.
So what happens when you stop?
When you stop using tirzepatide or semaglutide, it takes several days (or even a couple of weeks) to move out of your system. As it does, a number of things happen:
- you start feeling hungry again, because both your brain and your gut no longer have the medication working to make you feel full
- blood sugars increase, because the medication is no longer acting on the pancreas to help control this. If you have diabetes as well as obesity you may need to take other medications to keep these in an acceptable range. Whether you have diabetes or not, you may need to eat foods with a low glycemic index to stabilise your blood sugars
- over the longer term, most people experience a return to their previous blood pressure and cholesterol levels, as the weight comes back
- weight regain will mostly be in the form of fat, because it will be gained faster than skeletal muscle.
While you were on the medication, you will have lost proportionally less skeletal muscle than fat, muscle loss is inevitable when you lose weight, no matter whether you use medications or not. The problem is, when you stop the medication, your body preferentially puts on fat.
Is stopping and starting the medications a problem?
People whose weight fluctuates with tirzepatide or semaglutide may experience some of the downsides of yo-yo dieting.
When you keep going on and off diets, it’s like a rollercoaster ride for your body. Each time you regain weight, your body has to deal with spikes in blood pressure, heart rate, and how your body handles sugars and fats. This can stress your heart and overall cardiovascular system, as it has to respond to greater fluctuations than usual.
Interestingly, the risk to the body from weight fluctuations is greater for people who are not obese. This should be a caution to those who are not obese but still using tirzepatide or semaglutide to try to lose unwanted weight.
How can you avoid gaining weight when you stop?
Fear of regaining weight when stopping these medications is valid, and needs to be addressed directly. As obesity has many causes and perpetuating factors, many evidence-based approaches are needed to reduce weight regain. This might include:
- getting quality sleep
- exercising in a way that builds and maintains muscle. While on the medication, you will likely have lost muscle as well as fat, although this is not inevitable, especially if you exercise regularly while taking it
- addressing emotional and cultural aspects of life that contribute to over-eating and/or eating unhealthy foods, and how you view your body. Stigma and shame around body shape and size is not cured by taking this medication. Even if you have a healthy relationship with food, we live in a culture that is fat-phobic and discriminates against people in larger bodies
- eating in a healthy way, hopefully continuing with habits that were formed while on the medication. Eating meals that have high nutrition and fibre, for example, and lower overall portion sizes.
Many people will stop taking tirzepatide or semaglutide at some point, given it is expensive and in short supply. When you do, it is important to understand what will happen and what you can do to help avoid the consequences. Regular reviews with your GP are also important.
Read the other articles in The Conversation’s Ozempic series here.
Natasha Yates, General Practitioner, PhD Candidate, Bond University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Carrot vs Sweet Potato – Which is Healthier?
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Our Verdict
When comparing carrot to sweet potato, we picked the sweet potato.
Why?
Both are great! But there’s a winner in the end:
Looking at the macros first, sweet potato has more protein carbs, and fiber, and is thus the “more food per food” item. If they are both cooked the same, then the glycemic index is comparable, despite the carrot’s carbs having more sucrose and the sweet potato’s carbs having more starch. We’ll call this category a tie.
In terms of vitamins, carrots have more of vitamins B9 and K, while sweet potatoes have more of vitamins B1, B2, B3, B5, B6. B7, C, E, and choline. Both are equally high in vitamin A. Thus, the vitamins category is an overwhelming win for sweet potato.
When it comes to minerals, carrots are not higher in any minerals (unless we count that they are slightly higher in sodium, but that is not generally considered a plus for most people in most places most of the time), while sweet potato is higher in calcium, copper, iron, magnesium, manganese, phosphorus, potassium, selenium, and zinc. Another easy win for sweet potato.
Adding up the sections makes for a clear win for the sweet potato as the more nutritionally dense option, but as ever, enjoy either or both!
Want to learn more?
You might like to read:
What’s Your Plant Diversity Score?
Take care!
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