Screaming at Screens?
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I Screen, You Screen, We All Screen For…?
Dr. Kathryn Birkenbach is a postdoctoral research fellow in the Department of Neuroscience at Columbia University, and Manager of Research at Early Medical in New York.
Kathryn has things to tell us about kids’ neurological development, and screen time spent with electronic devices including phones, tablets, computers, and TVs.
From the 1960s criticism of “the gogglebox” to the modern-day critiques of “iPad babies” as a watchword of parental neglect, there’s plenty people can say against screen time, but Dr. Birkenbach tells us the that the reality is more nuanced:
Context Is Key
On a positive note”: consistent exposure to age-appropriate educational material results in quicker language acquisition than media that’s purely for entertainment purposes, or not age-appropriate.
Contrary to popular belief, children do not in fact learn by osmosis!
Interaction Is Far More Valuable Than Inaction
Kathryn advises that while adults tend to quite easily grasp things from instructional videos, the same does not go for small children.
This means that a lot of educational programming can be beneficial to small children if and only if there is an adult with them to help translate the visual into the practical!
There’s a story that does the rounds on the Internet: a young boy wanted to train his puppy, but didn’t know how. He asked, and was told “search for puppy training on YouTube”. His parents came back later and found him with his iPad, earnestly showing the training videos to the puppy.
We can laugh at the child’s naïvety, knowing that’s not how it works and the puppy will not learn that way, so why make the same mistake in turn?
❝The phenomenon known as the “video deficit effect” can be overcome, when an on-screen guide interacts with the child or a parent is physically present and draws the child’s attention to relevant information.
In other words, interaction with others appears to enhance the perceived salience of on-screen information, unlocking a child’s ability to learn from a medium which would otherwise offer no real-world benefit.❞
Screens Can Supplement, But Can’t Replace, Live Learning & Play
Sci-fi may show us “education pods” in which children learn all they need to from their screen… but according to our most up-to-date science, Dr. Birkenbach says, that simply would not work at all.
Screen time without adult interactions will typically fail to provide small children any benefit.
There is one thing it’s good at, though… attracting and keeping attention.
Thus, even a mere background presence of a TV show in the room will tend to actively reduce the time a small child spends on other activities, including live learning and exploratory play.
The attention-grabbing abilities of TV shows don’t stop at children, though! Adult caregivers will also tend to engage in fewer interactions with their children… and the interactions will be shorter and of lower quality.
In Summary:
- Young children will tend not to learn from non-interactive screen time
- Interactive screen time, ideally with a caregiver, can be educational
- Interactive screen time, not with a carer, can be beneficial (but a weak substitute)
- Interactive screen time refers to shows such as Dora The Explorer, where Dora directly addresses the viewer and asks questions…But it’s reliant on the child caring to answer!
- It can also mean interactive educational apps, provided the child does consciously interact!
- Randomly pressing things is not conscious interaction! The key here is engaging with it intelligently and thoughtfully
- A screen will take a child’s time and attention away from non-screen things: that’s a genuine measurable loss to their development!
Absolute Bottom Line:
Screens can be of benefit to small children, if and only if the material is:
- Age-Appropriate
- Educational
- Interactive
If it’s missing one of those three, it’ll be of little to no benefit, and can even harm, as it reduces the time spent on more beneficial activities.
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One Cause; Countless Aches
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What Is The Cause?
Zac Cupples’ video (below) makes an appealing claim: 90% of movement issues and discomforts we experience daily come from one source: reduced joint space due to increased muscle tension.
For Cupples, this could be causing anything from knee pain to foot pain to ankle pain to hip pain to generalized joint pain to…pretty much any sort of pain.
So, why do we describe this as “appealing”?
Well, if there’s just one cause, that means there is only one thing to fix
Can This Be True?
Whilst we normally stray away from oversimplifications, we found Cupples’ example quite powerful.
Cupples defends his thesis by illustrating it with a simple wrist movement experiment: try moving your wrist in a circle with your palm open, and then do the same with your fist clenched.
Did you notice a difference?
When you clench your fist, movement (normally) becomes restricted and uncomfortable, illustrating how increased tension limits joint space.
It’s a powerful analogy for understanding our body’s mechanics.
So How Do We Fix It?
To combat issues with reduced joint space, Cupples proposes a three-step solution: reducing muscle tension, increasing range of motion in commonly limited areas, and enhancing movement efficiency. He delves into strategies for achieving these, including adopting certain positions and breathing techniques.
There are also some elements of strategic muscle engagement, but we’ll leave that to him to describe:
How was the video? If you’ve discovered any great videos yourself that you’d like to share with fellow 10almonds readers, then please do email them to us!
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Syphilis Is Killing Babies. The U.S. Government Is Failing to Stop the Disease From Spreading.
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ProPublica is a Pulitzer Prize-winning investigative newsroom. Sign up for The Big Story newsletter to receive stories like this one in your inbox.
Karmin Strohfus, the lead nurse at a South Dakota jail, punched numbers into a phone like lives depended on it. She had in her care a pregnant woman with syphilis, a highly contagious, potentially fatal infection that can pass into the womb. A treatment could cure the woman and protect her fetus, but she couldn’t find it in stock at any pharmacy she called — not in Hughes County, not even anywhere within an hour’s drive.
Most people held at the jail where Strohfus works are released within a few days. “What happens if she gets out before I’m able to treat her?” she worried. Exasperated, Strohfus reached out to the state health department, which came through with one dose. The treatment required three. Officials told Strohfus to contact the federal Centers for Disease Control and Prevention for help, she said. The risks of harm to a developing baby from syphilis are so high that experts urge not to delay treatment, even by a day.
Nearly three weeks passed from when Strohfus started calling pharmacies to when she had the full treatment in hand, she said, and it barely arrived in time. The woman was released just days after she got her last shot.
Last June, Pfizer, the lone U.S. manufacturer of the injections, notified the Food and Drug Administration of an “impending stock out” that it anticipated would last a year. The company blamed “an increase in syphilis infection rates as well as competitive shortages.”
Across the country, physicians, clinic staff and public health experts say that the shortage is preventing them from reining in a surge of syphilis and that the federal government is downplaying the crisis. State and local public health authorities, which by law are responsible for controlling the spread of infectious diseases, report delays getting medicine to pregnant people with syphilis. This emergency was predictable: There have been shortages of this drug in eight of the last 20 years.
Yet federal health authorities have not prevented the drug shortages in the past and aren’t doing much to prevent them in the future.
Syphilis, which is typically spread during sex, can be devastating if it goes untreated in pregnancy: About 40% of babies born to women with untreated syphilis can be stillborn or die as newborns, according to the CDC. Infants that survive can suffer from deformed bones, excruciating pain or brain damage, and some struggle to hear, see or breathe. Since this is entirely preventable, a baby born with syphilis is a shameful sign of a failing public health system.
In 2022, the most recent year for which the CDC has data available, more than 3,700 babies were infected with syphilis, including nearly 300 who were stillborn or died as infants. More than 50% of these cases occurred because, even though the pregnant parent was diagnosed with syphilis, they were never properly treated.
That year, there were 200,000 cases identified in the U.S., a 79% increase from five years before. Infection rates among pregnant people and babies increased by more than 250% in that time; South Dakota, where Strohfus works, had the highest rates — including a more than 400% increase among pregnant women. Statewide, the rate of babies born with the disease, a condition known as congenital syphilis, jumped more than 40-fold in just five years.
And that was before the current shortage of shots.
In Mississippi, the state with the second highest rate of syphilis in pregnant women, Dr. Caroline Weinberg started having trouble this summer finding treatments for her clinic’s patients, most of whom are uninsured, live in poverty or lack transportation. She began spending hours each month scouring medicine suppliers’ websites for available doses of the shots, a form of penicillin sold under the brand name Bicillin L-A.
“The way people do it for Taylor Swift, that’s how I’ve been with the Bicillin shortage,” Weinberg said. “Desperately checking the websites to see what I can snag.”
The shortage is driving up infection rates even further.
In a November survey by the National Coalition of STD Directors, 68% of health departments that responded said the drug shortage will cause syphilis rates in their area to increase, further crushing the nation’s most disadvantaged populations.
“This is the most basic medicine,” said Meghan O’Connell, chief public health officer for the Great Plains Tribal Leaders’ Health Board, which represents 18 tribal communities in South Dakota and three other states. “We allow ourselves to continue to not have enough, and it impacts so many people.”
ProPublica examined what the federal government has done to manage the crisis and the ways in which experts say it has fallen short.
The government could pressure Pfizer to be more transparent.
Twenty years ago, there were at least three manufacturers of the syphilis shot. Then Pfizer, one of the manufacturers, purchased the other two companies and became the lone U.S. supplier.
Pfizer’s supply has fallen short since then. In 2016, the company announced a shortage due to a manufacturing issue; it lasted two years. Even during times when Pfizer had not notified the FDA of an official shortage, clinics across the country told ProPublica, the shots were often hard to get.
Several health officials said they would like to see the government use its power as the largest purchaser of the drug to put pressure on Pfizer to produce adequate supplies and to be more transparent about how much of the drug they have on hand, when it will be widely available and how stable the supply will be going forward.
In response to questions, Pfizer said there are two reasons its supply is falling short. One, the company said, was a surge in use of the pediatric form of the drug after a shortage of a different antibiotic last winter. Pfizer also blamed a 70% increase in demand for the adult shots since last February, which it described as unexpected.
Public health experts say the increase in cases and subsequent rise in demand was easy to see coming. Officials have been raising the alarm about skyrocketing syphilis cases for years. “If Pfizer was truly caught completely off guard, it raises significant questions about the competency of the company to forecast obvious infectious disease trends,” a coalition of organizations wrote to the White House Drug Shortage Task Force in September.
Pfizer said it is consistently communicating with the CDC and FDA about its supply and that it has been transparent with public health groups and policymakers.
The FDA has a group dedicated to addressing drug shortages. But Valerie Jensen, associate director of that staff, said the FDA can’t force manufacturers to make more of a drug. “It is up to manufacturers to decide how to respond to that increased demand.” she said. “What we’re here to do is help with those plans.”
Pfizer said it had a target of increasing production by about 20% in 2023 but faced delays toward the end of the year. The company did not explain the reason for those delays.
The company said it has invested $38 million in the last five years in the Michigan facility where it makes the shots and that it is increasing production capacity. It also said it is adding evening shifts at the facility and actively recruiting and training new workers. Pfizer said it also reduced manufacturing time from 110 to 50 days. By the end of June, the company expects the supply to recover, which it described as having eight weeks of inventory based on its forecast demands with no disruptions in sight.
The government could manufacture the drug itself.
Having only one supplier for a drug, especially one of public health importance, makes the country vulnerable to shortages. With just one manufacturer, any disruption — contamination at a plant, a shortage of raw materials, a severe weather event or a flawed prediction of demand — can put lives at risk. What’s ultimately needed, public health experts say, is another manufacturer.
Congressional Democrats recently introduced a bill that would authorize the U.S. Department of Health and Human Services to manufacture generic drugs in exactly this scenario, when there are few manufacturers and regular shortages. Called the Affordable Drug Manufacturing Act, it would also establish an office of drug manufacturing.
This same bill was introduced in 2018, but it didn’t have bipartisan support and was never taken up for a vote. Sen. Elizabeth Warren, the Massachusetts Democrat who introduced the bill in the Senate, said she’s hopeful this time will be different. Lawmakers from both parties understand the risks created by drug shortages, and COVID-19 helped everyone understand the role the government can play to boost manufacturing.
Still, it’s unlikely to be passed with the current gridlock in Congress.
The government could reserve syphilis drugs for infected patients.
Responding to the shortage of shots to treat the disease, the CDC in July asked health care providers nationwide to preserve the scarce remaining doses for people who are pregnant. The shots are considered the gold standard treatment for anyone with syphilis, faster and with fewer side effects than an alternative pill regimen. And for people who are pregnant, the pills are not an option; the shots are the only safe treatment.
Despite that call, the military is giving shots to new recruits who don’t have syphilis, to prevent outbreaks of severe bacterial respiratory infections. The Army has long administered this treatment at boot camps held at Fort Leonard Wood, Fort Moore and Fort Sill. The Army has been unable to obtain the shots several times in the past few years, according to the U.S. Army Center for Initial Military Training. But the Defense Health Agency’s pharmacy operations center has been working with Pfizer to ensure military sites can get them, a spokesperson for the Defense Health Agency said.
“Until we think about public health the way we think about our military, we’re not going to see a difference,” said Dr. John Vanchiere, chief of pediatric infectious diseases at Louisiana State University Health Shreveport.
Some public health officials, including Alaska’s chief medical officer, Dr. Anne Zink, questioned whether the military should be using scarce shots for prevention.
“We should ask if that’s the best use,” she said.
Using antibiotics to prevent streptococcal outbreaks is a well-established, evidence-based public health practice that’s also used by other branches of the armed services, said Lt. Col. Randy Ready, a public affairs officer with the Army’s Initial Military Training center. “The Army continues to work with the CDC and the entire medical community in regards to public health while also taking into account the unique missions and training environments our Soldiers face,” including basic training, Ready said in a written statement.
The government isn’t stockpiling syphilis drugs.
In rare instances, the federal government has created stockpiles of drugs considered key to public health. In 2018, confronting shortages of various drugs to treat tuberculosis, the CDC created a small stockpile of them. And the federal Administration for Strategic Preparedness and Response keeps a national stockpile of supplies necessary for public health emergencies, including vaccines, medical supplies and antidotes needed in case of a chemical warfare attack.
In November, the Biden administration announced it was creating a new syphilis task force. When asked why the federal government doesn’t stockpile syphilis treatments, Adm. Rachel Levine, the HHS official who leads the task force, said officials don’t routinely stockpile drugs, because they have expiration dates.
In a written statement, an HHS spokesperson said that Bicillin has a shelf life of two years and that the Strategic National Stockpile “does not deploy products that are commercially available.” In general, the spokesperson wrote, stockpiles are most effective before a national shortage begins and can’t overcome the problems of limited suppliers or fragile supply chains. “There is also a risk that stockpiles can exacerbate shortages, particularly when supply is already low, by removing drugs from circulation that would have otherwise been available,” the spokesperson wrote.
Stephanie Pang, a senior director with the coalition of STD directors, said that given the critical role of this drug and the severe access concerns, she thinks a stockpile is necessary. “I don’t have another solution that actually gets drugs to patients,” Pang said.
The government could declare a federal emergency.
Some public health officials say the federal government needs to treat the syphilis crisis the way it did Ebola or monkeypox.
Declare a federal emergency, said Dr. Michael Dube, an infectious disease specialist for more than 30 years. That would free up money for more public health staff and fund more creative approaches that could lead to a long-term solution to the near-constant shortages, he said. “I’d hate to have to wait for some horrible anecdotes to get out there in order to get the public’s and the policymakers’ minds on it,” said Dube, who oversees medical care for AIDS Healthcare Foundation wellness clinics across the country.
Citing an alarming surge in syphilis cases, the Great Plains Tribes wrote to the HHS secretary last week asking that the agency declare a public health emergency in their areas. In the request, they asked HHS to work globally to find adequate syphilis treatment and send the needed medicine to the Great Plains region.
During the 2014 outbreak of Ebola in West Africa, Congress gave hundreds of millions of dollars to HHS to help develop new rapid tests and vaccines. Facing a global outbreak of monkeypox in 2022, a White House task force deployed more than a million vaccines, regularly briefed the public and sent extra resources to Pride parades and other places where people at risk were gathered.
Levine, leader of the federal syphilis task force, countered that declaring an emergency wouldn’t make much of a difference. The government, she said, already has a “dramatic and coordinated response” involving several agencies.
The FDA recently approved an emergency import of a similar syphilis treatment made by a French manufacturer that had plenty on hand. According to the company, Provepharm, the imported shots are enough to cover approximately one or two months of typical use by all people in the U.S. (The FDA would not say how many doses Provepharm sent, and the company said it was not allowed to reveal that number under the federal rules governing such emergency imports.)
Clinics applaud that development. But many of them can’t afford the imported shots.
The government could do more to rein in the cost.
Clinics and hospitals that primarily serve low-income patients often qualify for a federal program that allows them to purchase drugs at steeply discounted prices. Pharmaceutical companies that want Medicaid to cover their outpatient drugs must participate in the program.
One factor in determining the discount price is whether a pharmaceutical company has raised the price of a drug by more than the rate of inflation. Because Pfizer has hiked the price of its Bicillin shots significantly over the years, the government requires that it be sold to qualifying clinics for just pennies a dose. Otherwise, a single Pfizer shot can retail for upwards of $500. The French shots are comparable in retail price and not eligible for the discount program.
Several clinic directors also said they worried that drug distributors were reserving the limited supply of the Pfizer shot for organizations that could pay full price. For several days in January, for example, the website of Henry Schein, a medical supplier, showed doses of the shot available at full price, while doses at the penny pricing were out of stock, according to screenshots shared with ProPublica. When asked whether it was only selling shots at full price, a spokesperson for Henry Schein did not respond to the question.
Local health departments that qualify for the discount program told ProPublica they’ve had to pay full price at other distributors, because it was the only stock available.
The Health Resources and Services Administration, the federal agency that regulates the discount program, said that a drug manufacturer is ultimately responsible for ensuring that when supplies are available, they are available at the discounted price. When asked about this, Pfizer said that it has “one inventory that is distributed to our trade partners” and that hospitals and clinics that qualify for the discount program are “responsible for ensuring compliance with the program and orders through the wholesaler accordingly.” The company added, “Pfizer plays no part in this process.”
In October, on Weinberg’s regular search for shots for her Mississippi clinic, she found doses of Bicillin for sale at the discounted price and purchased 40. “The idea that we’re supposed to be hoarding treatment is a horrific compact,” she said. Word got out that the clinic, called Plan A, has some shots, and other clinics began sending pregnant patients there.
The clinic’s supply is dwindling. Weinberg is happy to get the shots to patients who need them. But she’s not sure how much longer her reserve will last — or if she’ll be able to find more when they’re gone.
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The Exercises That Can Fix Sinus Problems (And More)
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Who nose what benefits you will gain today?
This is James Nestor, a science journalist and author. He’s written for many publications, including Scientific American, and written a number of books, most notably Breath: The New Science Of A Lost Art.
Today we’ll be looking at what he has to share about what has gone wrong with our breathing, what problems this causes, and how to fix it.
What has gone wrong?
When it comes to breathing, we humans are the pugs of the primate world. In a way, we have the opposite problem to the squashed-faced dogs, though. But, how and why?
When our ancestors learned first tenderize food, and later to cook it, this had two big effects:
- We could now get much more nutrition for much less hunting/gathering
- We now did not need to chew our food nearly so much
Getting much more nutrition for much less hunting/gathering is what allowed us to grow our brains so large—as a species, we have a singularly large brain-to-body size ratio.
Not needing to chew our food nearly so much, meanwhile, had even more effects… And these effects have become only more pronounced in recent decades with the rise of processed food making our food softer and softer.
It changed the shape of our jaw and cheekbones, just as the size of our brains taking up more space in our skull moved our breathing apparatus around. As a result, our nasal cavities are anatomically ridiculous, our sinuses are a crime against nature (not least of all because they drain backwards and get easily clogged), and our windpipes are very easily blocked and damaged due to the unique placement of our larynx; we’re the only species that has it there. It allowed us to develop speech, but at the cost of choking much more easily.
What problems does this cause?
Our (normal, to us) species-wide breathing problems have resulted in behavioral adaptations such as partial (or in some people’s cases, total or near-total) mouth-breathing. This in turn exacerbates the problems with our jaws and cheekbones, which in turn exacerbates the problems with our sinuses and nasal cavities in general.
Results include such very human-centric conditions as sleep apnea, as well as a tendency towards asthma, allergies, and autoimmune diseases. Improper breathing also brings about a rather sluggish metabolism for how many calories we consume.
How are we supposed to fix all that?!
First, close your mouth if you haven’t already, and breathe through your nose.
In and out.
Both are important, and unless you are engaging in peak exercise, both should be through your nose. If you’re not used to this, it may feel odd at first, but practice, and build up your breathing ability.
Six seconds in and six seconds out is a very good pace.
If you’re sitting doing a breathing exercise, also good is four seconds in, four seconds hold, four seconds out, four seconds hold, repeat.
But those frequent holds aren’t practical in general life, so: six seconds in, six seconds out.
Through your nose only.
This has benefits immediately, but there are other more long-term benefits from doing not just that, but also what has been called (by Nestor, amongst many others), “Mewing”, per the orthodontist, Dr. John Mew, who pioneered it.
How (and why) to “mew”:
Place your tongue against the roof of your mouth. It should be flat against the palate; you’re not touching it with the tip here; you’re creating a flat seal.
Note: if you were mouth-breathing, you will now be unable to breathe. So, important to make sure you can breathe adequately through your nose first.
This does two things:
- It obliges nose-breathing rather than mouth-breathing
- It creates a change in how the muscles of your face interact with the bones of your face
In a battle between muscle and bone, muscle will always win.
Aim to keep your tongue there as much as possible; make it your new best habit. If you’re not eating, talking, or otherwise using your tongue to do something, it should be flat against the roof of your mouth.
You don’t have to exert pressure; this isn’t an exercise regime. Think of it more as a postural exercise, just, inside your mouth.
Quick note: read the above line again, because it’s important. Doing it too hard could cause the opposite problems, and you don’t want that. You cannot rush this by doing it harder; it takes time and gentleness.
Why would we want to do that?
The result, over time, will tend to be much healthier breathing, better sinus health, freer airways, reduced or eliminated sleep apnea, and, as a bonus, what is generally considered a more attractive face in terms of bone structure. We’re talking more defined cheekbones, straighter teeth, and a better mouth position.
Want to learn more?
This is the “Mewing” technique that Nestor encourages us to try:
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The 6 Dimensions Of Sleep (And Why They Matter)
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How Good Is Your Sleep, Really?
This is Dr. Marie-Pierre St-Onge, Director of Columbia University’s Center of Excellence for Sleep and Circadian Research.
The focus of Dr. St-Onge’s research is the study of the impact of lifestyle, especially sleep and diet, on cardio-metabolic risk factors.
She conducts clinical research combining her expertise on sleep, nutrition, and energy regulation.
What kind of things do her studies look at?
Her work focuses on questions about…
- The role of circadian rhythms (including sleep duration and timing)
- Meal timing and eating patterns
…and their impact on cardio-metabolic risk.
What does she want us to know?
First things first, when not to worry:
❝Getting a bad night’s sleep once in a while isn’t anything to worry about. That’s what we would describe as transient insomnia. Chronic insomnia occurs when you spend three months or more without regular sleep, and that is when I would start to be concerned.❞
But… as prevention is (as ever) better than cure, she also advises that we do pay attention to our sleep! And, as for how to do that…
The Six Dimensions of Sleep
One useful definition of overall sleep health is the RU-Sated framework, which assesses six key dimensions of sleep that have been consistently associated with better health outcomes. These are:
- regularity
- satisfaction with sleep
- alertness during waking hours
- timing of sleep
- efficiency of sleep
- duration of sleep
You’ll notice that some of these things you can only really know if you use a sleep-monitoring app. She does recommend the use of those, and so do we!
We reviewed and compared some of the most popular sleep-monitoring apps! You can check them out here: Time For Some Pillow Talk
You also might like…
We’re not all the same with regard to when is the best time for us to sleep, so:
Use This Sleep Cycle Calculator To Figure Out the Optimal Time for You To Go to Bed and Wake Up
AROUND THE WEB
What’s happening in the health world…
- Aspirin may make your breathing worse
- Taking naps for more than 30 minutes may raise your metabolic disease risk
- How to ease back into exercise after surgery
- Study provides evidence that breathing exercises may reduce your Alzheimer’s risk
- No one in movies knows how to swallow a pill
More to come tomorrow!
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Demystifying Cholesterol
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All About Cholesterol
When it comes to cholesterol, the most common lay understanding (especially under a certain age) is “it’s bad”.
A more informed view (and more common after a certain age) is “LDL cholesterol is bad; HDL cholesterol is good”.
A more nuanced view is “LDL cholesterol is established as significantly associated with (and almost certainly a causal factor of) atherosclerotic cardiovascular disease and related mortality in men; in women it is less strongly associated and may or may not be a causal factor”
You can read more about that here:
Statins: His & Hers? ← we highly recommend reading this, especially if you are a woman and/or considering/taking statins. To be clear, we’re not saying “don’t take statins!”, because they might be the right medical choice for you and we’re not your doctors. But we are saying: here’s something to at least know about and consider.
Beyond HDL & LDL
There is also VLDL cholesterol, which as you might have guessed, stands for “very low-density lipoprotein”. It has a high, unhealthy triglyceride content, and it increases atherosclerotic plaque. In other words, it hardens your arteries more quickly.
The term “hardening the arteries” is an insufficient descriptor of what’s happening though, because while yes it is hardening the arteries, it’s also narrowing them. Because minerals and detritus passing through in the blood (the latter sounds bad, but there is supposed to be detritus passing through in the blood; it’s got to get out of the body somehow, and it’s off to get filtered and excreted) get stuck in the cholesterol (which itself is a waxy substance, by the way) and before you know it, those minerals and other things have become a solid part of the interior of your artery wall, like a little plastering team came and slapped plaster on the inside of the walls, then when it hardened, slapped more plaster on, and so on. Macrophages (normally the body’s best interior clean-up team) can’t eat things much bigger than themselves, so that means they can’t tackle the build-up of plaque.
Impact on the heart
Narrower less flexible arteries means very poor circulation, which means that organs can start having problems, which obviously includes your heart itself as it is not only having to do a harder job to keep the blood circulating through the narrower blood vessels, but also, it is not immune to also being starved of oxygen and nutrients along with the rest of the body when the circulation isn’t good enough. It’s a catch 22.
What if LDL is low and someone is getting heart disease anyway?
That’s often a case of apolipoprotein B, and unlike lipoprotein A, which is bound to LDL so usually* isn’t a problem if LDL is in “safe” ranges, Apo-B can more often cause problems even when LDL is low. Neither of these are tested for in most standard cholesterol tests by the way, so you might have to ask for them.
*Some people, around 1 in 20 people, have hereditary extra risk factors for this.
What to do about it?
Well, get those lipids tests! Including asking for the LpA and Apo-B tests, especially if you have a history of heart disease in your family, or otherwise know you have a genetic risk factor.
With or without extra genetic risks, it’s good to get lipids tests done annually from 40 onwards (earlier, if you have extra risk factors).
See also: Understanding your cholesterol numbers
Wondering whether you have an increased genetic risk or not?
Genetic Testing: Health Benefits & Methods ← we think this is worth doing; it’s a “one-off test tells many useful things”. Usually done from a saliva sample, but some companies arrange a blood draw instead. Cost is usually quite affordable; do shop around, though.
Additionally, talk to your pharmacist to check whether any of your meds have contraindications or interactions you should be aware of in this regard. Pharmacists usually know contraindications/interactions stuff better than doctors, and/but unlike doctors, they don’t have social pressure on them to know everything, which means that if they’re not sure, instead of just guessing and reassuring you in a confident voice, they’ll actually check.
Lastly, shocking nobody, all the usual lifestyle medicine advice applies here, especially get plenty of moderate exercise and eat a good diet, preferably mostly if not entirely plant-based, and go easy on the saturated fat.
Note: while a vegan diet contains zero dietary cholesterol (because plants don’t make it), vegans can still get unhealthy blood lipid levels, because we are animals and—like most animals—our body is perfectly capable of making its own cholesterol (indeed, we do need some cholesterol to function), and it can make its own in the wrong balance, if for example we go too heavy on certain kinds of (yes, even some plant-based) saturated fat.
Read more: Can Saturated Fats Be Healthy? ← see for example how palm oil and coconut oil are both plant-based, and both high in saturated fat, but palm oil’s is heart-unhealthy on balance, while coconut oil’s is heart-healthy on balance (in moderation).
Want to know more about your personal risk?
Try the American College of Cardiology’s ASCVD risk estimator (it’s free)
Take care!
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Creatine: Very Different For Young & Old People
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What’s the Deal with Creatine?
Creatine is best-known for its use as a sports supplement. It has a few other uses too, usually in the case of helping to treat (or recover from) specific medical conditions.
What actually is it?
Creatine is an organic compound formed from amino acids (mostly l-arginine and lysine, can be l-methionine, but that’s not too important for our purposes here).
We can take it as a supplement, we can get it in our diet (unless we’re vegan, because plants don’t make it; vertebrates do), and we can synthesize it in our own bodies.
What does it do?
While creatine supplements mostly take the form of creatine monohydrate, in the body it’s mostly stored in our muscle tissue as phosphocreatine, and it helps cells produce adenosine triphosphate, (ATP).
ATP is how energy is kept ready to use by cells, and is cells’ immediate go-to when they need to do something. For this reason, it’s highly instrumental in cell repair and rebuilding—which is why it’s used so much by athletes, especially bodybuilders or other athletes that have a vested interest in gaining muscle mass and enjoying faster recovery times.
See: Creatine use among young athletes
However! For reasons as yet not fully known, it doesn’t seem to have the same beneficial effect after a certain age:
What about the uses outside of sport?
Almost all studies outside of athletic performance have been on animals, despite it being suggested as potentially helpful for many things, including:
- Alzheimer’s disease
- Parkinson’s disease
- Huntington’s disease
- ischemic stroke
- epilepsy
- brain or spinal cord injuries
- motor neuron disease
- memory and brain function in older adults
However, research that’s been done on humans has been scant, if promising:
- A review of creatine supplementation in age-related diseases: more than a supplement for athletes
- Creatine supplementation and cognitive performance in elderly individuals
In short: creatine may reduce symptoms and slow the progression of some neurological diseases, although more research in humans is needed, and words such as “promising”, “potential”, etc are doing a lot of the heavy lifting in those papers we just cited.
Is it safe?
It seems so: Creatine supplementation and health variables: a retrospective study
Nor does it appear to create the sometimes-rumored kidney problems, cramps, or dehydration:
Where can I get it?
You can get it from pretty much any sports nutrition outlet, or you can order online. For example:
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