Inheritance – by Dr. Sharon Moalem
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We know genes make a big difference to a lot about us, but how much? And, the genes we have, we’re stuck with, right?
Dr. Sharon Moalem shines a bright light into some of the often-shadowier nooks and crannies of our genetics, covering such topics as:
- How much can (and can’t) be predicted from our parents’ genes—even when it comes to genetic traits that both parents have, and Gregor Mendel himself would (incorrectly) think obvious
- How even something so seemingly simple and clear as genetic sex, very definitely isn’t
- How traumatic life events can cause epigenetic changes that will scar us for generations to come
- How we can use our genetic information to look after our health much better
- How our life choices can work with, or overcome, the hand we got dealt in terms of genes
The style of the book is conversational, down to how there’s a lot of “I” and “you” in here, and the casual style belies the heavy, sharp, up-to-date science contained within.
Bottom line: if you’d like insight into the weird and wonderful nuances of genetics as found in this real, messy, perfectly chaotic world, this book is an excellent choice.
Click here to check out Inheritance, and learn more about yours!
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Vaccines and cancer: The myth that won’t die
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Two recent studies reported rising cancer rates among younger adults in the U.S. and worldwide. This prompted some online anti-vaccine accounts to link the studies’ findings to COVID-19 vaccines.
But, as with other myths, the data tells a very different story.
What you need to know
- Baseless claims that COVID-19 vaccines cause cancer have persisted online for several years and gained traction in late 2023.
- Two recent reports finding rising cancer rates among younger adults are based on pre-pandemic cancer incidence data. Cancer rates in the U.S. have been on the rise since the 1990s.
- There is no evidence of a link between COVID-19 vaccination and increased cancer risk.
False claims about COVID-19 vaccines began circulating months before the vaccines were available. Chief among these claims was misinformed speculation that vaccine mRNA could alter or integrate into vaccine recipients’ DNA.
It does not. But that didn’t prevent some on social media from spinning that claim into a persistent myth alleging that mRNA vaccines can cause or accelerate cancer growth. Anti-vaccine groups even coined the term “turbo cancer” to describe a fake phenomenon of abnormally aggressive cancers allegedly linked to COVID-19 vaccines.
They used the American Cancer Society’s 2024 cancer projection—based on incidence data through 2020—and a study of global cancer trends between 1999 and 2019 to bolster the false claims. This exposed the dishonesty at the heart of the anti-vaccine messaging, as data that predated the pandemic by decades was carelessly linked to COVID-19 vaccines in viral social media posts.
Some on social media cherry-pick data and use unfounded evidence because the claims that COVID-19 vaccines cause cancer are not true. According to the National Cancer Institute and American Cancer Society, there is no evidence of any link between COVID-19 vaccines and an increase in cancer diagnosis, progression, or remission.
Why does the vaccine cancer myth endure?
At the root of false cancer claims about COVID-19 vaccines is a long history of anti-vaccine figures falsely linking vaccines to cancer. Polio and HPV vaccines have both been the target of disproven cancer myths.
Not only do HPV vaccines not cause cancer, they are one of only two vaccines that prevent cancer.
In the case of polio vaccines, some early batches were contaminated with simian virus 40 (SV40), a virus that is known to cause cancer in some mammals but not humans. The contaminated batches were discovered, and no other vaccine has had SV40 contamination in over 60 years.
Follow-up studies found no increase in cancer rates in people who received the SV40-contaminated polio vaccine. Yet, vaccine opponents have for decades claimed that polio vaccines cause cancer.
Recycling of the SV40 myth
The SV40 myth resurfaced in 2023 when vaccine opponents claimed that COVID-19 vaccines contain the virus. In reality, a small, nonfunctional piece of the SV40 virus is used in the production of some COVID-19 vaccines. This DNA fragment, called the promoter, is commonly used in biomedical research and vaccine development and doesn’t remain in the finished product.
Crucially, the SV40 promoter used to produce COVID-19 vaccines doesn’t contain the part of the virus that enters the cell nucleus and is associated with cancer-causing properties in some animals. The promoter also lacks the ability to survive on its own inside the cell or interact with DNA. In other words, it poses no risk to humans.
Over 5.6 billion people worldwide have received COVID-19 vaccines since December 2020. At that scale, even the tiniest increase in cancer rates in vaccinated populations would equal hundreds of thousands of excess cancer diagnoses and deaths. The evidence for alleged vaccine-linked cancer would be observed in real incidence, treatment, and mortality data, not social media anecdotes or unverifiable reports.
This article first appeared on Public Good News and is republished here under a Creative Commons license.
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Holistic Approach To Resculpting A Face Affected By Hypothyroidism, PCOS, Or Menopause
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Mila Magnani has PCOS and hypothyroidism, but the principles are the same for menopause because both menopause and PCOS are a case of a hormone imbalance resulting in androgenic effects, so there’s a large amount of overlap.
Obviously, a portion of the difference in the thumbnail is a matter of angle and make-up, but as you can see in the video itself, there’s also a lot of genuine change underneath, too:
Stress-free method
Firstly, she bids us get lab tests and work with a knowledgeable doctor to address potential thyroid, hormonal, or nutrient imbalances. Perhaps we already know at least part of what is causing our problems, but even if so, it doesn’t hurt to take steps to rule the others out. Imagine spending ages unsuccessfully battling PCOS or menopause, only to discover it was a thyroid issue, and you were fighting the wrong battle!
Magnani used a natural route to manage her PCOS and hypothyroidism, while acknowledging that medication is fine too; it’s usually cheaper and more convenient—and there’s a lot more standardization for medications than there is for supplements, which makes it a lot easier to navigate, find what works, and keep getting the exact same thing once it does work.
Other things she recommends include:
- Lymphatic drainage: addressing the lymphatic system to reduce puffiness. Techniques include lymphatic drainage massage, stretching, rebounding (trampoline), and dry brushing. She emphasizes that for facial de-puffing, it’s important to treat the whole upper body, not just the face.
- Low-impact exercise: she switched from high-intensity workouts to low-impact exercises like nature walking and gentle stretching to reduce stress and improve health.
- Nervous system regulation: she worked on nervous system regulation by means of journaling, breathwork, and stimulating the vagus nerve, which improved sleep and reduced stress and anxiety. These things, of course, have knock-on benefits for almost every part of health.
- Diet: she adopted a low-glycemic diet, reduced salt intake, and cooked at home to avoid water retention caused by high sodium in restaurant meals.
- Natural diuretics: she uses teas like hibiscus and chamomile to reduce puffiness after consuming high-sodium foods.
- Sauna and sweating: consider a sauna mat or hot baths to detox and reduce swelling; that’s what she uses in lieu of a convenient sauna.
You may be wondering how quickly you can expect results: it took 3–6 months of daily effort to see significant changes, and she now maintains the routine less frequently (every 2–3 days, instead of daily).
For more on all this, enjoy:
Click Here If The Embedded Video Doesn’t Load Automatically!
Want to learn more?
You might also like to read:
- What Does “Balance Your Hormones” Even Mean?
- 7-Minute Face Fitness For Lymphatic Drainage & Youthful Jawline
- Saunas: Health Benefits (& Caveats)
Take care!
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Why We Remember – by Dr. Charan Ranganath
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As we get older, forgetfulness can become more of a spectre; the threat that one day it could be less “where did I put my sunglasses?” and more “who is this person claiming to be my spouse?”.
Dr. Ranganath explores in this work the science of memory, from a position of neurobiology, but also in application. How and why we remember, and how and why we forget, and how and why both are important.
There is a practical element to the book too; we read about things that increase our tendency to remember (and things that increase our tendency to forget), and how we can leverage that information to curate our memory in an active, ongoing basis.
The style of the book is quite casual in tone for such a serious topic, but there’s plenty of hard science too; indeed there are 74 pages of bibliography cited.
Bottom line: while filled with a lot of science, this is also a very human book, and a helpful guide to building and preserving our memory.
Click here to check out “Why We Remember”, and learn how to hold on to what matters the most!
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Age & Aging: What Can (And Can’t) We Do About It?
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How old do you want to be?
We asked you how old you are, and got an interesting spread of answers. This wasn’t too surprising; of course we have a general idea of who our readership is and we write accordingly.
What’s interesting is the gap for “40s”.
And, this wasn’t the case of a broken poll button, it’s something that crops up a lot in health-related sociological research. People who are most interested in taking extra care of their body are often:
- Younger people full of optimism about maintaining this perfectly healthy body forever
- Older people realizing “if I don’t want to suffer avoidable parts of age-related decline, now is the time to address these things”
In between, we often have a gap whereby people no longer have the optimism of youth, but do not yet feel the pressure of older age.
Which is not to say there aren’t 40-somethings who do care! Indeed, we know for a fact we have some subscribers in their 40s (and some in their 90s, too), just, they evidently didn’t vote in this poll.
Anyway, let’s bust some myths…
Aging is inevitable: True or False?
False, probably. That seems like a bold (and fortune-telling) claim, so let’s flip it to deconstruct it more logically:
Aging is, and always will be, unstoppable: True or False?
That has to be “False, probably”. To say “true” now sounds like an even bolder claim. Just like “the moon will always be out of reach”.
- When CPR was first developed, first-aiders were arrested for “interfering with a corpse”.
- Many diseases used to be death sentences that are now “take one of these in the morning”
- If you think this is an appeal to distant history, HIV+ status was a death sentence in the 90s. Now it’s “take one of these in the morning”.
But, this is an appeal to the past, and that’s not always a guarantee of the future. Where does the science stand currently? How is the research and development doing on slowing, halting, reversing aging?
We can slow aging: True or False?
True! There’s a difference between chronological age (i.e., how much time has passed while we’ve been alive) and biological age (i.e., what our diverse markers of aging look like).
Biological age often gets talked about as a simplified number, but it’s more complex than that, as we can age in different ways at different rates, for example:
- Visual markers of aging (e.g. wrinkles, graying hair)
- Performative markers of aging (e.g. mobility tests)
- Internal functional markers of aging (e.g. tests for cognitive decline, eyesight, hearing, etc)
- Cellular markers or aging (e.g. telomere length)
- …and more, but we only have so much room here
There are things we can do to slow most of those, including:
- Good nutrition (e.g. collagen and lutein, to keep specific parts of the body functioning “like those of a younger person” ranging from the joints to the eyes and brain)
- Anti-oxidant activity (e.g. eating anti-oxidant foods, supplementing with anti-oxidants or other things that mitigate oxidative stress, and avoiding foods that hasten oxidative stress which causes many kinds of aging)
- Getting good sleep (not to be underestimated for its restorative importance)
- Taking care of our cognitive health
- Taking care of our mental health (especially: reducing stress)
- Taking care of our mobility (prevention is better than cure!)
In the case of cognitive decline particularly, check out our previous article:
How To Reduce Your Alzheimer’s Risk
It’s too early to worry about… / It’s too late to do anything about… True or False?
False and False!
Many things that affect our health later in life are based on early-life choices and events. So it’s important for young people to take advantage of that. The earlier one adopts a healthy lifestyle, the better, because, and hold onto your hats for the shocker here: aging is cumulative.
However, that doesn’t mean that taking up healthy practices (or dropping unhealthy ones) is pointless later in life, even in one’s 70s and beyond!
Read about this and more from the National Institute of Aging:
What Do We Know About Healthy Aging?
We can halt aging: True or False?
False, for now at least. Our bodies are not statues; they are living organisms, constantly rebuilding themselves, constantly changing, every second of every day, for better or for worse. Every healthy or unhealthy choice you make, every beneficial or adverse experience you encounter, affects your body on a cellular level.
Your body never, ever, stops changing for as long as you live.
But…
We can reverse aging: True or False?
True! Contingently and with limitations, for now at least.
Remember what we said about your body constantly rebuilding itself? That goes for making itself better as well as making itself worse.
- If yesterday you couldn’t touch your toes and today you can, congratulations, you just got younger by a biological marker of aging.
- If you stopped drinking/smoking/eating a certain way last year, and this year your skin has fewer wrinkles, congratulations, you got younger by a biological marker of aging.
- If you’ve been exercising and now your heart rate variability and VO2 max are better than last month, congratulations, you got younger by a biological marker aging.
- If you took supplements that reduce and/or mitigate oxidative stress (e.g. resveratrol, CoQ10, l-theanine, etc), and you took up intermittent fasting, and now your telomeres are longer than they were six months ago, congratulations, you got younger by a biological marker of aging.
But those aren’t really being younger, we’ll still die when our time is up: True or False?
False and True, respectively.
Those kinds of things are really being younger, biologically. What else do you think being biologically younger is?
We may indeed die when our time is up, but (unless we suffer fatal accident or incident first) “when our time is up” is something that is decided mostly by the above factors.
Genetics—the closest thing we have to biological “fate”—accounts for only about 25% of our longevity-related health*.
Genes predispose, but they don’t predetermine.
*Read more: Human longevity: Genetics or Lifestyle? It takes two to tango
(from the Journal of Immunity and Ageing)
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Tips for Avoiding PFAs
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It’s Q&A Day at 10almonds!
Have a question or a request? You can always hit “reply” to any of our emails, or use the feedback widget at the bottom!
In cases where we’ve already covered something, we might link to what we wrote before, but will always be happy to revisit any of our topics again in the future too—there’s always more to say!
As ever: if the question/request can be answered briefly, we’ll do it here in our Q&A Thursday edition. If not, we’ll make a main feature of it shortly afterwards!
So, no question/request too big or small
❝Hi, do you have anything helpful on avoiding PFAs?❞
PFAS, or perfluoroalkyl and polyfluoroalkyl substances, are “forever chemicals” made specifically to avoid degradation of industrial and chemical products. Which is great for providing stain and water resistance, but not so great for our bodies or the environment.
To go into all the harms they cause would take a main feature (maybe we will, one of these days), but suffice it to say, they’re not good, and range from cancer and insulin resistance to hypertension and reduced immune response.
To answer your question in a nutshell, avoiding them completely would be almost impossible, but we can reduce our exposure a lot by avoiding single-use food/drink products that have been waterproofed, e.g. paper/bamboo straws, utensils, cups, dishes, take-out containers, etc.
Also, anything advertised as “stain-resistant” that you suspect should be quite stainable by nature, is probably good to avoid too.
For more detailed information than we have room for here today, here’s a helpful overview:
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The Neuroscience of You – by Dr. Chantel Prat
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The insides of people are rarely so standardized as one finds in a medical textbook, and that’s just as true of the brain as it is of any other organ—and often more so.
Our brains all look quite different from each other’s. Of course there are similarities; a wobbly mass of white and grey matter with tiny blood vessels running through. The constituent parts are (usually!) all present and correct. But… what is “correct”?
Dr. Chantel Prat takes us on a tour of the anatomical features that we may have grown or shrunken over the course of our life, according to how we’ve used them, or not. She also looks at what’s going on when it comes to the smaller scale—from the neuronal to the neurochemical.
We learn the truth (and myth) when it comes to left- and right-brainedness, and we learn how whether we saw that dress as black and blue or white and gold, depends on our circadian rhythm (and thus whether we have wired ourselves for perceiving colors more or less often under daylight or artificial light). And lots more.
The style throughout is very accessible, for a book that goes beyond most “how the brain works” books.
Bottom line: if you’re interested in the workings of your brain (as opposed to: a standardized Platonic ideal of what a brain might be), then this book will set you on the right track.
Click here to check out The Neuroscience of You, and learn more about what makes you you!
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