Measles cases are rising—here’s how to protect your family
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The U.S. is currently experiencing a spike in measles cases across several states. Measles a highly contagious and potentially life-threatening disease caused by a virus. The measles-mumps-rubella (MMR) vaccine prevents measles; unvaccinated people put themselves and everyone around them at risk, including babies who are too young to receive the vaccine.
Read on to learn more about measles: what it is, how to stay protected, and what to do if a measles outbreak happens near you.
What are the symptoms of measles?
Measles symptoms typically begin 10 to 14 days after exposure. The disease starts with a fever followed by a cough, runny nose, and red eyes and then produces a rash of tiny red spots on the face and body. Measles can affect anyone, but is most serious for children under 5, immunocompromised people, and pregnant people, who may give birth prematurely or whose babies may have low birth weight as a result of a measles infection.
Measles isn’t just a rash—the disease can cause serious health problems and even death. About one in five unvaccinated people in the U.S. who get measles will be hospitalized and could suffer from pneumonia, dehydration, or brain swelling.
If you get measles, it can also damage your immune system, making you more vulnerable to other diseases.
How do you catch measles?
Measles spreads through the air when an infected person coughs or sneezes. It’s so contagious that unvaccinated people have a 90 percent chance of becoming infected if exposed.
An infected person can spread measles to others before they have symptoms.
Why are measles outbreaks happening now?
The pandemic caused many children to miss out on routine vaccinations, including the MMR vaccine. Delayed vaccination schedules coincided with declining confidence in vaccine safety and growing resistance to vaccine requirements.
Skepticism about the safety and effectiveness of COVID-19 vaccines has resulted in some people questioning or opposing the MMR vaccine and other routine immunizations.
How do I protect myself and my family from measles?
Getting an MMR vaccine is the best way to prevent getting sick with measles or spreading it to others. The CDC recommends that children receive the MMR vaccine at 12 to 15 months and again at 4 to 6 years, before starting kindergarten.
One dose of the MMR vaccine provides 93 percent protection and two doses provide 97 percent protection against all strains of measles. Because some children are too young to be immunized, it’s important that those around them are vaccinated to protect them.
Is the MMR vaccine safe?
The MMR vaccine has been rigorously tested and monitored over 50 years and determined to be safe. Adverse reactions to the vaccine are extremely rare.
Receiving the MMR vaccine is much safer than contracting measles.
What do I do if there’s a measles outbreak in my community?
Anyone who is not fully vaccinated for measles should be immunized with a measles vaccine as soon as possible. Measles vaccines given within 72 hours after exposure may prevent or reduce the severity of disease.
Children as young as 6 months old can receive the MMR vaccine if they are at risk during an outbreak. If your child isn’t fully vaccinated with two doses of the MMR vaccine—or three doses, if your child received the first dose before their first birthday—talk to your pediatrician.
Unvaccinated people who have been exposed to the virus should stay home from work, school, day care, and other activities for 21 days to avoid spreading the disease.
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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Green Paneer Flatbreads
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These are versatile little snacks that can be eaten alone or served as part of a buffet; great for warm summer nights!
You will need
- 1 lb block of paneer (you can also use our plant-based high-protein paneer recipe)
- 7 oz unsweetened yogurt (your choice what kind; plant-based is fine; live cultured is best)
- 1 tomato, thinly sliced
- ½ red onion, thinly sliced
- 2 oz spinach leaves
- 1 tbsp lime juice
- 1 tsp red chili powder
- 4 wholewheat flatbreads
And then the marinade:
- 3 oz spinach
- ½ bulb garlic
- 1 tsp cumin seeds
- 1 tsp coriander seeds
- 1 tsp chili flakes
- ½ tsp MSG or 1 tsp low-sodium salt (MSG being the preferable and healthier option)
- 2 tbsp extra virgin olive oil
- Juice of ½ lime
Method
(we suggest you read everything at least once before doing anything)
1) Blend the marinade ingredients in a blender.
2) Cut the paneer into long cuboid chapes (similar to fish fingers) and put them in a bowl. Pour ⅔ of the marinade over them, and gently mix to coat evenly.
3) Heat a ridged griddle pan, and when hot, add the paneer and cook for 1–2 minutes each side without stirring, jiggling, or doing anything other than turning once per uncooked side.
4) Combine the onion, tomato, spinach leaves, lime choice, and chili powder to make the salad.
5) Add the remaining marinade to the yogurt to make a green dip.
6) Toast your flatbreads under the grill.
5) Assemble, putting the paneer and salad with a spoonful of the dip on the flatbread, and serve:
Enjoy!
Want to learn more?
For those interested in some of the science of what we have going on today:
- High-Protein Plant-Based Paneer
- Why You’re Probably Not Getting Enough Fiber (And How To Fix It)
- Our Top 5 Spices: How Much Is Enough For Benefits?
- Monosodium Glutamate: Sinless Flavor-Enhancer Or Terrible Health Risk?
Take care!
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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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The Menopause Brain – by Dr. Lisa Mosconi
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With her PhD in neuroscience and nuclear medicine (a branch of radiology, used for certain types of brain scans, amongst other purposes), whereas many authors will mention “brain fog” as a symptom of menopause, Dr. Mosconi can (and will) point to a shadowy patch on a brain scan and say “that’s the brain fog, there”.
And so on for many other symptoms of menopause that are commonly dismissed as “all in your head”, notwithstanding that “in your head” is the worst place for a problem to be. You keep almost your entire self in there!
Dr. Mosconi covers how hormones influence not just our moods in a superficial way, but also change the structure of our brain over time.
Importantly, she also gives an outline of how to stay on the ball; what things to watch out for when your doctor probably won’t, and what things to ask for when your doctor probably won’t suggest them.
Bottom line: if menopause is a thing in your life (or honestly, even if it isn’t but you are running on estrogen rather than testosterone), then this is a book for you.
Click here to check out The Menopause Brain, and look after yours!
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How to Find Happiness In Yourself – by Michelle Mann
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A lot of books about happiness tell you what to pursue, generally. What things to focus on, and that’s good, but incomplete. This book does cover those things too (complete with academic sources to back up what really works), but also goes further:
Michelle Mann gives 25 key habits that will cumulatively build happiness, which is what it’s really about. After all:
- If you watch your favourite movie, you’ll be happy for 90 minutes (or 9 hours if it’s The Lord of the Rings).
- If you build daily habits that add happiness to you, your surroundings, and those around you, you’ll be happy for life.
They do also cover happiness while going through difficult times, such as divorce, job loss, illness, or bereavement.
Sometimes, knowing what we “should” do in theory is the easy part. Where Mann excels here is in providing explanations of each habit. This means that rather than it being some platitude, the principles underlying it are truly understood… and thus motivate us to actually apply the advice and build the habits into our life.
While the explanations are therefore the greatest value of the book, we do recommend copying out the 25 habits (which are effectively subchapter headings) and putting them somewhere to read often.
Bottom line: we recommend getting yourself (and/or your loved ones!) a copy of this book. You (and/or they) will be happy you did!
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Understanding Cellulitis: Skin And Soft Tissue Infections
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What’s the difference between a minor passing skin complaint, and a skin condition that’s indicative of something more serious? Dr. Thomas Watchman explains:
More than skin-deep
Cellulitis sounds benign enough, like having a little cellulite perhaps, but in fact it means an infection of the skin and—critically—the underlying soft tissues.
Normally, the skin acts as a barrier against infections, but this barrier can be breached by physical trauma (i.e. an injury that broke the skin), eczema, fungal nail infections, skin ulcers, and other similar things that disrupt the skin’s ability to protect us.
Things to watch out for: Dr. Watchman advises we keep an eye out for warm, reddened skin, swelling, and blisters. Specifically, a golden-yellow crust to these likely indicates a Staphylococcus aureus infection (hence the name).
There’s a scale of degrees of severity:
- Class 1: No systemic toxicity or comorbidities
- Class 2: Systemic toxicity or comorbidities present
- Class 3: Significant systemic toxicity or comorbidities with risk of significant deterioration
- Class 4: Sepsis or life-threatening infection
…with antibiotics being recommended in the latter two cases there, or in other cases for frail, young, old, or immunocompromised patients. Given the rather “scorched earth” results of antibiotics (they cause a lot of collateral iatrogenic damage), this can be taken as a sign of how seriously such infections should be taken.
For more about all this, including visual guides, enjoy:
Click Here If The Embedded Video Doesn’t Load Automatically!
Want to learn more?
You might also like to read:
- Of Brains & Breakouts: The Brain-Skin Doctor
- Beyond Supplements: The Real Immune-Boosters!
- Antibiotics? You Might Want To Think Thrice
Take care!
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How To Grow New Brain Cells (At Any Age)
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How To Grow New Brain Cells (At Any Age)
It was long believed that brain growth could not occur later in life, due to expending our innate stock of pluripotent stem cells. However, this was mostly based on rodent studies.
Rodent studies are often used for brain research, because it’s difficult to find human volunteers willing to have their brains sliced thinly (so that the cells can be viewed under a microscope) at the end of the study.
However, neurobiologist Dr. Maura Boldrini led a team that did a lot of research by means of autopsies on the hippocampi of (previously) healthy individuals ranging in age from 14 to 79.
What she found is that while indeed the younger subjects did predictably have more young brain cells (neural progenitors and immature neurons), even the oldest subject, at the age of 79, had been producing new brain cells up until death.
Read her landmark study: Human Hippocampal Neurogenesis Persists throughout Aging
There was briefly a flurry of news articles about a study by Dr. Shawn Sorrels that refuted this, however, it later came to light that Dr. Sorrels had accidentally destroyed his own evidence during the cell-fixing process—these things happen; it’s just unfortunate the mistake was not picked up until after publication.
A later study by a Dr. Elena Moreno-Jiménez fixed this flaw by using a shorter fixation time for the cell samples they wanted to look at, and found that there were tens of thousands of newly-made brain cells in samples from adults ranging from 43 to 87.
Now, there was still a difference: the samples from the youngest adult had 30% more newly-made braincells than the 87-year-old, but given that previous science thought brain cell generation stopped in childhood, the fact that an 87-year-old was generating new brain cells 30% less quickly than a 43-year-old is hardly much of a criticism!
As an aside: samples from patients with Alzheimer’s also had a 30% reduction in new braincell generation, compared to samples from patients of the same age without Alzheimer’s. But again… Even patients with Alzheimer’s were still growing some new brain cells.
Read it for yourself: Adult hippocampal neurogenesis is abundant in neurologically healthy subjects and drops sharply in patients with Alzheimer’s disease
Practical advice based on this information
Since we can do neurogenesis at any age, but the rate does drop with age (and drops sharply in the case of Alzheimer’s disease), we need to:
Feed your brain. The brain is the most calorie-consuming organ we have, by far, and it’s also made mostly of fat* and water. So, get plenty of healthy fats, and get plenty of water.
*Fun fact: while depictions in fiction (and/or chemically preserved brains) may lead many to believe the brain has a rubbery consistency, the untreated brain being made of mostly fat and water gives it more of a blancmange-like consistency in reality. That thing is delicate and spatters easily. There’s a reason it’s kept cushioned inside the strongest structure of our body, far more protected than anything in our torso.
Exercise. Specifically, exercise that gets your blood pumping. This (as our earlier-featured video today referenced) is one of the biggest things we can do to boost Brain-Derived Neurotrophic Factor, or BDNF.
Here be science: Brain-Derived Neurotrophic Factor, Depression, and Physical Activity: Making the Neuroplastic Connection
However, that’s not the only way to increase BDNF; another is to enjoy a diet rich in polyphenols. These can be found in, for example, berries, tea, coffee, and chocolate. Technically those last two are also botanically berries, but given how we usually consume them, and given how rich they are in polyphenols, they merit a special mention.
See for example: Effects of nutritional interventions on BDNF concentrations in humans: a systematic review
Some supplements can help neuron (re)growth too, so if you haven’t already, you might want to check out our previous main feature on lion’s mane mushroom, a supplement which does exactly that.
For those who like videos, you may also enjoy this TED talk by neuroscientist Dr. Sandrine Thuret:
Prefer text? Click here to read the transcript
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