Why You Don’t Need 8 Glasses Of Water Per Day
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The idea that you need to drink eight glasses of water daily is a myth. For most people most of the time, this practice will not make your skin brighter, improve mental clarity, or boost energy levels. All that will happen as a result of drinking beyond your thirst, is that you’ll pee more.
A self-regulating system
Our kidneys regulate hydration by monitoring blood volume and salt levels. When blood becomes slightly saltier or its volume drops, such as through sweating, the kidneys absorb more water into the bloodstream. If needed, the body triggers thirst signals to encourage fluid intake.
In most cases, you can rely on your body’s natural thirst cues to manage hydration. Thirst is a reliable indicator of when you need to drink water, making constant monitoring of water intake unnecessary for most people.
There are some exceptions, though! Some people, such as those with kidney stones, especially older adults, or those with specific medical considerations and resultant advice from your doctor, may need to pay closer attention to their water intake.
Nor does hydration have to be a matter of “drinking water”: many foods and drinks, such as fruit, coffee, soups, etc, contribute to your daily water intake and (because the body processes it more slowly) are often more hydrating than plain water (which can just pass straight through if you take more than a certain amount at once). If you listen to your body’s thirst signals, there’s no need to rigidly count eight glasses of water each day.
For more on all of this, enjoy:
Click Here If The Embedded Video Doesn’t Load Automatically!
Want to learn more?
You might also like to read:
Hydration Mythbusting ← this also covers why urine color is not as good a guide as your thirst
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Apricot vs Banana – Which is Healthier?
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Our Verdict
When comparing apricot to banana, we picked the banana.
Why?
Both are great, and it was close!
In terms of macros, apricot has more protein, while banana has more carbs and fiber; both are low glycemic index foods, and we’ll call this category a tie.
In the category of vitamins, apricot has more of vitamins A, C, E, and K, while banana has more of vitamins B1, B2, B3, B5, B6, B7, B9, and choline, giving banana the win by strength of numbers. It’s worth noting though that apricots are one of the best fruits for vitamin A in particular.
When it comes to minerals, apricot has slightly more calcium, iron, and zinc, while banana has a lot more magnesium, manganese, potassium, and selenium, meaning a moderate win for banana here.
Adding up the sections makes for an overall win for banana—but of course, by all means enjoy either or both!
Want to learn more?
You might like to read:
Top 8 Fruits That Prevent & Kill Cancer ← we argue for apricots as bonus number 9 on the list
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How Useful Is Hydrotherapy?
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Hyyyyyyydromatic…
Hydrotherapy is a very broad term, and refers to any (external) use of water as part of a physical therapy. Today we’re going to look at some of the top ways this can be beneficial—maybe you’ll know them all already, but maybe there’s something you hadn’t thought about or done decently; let’s find out!
Notwithstanding the vague nature of the umbrella term, some brave researchers have done a lot of work to bring us lots of information about what works and what doesn’t, so we’ll be using this to guide us today. For example:
Scientific Evidence-Based Effects of Hydrotherapy on Various Systems of the Body
Swimming (and similar)
An obvious one, this can for most people be a very good full-body exercise, that’s exactly as strenuous (or not) as you want/need it to be.
It can be cardio, it can be resistance, it can be endurance, it can be high-intensity interval training, it can be mobility work, it can be just support for an aching body that gets to enjoy being in the closest to zero-gravity we can get without being in freefall or in space.
See also: How To Do HIIT (Without Wrecking Your Body)
Depending on what’s available for you locally (pool with a shallow area, for example), it can also be a place to do some exercises normally performed on land, but with your weight being partially supported (and as a counterpoint, a little resistance added to movement), and no meaningful risk of falling.
Tip: check out your local facilities, to see if they offer water aerobics classes; because the water necessitates slow movement, this can look a lot like tai chi to watch, but it’s great for mobility and balance.
Water circuit therapy
This isn’t circuit training! Rather, it’s a mixture of thermo- and cryotherapy, that is to say, alternating warm and cold water immersion. This can also be interspersed with the use of a sauna, of course.
See also:
- Ice Baths: To Dip Or Not To Dip?
- Saunas: Health Benefits (& Caveats)
- The Stress Prescription (Against Aging!)
this last one is about thermal shock-mediated hormesis, which sounds drastic, but it’s what we’re doing here with the hot and cold, and it’s good for most people!
Pain relief
Most of the research for this has to do with childbirth pain rather than, for example, back pain, but the science is promising:
Post-exercise recovery
It can be tempting to sink into a hot bath, or at least enjoy a good hot shower, after strenuous exercise. But does it help recovery too? The answer is probably yes:
Effect of hot water immersion on acute physiological responses following resistance exercise
For more on that (and other means of improving post-exercise recovery), check out our previous main feature:
How To Speed Up Recovery After A Workout (According To Actual Science)
Take care!
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Our ‘food environments’ affect what we eat. Here’s how you can change yours to support healthier eating
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In January, many people are setting new year’s resolutions around healthy eating. Achieving these is often challenging – it can be difficult to change our eating habits. But healthy diets can enhance physical and mental health, so improving what we eat is a worthwhile goal.
One reason it’s difficult to change our eating habits relates to our “food environments”. This term describes:
The collective physical, economic, policy and sociocultural surroundings, opportunities and conditions that influence people’s food and beverage choices and nutritional status.
Our current food environments are designed in ways that often make it easier to choose unhealthy foods than healthy ones. But it’s possible to change certain aspects of our personal food environments, making eating healthier a little easier.
Unhealthy food environments
It’s not difficult to find fast-food restaurants in Australian cities. Meanwhile, there are junk foods at supermarket checkouts, service stations and sporting venues. Takeaway and packaged foods and drinks routinely come in large portion sizes and are often considered tastier than healthy options.
Our food environments also provide us with various prompts to eat unhealthy foods via the media and advertising, alongside health and nutrition claims and appealing marketing images on food packaging.
At the supermarket, unhealthy foods are often promoted through prominent displays and price discounts.
We’re also exposed to various situations in our everyday lives that can make healthy eating challenging. For example, social occasions or work functions might see large amounts of unhealthy food on offer.
Not everyone is affected in the same way
People differ in the degree to which their food consumption is influenced by their food environments.
This can be due to biological factors (for example, genetics and hormones), psychological characteristics (such as decision making processes or personality traits) and prior experiences with food (for example, learned associations between foods and particular situations or emotions).
People who are more susceptible will likely eat more and eat more unhealthy foods than those who are more immune to the effects of food environments and situations.
Those who are more susceptible may pay greater attention to food cues such as advertisements and cooking smells, and feel a stronger desire to eat when exposed to these cues. Meanwhile, they may pay less attention to internal cues signalling hunger and fullness. These differences are due to a combination of biological and psychological characteristics.
These people might also be more likely to experience physiological reactions to food cues including changes in heart rate and increased salivation.
Other situational cues can also prompt eating for some people, depending on what they’ve learned about eating. Some of us tend to eat when we’re tired or in a bad mood, having learned over time eating provides comfort in these situations.
Other people will tend to eat in situations such as in the car during the commute home from work (possibly passing multiple fast-food outlets along the way), or at certain times of day such as after dinner, or when others around them are eating, having learned associations between these situations and eating.
Being in front of a TV or other screen can also prompt people to eat, eat unhealthy foods, or eat more than intended.
Making changes
While it’s not possible to change wider food environments or individual characteristics that affect susceptibility to food cues, you can try to tune into how and when you’re affected by food cues. Then you can restructure some aspects of your personal food environments, which can help if you’re working towards healthier eating goals.
Although both meals and snacks are important for overall diet quality, snacks are often unplanned, which means food environments and situations may have a greater impact on what we snack on.
Foods consumed as snacks are often sugary drinks, confectionery, chips and cakes. However, snacks can also be healthy (for example, fruits, nuts and seeds).
Try removing unhealthy foods, particularly packaged snacks, from the house, or not buying them in the first place. This means temptations are removed, which can be especially helpful for those who may be more susceptible to their food environment.
Planning social events around non-food activities can help reduce social influences on eating. For example, why not catch up with friends for a walk instead of lunch at a fast-food restaurant.
Creating certain rules and habits can reduce cues for eating. For example, not eating at your desk, in the car, or in front of the TV will, over time, lessen the effects of these situations as cues for eating.
You could also try keeping a food diary to identify what moods and emotions trigger eating. Once you’ve identified these triggers, develop a plan to help break these habits. Strategies may include doing another activity you enjoy such as going for a short walk or listening to music – anything that can help manage the mood or emotion where you would have typically reached for the fridge.
Write (and stick to) a grocery list and avoid shopping for food when hungry. Plan and prepare meals and snacks ahead of time so eating decisions are made in advance of situations where you might feel especially hungry or tired or be influenced by your food environment.
Georgie Russell, Senior Lecturer, Institute for Physical Activity and Nutrition (IPAN), Deakin University and Rebecca Leech, NHMRC Emerging Leadership Fellow, School of Exercise and Nutrition Sciences, Deakin University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Why are tall people more likely to get cancer? What we know, don’t know and suspect
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People who are taller are at greater risk of developing cancer. The World Cancer Research Fund reports there is strong evidence taller people have a higher chance of of developing cancer of the:
- pancreas
- large bowel
- uterus (endometrium)
- ovary
- prostate
- kidney
- skin (melanoma) and
- breast (pre- and post-menopausal).
But why? Here’s what we know, don’t know and suspect.
A well established pattern
The UK Million Women Study found that for 15 of the 17 cancers they investigated, the taller you are the more likely you are to have them.
It found that overall, each ten-centimetre increase in height increased the risk of developing a cancer by about 16%. A similar increase has been found in men.
Let’s put that in perspective. If about 45 in every 10,000 women of average height (about 165 centimetres) develop cancer each year, then about 52 in each 10,000 women who are 175 centimetres tall would get cancer. That’s only an extra seven cancers.
So, it’s actually a pretty small increase in risk.
Another study found 22 of 23 cancers occurred more commonly in taller than in shorter people.
Why?
The relationship between height and cancer risk occurs across ethnicities and income levels, as well as in studies that have looked at genes that predict height.
These results suggest there is a biological reason for the link between cancer and height.
While it is not completely clear why, there are a couple of strong theories.
The first is linked to the fact a taller person will have more cells. For example, a tall person probably has a longer large bowel with more cells and thus more entries in the large bowel cancer lottery than a shorter person.
Scientists think cancer develops through an accumulation of damage to genes that can occur in a cell when it divides to create new cells.
The more times a cell divides, the more likely it is that genetic damage will occur and be passed onto the new cells.
The more damage that accumulates, the more likely it is that a cancer will develop.
A person with more cells in their body will have more cell divisions and thus potentially more chance that a cancer will develop in one of them.
Some research supports the idea having more cells is the reason tall people develop cancer more and may explain to some extent why men are more likely to get cancer than women (because they are, on average, taller than women).
However, it’s not clear height is related to the size of all organs (for example, do taller women have bigger breasts or bigger ovaries?).
One study tried to assess this. It found that while organ mass explained the height-cancer relationship in eight of 15 cancers assessed, there were seven others where organ mass did not explain the relationship with height.
It is worth noting this study was quite limited by the amount of data they had on organ mass.
Another theory is that there is a common factor that makes people taller as well as increasing their cancer risk.
One possibility is a hormone called insulin-like growth factor 1 (IGF-1). This hormone helps children grow and then continues to have an important role in driving cell growth and cell division in adults.
This is an important function. Our bodies need to produce new cells when old ones are damaged or get old. Think of all the skin cells that come off when you use a good body scrub. Those cells need to be replaced so our skin doesn’t wear out.
However, we can get too much of a good thing. Some studies have found people who have higher IGF-1 levels than average have a higher risk of developing breast or prostate cancer.
But again, this has not been a consistent finding for all cancer types.
It is likely that both explanations (more cells and more IGF-1) play a role.
But more research is needed to really understand why taller people get cancer and whether this information could be used to prevent or even treat cancers.
I’m tall. What should I do?
If you are more LeBron James than Lionel Messi when it comes to height, what can you do?
Firstly, remember height only increases cancer risk by a very small amount.
Secondly, there are many things all of us can do to reduce our cancer risk, and those things have a much, much greater effect on cancer risk than height.
We can take a look at our lifestyle. Try to:
- eat a healthy diet
- exercise regularly
- maintain a healthy weight
- be careful in the sun
- limit alcohol consumption.
And, most importantly, don’t smoke!
If we all did these things we could vastly reduce the amount of cancer.
You can also take part in cancer screening programs that help pick up cancers of the breast, cervix and bowel early so they can be treated successfully.
Finally, take heart! Research also tells us that being taller might just reduce your chance of having a heart attack or stroke.
Susan Jordan, Associate Professor of Epidemiology, The University of Queensland and Karen Tuesley, Postdoctoral Research Fellow, School of Public Health, The University of Queensland
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Calisthenics for Beginners – by Matt Schifferle
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For those who are curious to take up calisthenics, for its famed benefit to many kinds of health, this is a great starter-book.
First, what kind of benefits can we expect? Lots, but most critically:
- Greater mobility (as a wide range of movements is practiced, some of them stretchy)
- Cardiovascular fitness (calisthenics can be performed as a form of High Intensity Impact Training, HIIT)
- Improved muscle-tone (because these are bodyweight strength-training exercises—have you seen a gymnast’s body?)
- Denser bones (strong muscles can’t be built on weak bones, so the body compensates by strengthening them)
A lot of the other benefits stem from those, ranging from reduced risk of stroke, diabetes, heart disease, osteoporosis, etc, to improved mood, more energy, better sleep, and generally all things that come with a decent, rounded, exercise regime.
Schifferle explains not just the exercises, but also the principles, so that we understand what we’re doing and why. Understanding improves motivation, adherence, and—often—form. Exercise diagrams are clear, and have active muscle-groups highlighted and color-coded for extra clarity.
As well as explaining exercises individually, he includes three programs, increasing in intensity. He also offers adjustments to make exercises easier or more challenging, depending on the current condition of your body.
The book’s not without its limitations—it may be a little male-centric for some readers, for instance—but all in all, it’s a very strong introduction to calisthenics… Enough to get anyone up and running, so to speak!
Get started with “Calisthenics for Beginners” from Amazon today!
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The Cold Truth About Respiratory Infections
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The Pathogens That Came In From The Cold
Yesterday, we asked you about your climate-themed policy for avoiding respiratory infections, and got the above-depicted, below-described, set of answers:
- About 46% of respondents said “Temperature has no bearing on infection risk”
- About 31% of respondents said “It’s important to get plenty of cold, fresh air, as this kills/inactivates pathogens”
- About 22% of respondents said “It’s important to stay warm to avoid getting colds, flu, etc”
Some gave rationales, including…
For “stay warm”:
❝Childhood lessons❞
For “get cold, fresh air”:
❝I just feel that it’s healthy to get fresh air daily. Whether it kills germs, I don’t know❞
For “temperature has no bearing”:
❝If climate issue affected respiratory infections, would people in the tropics suffer more than those in colder climates? Pollutants may affect respiratory infections, but I doubt just temperature would do so.❞
So, what does the science say?
It’s important to stay warm to avoid getting colds, flu, etc: True or False?
False, simply. Cold weather does increase the infection risk, but for reasons that a hat and scarf won’t protect you from. More on this later, but for now, let’s lay to rest the idea that bodily chilling will promote infection by cold, flu, etc.
In a small-ish but statistically significant study (n=180), it was found that…
❝There was no evidence that chilling caused any acute change in symptom scores❞
Read more: Acute cooling of the feet and the onset of common cold symptoms
Note: they do mention in their conclusion that chilling the feet “causes the onset of cold symptoms in about 10% of subjects who are chilled”, but the data does not support that conclusion, and the only clear indicator is that people who are more prone to colds generally, were more prone to getting a cold after a cold water footbath.
In other words, people who were more prone to colds remained more prone to colds, just the same.
It’s important to get plenty of cold, fresh air, as this kills/inactivates pathogens: True or False?
Broadly False, though most pathogens do have an optimal operating temperature that (for obvious reasons) is around normal human body temperature.
However, given that they don’t generally have to survive outside of a host body for long to get passed on, the fact that the pathogens may be a little sluggish in the great outdoors will not change the fact that they will be delighted by the climate in your respiratory tract as soon as you get back into the warm.
With regard to the cold air not being a reliable killer/inactivator of pathogens, we call to the witness stand…
Polar Bear Dies From Bird Flu As H5N1 Spreads Across Globe
(it was found near Utqiagvik, one of the northernmost communities in Alaska)
Because pathogens like human body temperature, raising the body temperature is a way to kill/inactivate them: True or False?
True! Unfortunately, it’s also a way to kill us. Because we, too, cannot survive for long above our normal body temperature.
So, for example, bundling up warmly and cranking up the heating won’t necessarily help, because:
- if the temperature is comfortable for you, it’s comfortable for the pathogen
- if the temperature is dangerous to the pathogen, it’s dangerous to you too
This is why the fever response evolved, and/but why many people with fevers die anyway. It’s the body’s way of playing chicken with the pathogen, challenging “guess which of us can survive this for longer!”
Temperature has no bearing on infection risk: True or False?
True and/or False, circumstantially. This one’s a little complex, but let’s break it down to the essentials.
- Temperature has no direct effect, for the reasons we outlined above
- Temperature is often related to humidity, which does have an effect
- Temperature does tend to influence human behavior (more time spent in open spaces with good ventilation vs more time spent in closed quarters with poor ventilation and/or recycled air), which has an obvious effect on transmission rates
The first one we covered, and the third one is self-evident, so let’s look at the second one:
Temperature is often related to humidity, which does have an effect
When the environmental temperature is warmer, water droplets in the air will tend to be bigger, and thus drop to the ground much more quickly.
When the environmental temperature is colder, water droplets in the air will tend to be smaller, and thus stay in the air for longer (along with any pathogens those water droplets may be carrying).
Some papers on the impact of this:
- Cold temperature and low humidity are associated with increased occurrence of respiratory tract infections
- A Decrease in Temperature and Humidity Precedes Human Rhinovirus Infections in a Cold Climate
So whatever temperature you like to keep your environment, humidity is a protective factor against respiratory infections, and dry air is a risk factor.
So, for example:
- If the weather doesn’t suit having good ventilation, a humidifier is a good option
- Being in an airplane is one of the worst places to be for this, outside of a hospital
Don’t have a humidifier? Here’s an example product on Amazon, but by all means shop around.
A crock pot with hot water in and the lid off is also a very workable workaround too
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