Cottage Cheese vs Ricotta – Which is Healthier?
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Our Verdict
When comparing cottage cheese to ricotta, we picked the ricotta.
Why?
Cottage cheese is a famous health food, mostly for being a low-fat, low-carb, source of protein. And yet, ricotta beats it in most respects.
Looking at the macros first, cottage cheese has more carbs, while ricotta has more protein and fat. The fat profile is pretty much the same, and in both cases it’s two thirds saturated fat, which isn’t good in either case, but cottage cheese has less overall fat which means less saturated fat in total even if the percentage is the same. Because the difference in carbs and protein is not large, while ricotta has considerably more fat, we’ll call this category a win for cottage cheese.
In terms of vitamins, cottage cheese has more of vitamins B1, B5, and B12, while ricotta has more of vitamins A, B2, B3, B9, D, E, and K, so this one’s a win for ricotta.
In the category of minerals, cottage cheese has slightly more copper, while ricotta has much more calcium, iron, magnesium, manganese, potassium, selenium, and zinc. In particular, 2.5x more calcium, and 5x more iron! An easy and clear win for ricotta here.
Taking everything into account: yes, cottage cheese has less fat (and thus, in total, less saturated fat, although the percentage is the same), but that doesn’t make up for ricotta winning in pretty much every other respect. Still, enjoy either or both (in moderation!) if you be so inclined.
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You might like to read:
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End the Insomnia Struggle – by Dr. Colleen Ehrnstrom and Dr. Alisha Brosse
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We’ve reviewed sleep books before, and we always try to recommend books that have something a little different than the rest, so what makes this one stand out?
While there is the usual quick overview of the basics that we’re sure you already know (sleep hygiene etc), most of the attention here is given to cold, hard clinical psychology… in a highly personalized way.
How, you may ask, can they personalize a book, that is the same for everyone?
The answer is, by guiding the reader through examining our own situation. With template logbooks, worksheets, and the like—for this reason we recommend getting a paper copy of the book, rather than the Kindle version, in case you’d like to use/photocopy those.
Essentially, reading this book is much like having your own psychologist (or two) to guide you through finding a path to better sleep.
The therapeutic approach, by the way, is a combination of Cognitive Behavioral Therapy (CBT) and Acceptance-Commitment Therapy (ACT), which work very well together here.
Bottom line: if you’ve changed your bedsheets and turned off your electronic devices and need something a little more, this book is the psychological “big guns” for removing the barriers between you and good sleep.
Click here to check out End the Insomnia Struggle, and end yours once and for all!
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Oats vs Pearl Barley – Which is Healthier?
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Our Verdict
When comparing oats to pearl barley, we picked the oats.
Why?
In terms of macronutrients first, pearl barley has about three times the carbs for only the same amount of protein and fiber—if it had been regular barley rather than pearl parley, it’d have about twice the fiber, but pearl barley has had the fibrous husk removed.
Vitamins really set the two part, though: oats have a lot more (60x more) vitamin A, and notably more of vitamins B1, B2, B3, B5, B6, and B9, as well as 6x more vitamin E. In contrast, pearl barley has a little more vitamin K and choline. An easy win for oats in this section.
In the category of minerals, oats have over 6x more calcium, 3x more iron, and a little more magnesium, manganese, and phosphorus. Meanwhile, pearl barley boats a little more copper, potassium, selenium, and zinc. So, a more moderate win for oats in this category.
They are both very good for the gut, unless you have a gluten intolerance/allergy, in which case, oats are the only answer here since pearl barley, as per barley in general, has gluten as its main protein (oats, meanwhile, do not contain gluten, unless by cross-contamination).
Adding up all the sections, this one’s a clear win for oats.
Want to learn more?
You might like to read:
- Eat More (Of This) For Lower Blood Pressure
- Making Friends With Your Gut (You Can Thank Us Later)
- Gluten: What’s The Truth?
Take care!
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You can thaw and refreeze meat: five food safety myths busted
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This time of year, most fridges are stocked up with food and drinks to share with family and friends. Let’s not make ourselves and our guests sick by getting things wrong when preparing and serving food.
As the weather warms up, so does the environment for micro-organisms in foods, potentially allowing them to multiply faster to hazardous levels. So put the drinks on ice and keep the fridge for the food.
But what are some of those food safety myths we’ve long come to believe that aren’t actually true?
Myth 1: if you’ve defrosted frozen meat or chicken you can’t refreeze it
From a safety point of view, it is fine to refreeze defrosted meat or chicken or any frozen food as long as it was defrosted in a fridge running at 5°C or below. Some quality may be lost by defrosting then refreezing foods as the cells break down a little and the food can become slightly watery.
Another option is to cook the defrosted food and then divide into small portions and refreeze once it has stopped steaming. Steam in a closed container leads to condensation, which can result in pools of water forming. This, combined with the nutrients in the food, creates the perfect environment for microbial growth. So it’s always best to wait about 30 minutes before refrigerating or freezing hot food.
Plan ahead so food can be defrosted in the fridge, especially with large items such as a frozen turkey or roll of meat. If left on the bench, the external surface could be at room temperature and micro-organisms could be growing rapidly while the centre of the piece is still frozen!
Myth 2: Wash meat before you prepare and/or cook it
It is not a good idea to wash meats and poultry when preparing for cooking. Splashing water that might contain potentially hazardous bacteria around the kitchen can create more of a hazard if those bacteria are splashed onto ready-to-eat foods or food preparation surfaces.
It is, however, a good idea to wash fruits and vegetables before preparing and serving, especially if they’re grown near or in the ground as they may carry some dirt and therefore micro-organisms.
This applies particularly to foods that will be prepared and eaten without further cooking. Consuming foods raw that traditionally have been eaten cooked or otherwise processed to kill pathogenic micro-organisms (potentially deadly to humans) might increase the risk of food poisoning.
Fruit, salad, vegetables and other ready-to-eat foods should be prepared separately, away from raw meat, chicken, seafood and other foods that need cooking.
Myth 3: Hot food should be left out to cool completely before putting it in the fridge
It’s not OK to leave perishable food out for an extended time or overnight before putting it in the fridge.
Micro-organisms can grow rapidly in food at temperatures between 5° and 60°C. Temperature control is the simplest and most effective way of controlling the growth of bacteria. Perishable food should spend as little time as possible in the 5-60°C danger zone. If food is left in the danger zone, be aware it is potentially unsafe to eat.
Hot leftovers, and any other leftovers for that matter, should go into the fridge once they have stopped steaming to reduce condensation, within about 30 minutes.
Large portions of hot food will cool faster if broken down into smaller amounts in shallow containers. It is possible that hot food such as stews or soup left in a bulky container, say a two-litre mixing bowl (versus a shallow tray), in the fridge can take nearly 24 hours to cool to the safe zone of less than 5°C.
Myth 4: If it smells OK, then it’s OK to eat
This is definitely not always true. Spoilage bacteria, yeasts and moulds are the usual culprits for making food smell off or go slimy and these may not make you sick, although it is always advisable not to consume spoiled food.
Pathogenic bacteria can grow in food and not cause any obvious changes to the food, so the best option is to inhibit pathogen growth by refrigerating foods.
Myth 5: Oil preserves food so it can be left at room temperature
Adding oil to foods will not necessarily kill bugs lurking in your food. The opposite is true for many products in oil if anaerobic micro-organisms, such as Clostridium botulinum (botulism), are present in the food. A lack of oxygen provides perfect conditions for their growth.
Outbreaks of botulism arising from consumption of vegetables in oil – including garlic, olives, mushrooms, beans and hot peppers – have mostly been attributed to the products not being properly prepared.
Vegetables in oil can be made safely. In 1991, Australian regulations stipulated that this class of product (vegetables in oil) can be safely made if the pH (a measure of acid) is less than 4.6. Foods with a pH below 4.6 do not in general support the growth of food-poisoning bacteria including botulism.
So keep food out of the danger zone to reduce your guests’ risk of getting food poisoning this summer. Check out other food safety tips and resources from CSIRO and the Food Safety Information Council, including testing your food safety knowledge.
Cathy Moir, Team leader, Microbial and chemical sciences, Food microbiologist and food safety specialist, CSIRO
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Saffron For The Brain (& More)
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Saffron For The Brain (& More)
In yesterday’s edition of 10almonds, one of the items in the “health news from around the world” section was:
Clinical trial finds herbal medicine Sailuotong effective for brain health in older people
But, what is it?
❝SaiLuoTong (SLT) is a modern compound Chinese herbal medicine preparation in capsule form containing standardized extracts of Panax ginseng, Ginkgo biloba, and Crocus sativus L❞
We’ve written previously about ginseng and ginkgo biloba:
So, what’s this about Crocus sativus L.?
That is the plant better known as saffron. And, for all its wide availability (your local supermarket probably has at least a tiny amount in the spice section), there’s a reason we don’t see much of it:
❝Saffron blooms only once a year and should be collected within a very short duration. It is picked during 3–4 weeks in October-November. The method for the cultivation of saffron contributes greatly to its high price. According to some reports, this species is a sterile triploid and so does not produce fertile seeds. Germination can take 1–6 months at 18°C. It takes 3 years for plants to flower from seed.❞
Source: Crocus sativus L.: A comprehensive review
That’s fascinating, but what does it do for us?
Well, in the words of El Midaoui et al. (2022):
❝In the frame of a double-blind-placebo-controlled study, 30 mg per day supplementation with saffron for 16 weeks resulted in improved cognitive function in patients suffering from mild to moderate Alzheimer’s disease.
Moreover, the follow-up of this study in which the authors evaluated the effects of saffron (30 mg/day) for 22 weeks showed that saffron was as effective as donepezil in the treatment of mild-to-moderate Alzheimer’s disease❞
Read the full review: Saffron (Crocus sativus L.): A Source of Nutrients for Health and for the Treatment of Neuropsychiatric and Age-Related Diseases
Not just that, but it also has powerful antioxidant and anti-inflammatory properties beyond the brain (though the brain is where research has been most focused, due to its neuroprotective effects).
(this, too, is a full research review in its own right; we’re getting a lot of “bang for buck” on papers today)
And more?
Yes, and more. Lots more. To bullet-pointify even just the abstract from another research review:
- Saffron has been suggested to be effective in the treatment of a wide range of disorders including coronary artery diseases, hypertension, stomach disorders, dysmenorrhea and learning and memory impairments.
- In addition, different studies have indicated that saffron has anti-inflammatory, anti-atherosclerotic, antigenotoxic and cytotoxic activities. (This is all good; the cytotoxic activities are about killing cancer cells)
- Antitussive effects of stigmas and petals of C. sativus and its components, safranal and crocin have also been demonstrated.
- The anticonvulsant and anti-Alzheimer properties of saffron extract were shown in human and animal studies.
- The efficacy of C. sativus in the treatment of mild to moderate depression was also reported in clinical trial.
- Administration of C. sativus and its constituents increased glutamate and dopamine levels in the brain in a dose-dependent manner.
- It also interacts with the opioid system to reduce withdrawal syndrome.
- C. sativus and its components can be considered as promising agents in the treatment of nervous system disorders.
For more details on any of those items, see:
The effects of Crocus sativus (saffron) and its constituents on nervous system: a review
Is it safe?
The effective dose is 30mg/kg and the LD50 is more than 20g/kg, so yes, it’s very safe. Given the price of it, this also means that if you’re the size of this writer (a little over 70kg, or a little over 150lbs) to poison yourself effectively you’d need to consume about 1.4kg of saffron at a time, which would cost well over $6,000.
Where can I get it?
Your local supermarket probably has a tiny amount in the spice section, or you can get better prices buying it in “bulk” online. Here’s an example product on Amazon, for your convenience
Enjoy!
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Is alcohol good or bad for you? Yes.
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This article originally appeared in Harvard Public Health magazine.
It’s hard to escape the message these days that every sip of wine, every swig of beer is bad for your health. The truth, however, is far more nuanced.
We have been researching the health effects of alcohol for a combined 60 years. Our work, and that of others, has shown that even modest alcohol consumption likely raises the risk for certain diseases, such as breast and esophageal cancer. And heavy drinking is unequivocally harmful to health. But after countless studies, the data do not justify sweeping statements about the effects of moderate alcohol consumption on human health.
Yet we continue to see reductive narratives, in the media and even in science journals, that alcohol in any amount is dangerous. Earlier this month, for instance, the media reported on a new study that found even small amounts of alcohol might be harmful. But the stories failed to give enough context or probe deeply enough to understand the study’s limitations—including that it cherry-picked subgroups of a larger study previously used by researchers, including one of us, who concluded that limited drinking in a recommended pattern correlated with lower mortality risk.
“We need more high-quality evidence to assess the health impacts of moderate alcohol consumption. And we need the media to treat the subject with the nuance it requires. Newer studies are not necessarily better than older research.”
Those who try to correct this simplistic view are disparaged as pawns of the industry, even when no financial conflicts of interest exist. Meanwhile, some authors of studies suggesting alcohol is unhealthy have received money from anti-alcohol organizations.
We believe it’s worth trying, again, to set the record straight. We need more high-quality evidence to assess the health impacts of moderate alcohol consumption. And we need the media to treat the subject with the nuance it requires. Newer studies are not necessarily better than older research.
It’s important to keep in mind that alcohol affects many body systems—not just the liver and the brain, as many people imagine. That means how alcohol affects health is not a single question but the sum of many individual questions: How does it affect the heart? The immune system? The gut? The bones?
As an example, a highly cited study of one million women in the United Kingdom found that moderate alcohol consumption—calculated as no more than one drink a day for a woman—increased overall cancer rates. That was an important finding. But the increase was driven nearly entirely by breast cancer. The same study showed that greater alcohol consumption was associated with lower rates of thyroid cancer, non-Hodgkin lymphoma, and renal cell carcinoma. That doesn’t mean drinking a lot of alcohol is good for you—but it does suggest that the science around alcohol and health is complex.
One major challenge in this field is the lack of large, long-term, high-quality studies. Moderate alcohol consumption has been studied in dozens of randomized controlled trials, but those trials have never tracked more than about 200 people for more than two years. Longer and larger experimental trials have been used to test full diets, like the Mediterranean diet, and are routinely conducted to test new pharmaceuticals (or new uses for existing medications), but they’ve never been done to analyze alcohol consumption.
Instead, much alcohol research is observational, meaning it follows large groups of drinkers and abstainers over time. But observational studies cannot prove cause-and-effect because moderate drinkers differ in many ways from non-drinkers and heavy drinkers—in diet, exercise, and smoking habits, for instance. Observational studies can still yield useful information, but they also require researchers to gather data about when and how the alcohol is consumed, since alcohol’s effect on health depends heavily on drinking patterns.
For example, in an analysis of over 300,000 drinkers in the U.K., one of us found that the same total amount of alcohol appeared to increase the chances of dying prematurely if consumed on fewer occasions during the week and outside of meals, but to decrease mortality if spaced out across the week and consumed with meals. Such nuance is rarely captured in broader conversations about alcohol research—or even in observational studies, as researchers don’t always ask about drinking patterns, focusing instead on total consumption. To get a clearer picture of the health effects of alcohol, researchers and journalists must be far more attuned to the nuances of this highly complex issue.
One way to improve our collective understanding of the issue is to look at both observational and experimental data together whenever possible. When the data from both types of studies point in the same direction, we can have more confidence in the conclusion. For example, randomized controlled trials show that alcohol consumption raises levels of sex steroid hormones in the blood. Observational trials suggest that alcohol consumption also raises the risk of specific subtypes of breast cancer that respond to these hormones. Together, that evidence is highly persuasive that alcohol increases the chances of breast cancer.
Similarly, in randomized trials, alcohol consumption lowers average blood sugar levels. In observational trials, it also appears to lower the risk of diabetes. Again, that evidence is persuasive in combination.
As these examples illustrate, drinking alcohol may raise the risk of some conditions but not others. What does that mean for individuals? Patients should work with their clinicians to understand their personal risks and make informed decisions about drinking.
Medicine and public health would benefit greatly if better data were available to offer more conclusive guidance about alcohol. But that would require a major investment. Large, long-term, gold-standard studies are expensive. To date, federal agencies like the National Institutes of Health have shown no interest in exclusively funding these studies on alcohol.
Alcohol manufacturers have previously expressed some willingness to finance the studies—similar to the way pharmaceutical companies finance most drug testing—but that has often led to criticism. This happened to us, even though external experts found our proposal scientifically sound. In 2018, the National Institutes of Health ended our trial to study the health effects of alcohol. The NIH found that officials at one of its institutes had solicited funding from alcohol manufacturers, violating federal policy.
It’s tempting to assume that because heavy alcohol consumption is very bad, lesser amounts must be at least a little bad. But the science isn’t there, in part because critics of the alcohol industry have deliberately engineered a state of ignorance. They have preemptively discredited any research, even indirectly, by the alcohol industry—even though medicine relies on industry financing to support the large, gold-standard studies that provide conclusive data about drugs and devices that hundreds of millions of Americans take or use daily.
Scientific evidence about drinking alcohol goes back nearly 100 years—and includes plenty of variability in alcohol’s health effects. In the 1980s and 1990s, for instance, alcohol in moderation, and especially red wine, was touted as healthful. Now the pendulum has swung so far in the opposite direction that contemporary narratives suggest every ounce of alcohol is dangerous. Until gold-standard experiments are performed, we won’t truly know. In the meantime, we must acknowledge the complexity of existing evidence—and take care not to reduce it to a single, misleading conclusion.
This article first appeared on The Journalist’s Resource and is republished here under a Creative Commons license.
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Anti-Inflammatory Pineapple Fried Rice
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Fried rice is not most people’s go-to when one thinks of health food, but this one is. It’s packed with plenty of nutrients, many of which are anti-inflammatory, but the real star is the pineapple (with its high bromelain content and thus particularly potent benefits).
You will need
- 2½ cups cooked wholegrain basmati rice (you can use our Tasty Versatile Rice recipe if you don’t already have leftovers to use)
- 1 cup pineapple chunks
- ½ red onion, diced
- 1 red bell pepper, diced
- ½ cup sweetcorn
- ½ peas
- 3 green onions, chopped
- 2 serrano peppers, chopped (omit if you don’t care for heat)
- 2 tbsp coconut oil
- 1 tbsp grated fresh ginger
- 1 tbsp black pepper, coarse ground
Method
(we suggest you read everything at least once before doing anything)
1) Fry the red onion, serrano peppers, and ginger in the coconut oil over a medium heat, stirring frequently, for about 3 minutes.
2) Add the pineapple, bell pepper, sweetcorn, peas, and black pepper, stirring frequently, for about another 3 minutes.
3) Add the rice, stirring gently but thoroughly, until fully reheated and mixed in.
4) Serve, garnishing with the green onions.
Enjoy!
Want to learn more?
For those interested in some of the science of what we have going on today:
- Eat To Beat Inflammation
- Ginger Does A Lot More Than You Think
- Black Pepper’s Impressive Anti-Cancer Arsenal (And More)
- Bromelain vs Inflammation & Much More
Take care!
Don’t Forget…
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