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Red Lentils vs Green Lentils – Which is Healthier?
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Our Verdict
When comparing red lentils to green lentils, we picked the green.
Why?
Yes, they’re both great. But there are some clear distinctions!
First, know: red lentils are, secretly, hulled brown lentils. Brown lentils are similar to green lentils, just a little less popular and with (very) slightly lower nutritional values, as a rule.
By hulling the lentils, the first thing that needs mentioning is that they lose some of their fiber, since this is what was removed. While we’re talking macros, this does mean that red lentils have proportionally more protein, because of the fiber weight lost. However, because green lentils are still a good source of protein, we think the fat that green lentils have much more fiber is a point in their favor.
In terms of micronutrients, they’re quite similar in vitamins (mostly B-vitamins, of which, mostly folate / vitamin B9), and when it comes to minerals, they’re similarly good sources of iron, but green lentils contain more magnesium and potassium.
Green lentils also contain more antixoidants.
All in all, they both continue to be very respectable parts of anyone’s diet—but in a head-to-head, green lentils do come out on top (unless you want to prioritize slightly higher protein above everything else, in which case, red).
Want to get some in? Here are the specific products we featured today:
Enjoy!
Want to learn more?
You might like to read:
- Why You’re Probably Not Getting Enough Fiber (And How To Fix It)
- Eat More (Of This) For Lower Blood Pressure ← incidentally, the potassium content of green lentils also helps minimize the harm done by sodium in one’s diet
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Burn – by Dr. Herman Pontzer
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We all have reasons to want to focus on our metabolism. Speed it up to burn more fat; slow it down to live longer. Tweak it for more energy in the day. But what actually is it, and how does it work?
Dr. Herman Pontzer presents a very useful overview of not just what our metabolism is and how it works, but also why.
The style of the book is casual, but doesn’t skimp on the science. Whether we are getting campfire stories of Hadza hunter-gatherers, or an explanation of the use of hydrogen isotopes in metabolic research, Dr. Pontzer keeps things easy-reading.
One of the main premises of the book is that our caloric expenditure is not easy to change—if we exercise more, our bodies will cut back somewhere else. After all, the body uses energy for a lot more than just moving. With this in mind, Dr. Pontzer makes the science-based case for focusing more on diet than exercise if weight management is our goal.
In short, if you’d like your metabolism to be a lot less mysterious, this book can help render a lot of science a lot more comprehensible!
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Build Muscle (Healthily!)
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What Do You Have To Gain?
We have previously promised a three-part series about changing one’s weight:
- Losing weight (specifically, losing fat)
- Gaining weight (specifically, gaining muscle)
- Gaining weight (specifically, gaining fat)
And yes, that last one is also something that some people want/need to do (healthily!), and want/need help with that.
There will be, however, no need for a “losing muscle” article, because (even though sometimes a person might have some reason to want to do this), it’s really just a case of “those things we said for gaining muscle? Don’t do those and the muscle will atrophy naturally”.
Here’s the first part: How To Lose Weight (Healthily!)
While some people will want to lose fat, please do be aware that the association between weight loss and good health is not nearly so strong as the weight loss industry would have you believe:
And, while BMI is not a useful measure of health in general, it’s worth noting that over the age of 65, a BMI of 27 (which is in the high end of “overweight”, without being obese) is associated with the lowest all-cause mortality:
BMI and all-cause mortality in older adults: a meta-analysis
Body weight, muscle mass, and protein:
That BMI of 27, or whatever weight you might wish to be, ignores body composition. You’re probably aware that volume-for-volume, muscle weighs more than fat.
You’re also probably aware that if we’re not careful, we tend to lose muscle as we get older. This is known as age-related sarcopenia:
Protein, & Fighting Sarcopenia
Dr. Gabrielle Lyon, our featured expert in the above article, recommends getting at least 1.6g of protein per kg of body weight per day (Americans, divide your weight in pounds by 2.2 to get your weight in kg).
So for example, if you weigh 165lb, that’s 75kg, that’s 1.6×75=120g of protein per day.
There is an upper limit to how much protein per day is healthy, and that limit is probably around 2g of protein per kg of body weight per day:
Protein: How Much Do We Need, Really?
You may be wondering: should we go for animal or plant protein? In which case, the short version is:
- If you only care about muscle growth, any complete sources of protein are fine
- If you care about your general health too, then avoiding red meat is best, but other common protein sources are all fine
- Unprocessed is (unsurprisingly) better than processed in either case
Longer version: Plant vs Animal Protein: Head to Head
What exercises are best for muscle-building?
Of course, different muscles require different exercises, but for all of them, resistance training is what builds muscle the most, and it’s pretty much impossible to build a lot of muscle otherwise.
Check out: Resistance Is Useful! (Especially As We Get Older)
Prepare to fail!
No, really, prepare to fail. Because while resistance training in general is good for maintaining strong muscles and bones, you will only gain muscle if your current muscle is not enough to do the exercise:
- If you do a heavy resistance exercise without undue difficulty, your muscles will say to each other “Good job, team! That was hard, but luckily we were strong enough; no changes necessary”.
- If you do a heavy resistance exercise to the point where you can no longer do it (called: training to failure), then your muscles will say to each other “Oof, what a task! What we’ve got here is clearly not enough, so we’ll have to add more muscle for next time”.
Safety note: training to failure comes with safety risks. If using free weights or weight machines, please do so under well-trained supervision. If doing it with bodyweight (e.g. press-ups until you can press no more) or resistance bands, please check with your doctor first to ensure this is safe for you.
You can also increase the effectiveness of your resistance training by doing it in a way that “confuses” your muscles, making it harder for them to adapt in the moment, and thus forcing them to adapt more in the long term (e.g. get bigger and stronger):
HIIT, But Make It HIRT: High Intensity Resistance Training
Make time for recovery
While many kinds of exercise can be done daily, exercise to build muscle(s) means at the very least resting that muscle (or muscle group) the next day.
For this reason, a lot of bodybuilders have for example a week’s schedule that might look like:
- Monday: Upper body training
- Wednesday: Lower body training
- Friday: Core strength training
…and rest on other days. This gives most muscles a full week of recovery, and every muscle at least 48 hours of recovery.
Note: bodybuilders, like children (who are also doing a lot of body-building, in their own way) need more sleep in order to allow for this recovery and growth to occur. Serious bodybuilders often aim for 12 hours sleep per day. This might be impractical, undesirable, or even impossible for some people, but it’s a factor to be borne in mind and not forgotten.
See also:
Overdone It? How To Speed Up Recovery After Exercise (According To Actual Science)
Anything else that can (safely and healthily) be done to promote muscle growth?
There are a lot of supplements on the market; some are healthy and helpful, other not so much. Here are some we’ve written about:
- What To Eat, Take, And Do Before A Workout
- Creatine: Very Different For Young & Old People
- Ginseng: Exercising With Less Soreness!
- Taurine’s Benefits For Heart Health And More
- Topping Up Testosterone? What To Consider
Take care!
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Blood, urine and other bodily fluids: how your leftover pathology samples can be used for medical research
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A doctor’s visit often ends with you leaving with a pathology request form in hand. The request form soon has you filling a sample pot, having blood drawn, or perhaps even a tissue biopsy taken.
After that, your sample goes to a clinical pathology lab to be analysed, in whichever manner the doctor requested. All this is done with the goal of getting to the bottom of the health issue you’re experiencing.
But after all the tests are done, what happens with the leftover sample? In most cases, leftover samples go in the waste bin, destined for incineration. Sometimes though, they may be used again for other purposes, including research.
Kaboompics.com/Pexels Who can use my leftover samples?
The samples we’re talking about here cover the range of samples clinical labs receive in the normal course of their testing work. These include blood and its various components (including plasma and serum), urine, faeces, joint and spinal fluids, swabs (such as from the nose or a wound), and tissue samples from biopsies, among others.
Clinical pathology labs often use leftover samples to practise or check their testing methods and help ensure test accuracy. This type of use is a vital part of the quality assurance processes labs need to perform, and is not considered research.
Leftover samples can also be used by researchers from a range of agencies such as universities, research institutes or private companies.
They may use leftover samples for research activities such as trying out new ideas or conducting small-scale studies (more on this later). Companies that develop new or improved medical diagnostic tests can also use leftover samples to assess the efficacy of their test, generating data needed for regulatory approval.
What about informed consent?
If you’ve ever participated in a medical research project such as a clinical trial, you may be familiar with the concept of informed consent. In this process, you have the opportunity to learn about the study and what your participation involves, before you decide whether or not to participate.
So you may be surprised to learn using leftover samples for research purposes without your consent is permitted in most parts of Australia, and elsewhere. However, it’s only allowed under certain conditions.
In Australia, the National Health and Medical Research Council (NHMRC) offers guidance around the use of leftover pathology samples.
One of the conditions for using leftover samples without consent for research is that they were received and retained by an accredited pathology service. This helps ensure the samples were collected safely and properly, for a legitimate clinical reason, and that no additional burdens or risk of harm to the person who provided the sample will be created with their further use.
Another condition is anonymity: the leftover samples must be deidentified, and not easily able to be reidentified. This means they can only be used in research if the identity of the donor is not needed.
Leftover pathology samples are sometimes used in medical research. hedgehog94/Shutterstock The decision to allow a particular research project to use leftover pathology samples is made by an independent human research ethics committee which includes consumers and independent experts. The committee evaluates the project and weighs up the risks and potential benefits before permitting an exemption to the need for informed consent.
Similar frameworks exist in the United States, the United Kingdom, India and elsewhere.
What research might be done on my leftover samples?
You might wonder how useful leftover samples are, particularly when they’re not linked to a person and their medical history. But these samples can still be a valuable resource, particularly for early-stage “discovery” research.
Research using leftover samples has helped our understanding of antibiotic resistance in a bacterium that causes stomach ulcers, Helicobacter pylori. It has helped us understand how malaria parasites, Plasmodium falciparum, damage red blood cells.
Leftover samples are also helping researchers identify better, less invasive ways to detect chronic diseases such as pulmonary fibrosis. And they’re allowing scientists to assess the prevalence of a variant in haemoglobin that can interfere with widely used diagnostic blood tests.
All of this can be done without your permission. The kinds of tests researchers do on leftover samples will not harm the person they were taken from in any way. However, using what would otherwise be discarded allows researchers to test a new method or treatment and avoid burdening people with providing fresh samples specifically for the research.
When considering questions of ethics, it could be argued not using these samples to derive maximum benefit is in fact unethical, because their potential is wasted. Using leftover samples also minimises the cost of preliminary studies, which are often funded by taxpayers.
The use of leftover pathology samples in research has been subject to some debate. Andrey_Popov/Shutterstock Inconsistencies in policy
Despite NHMRC guidance, certain states and territories have their own legislation and guidelines which differ in important ways. For instance, in New South Wales, only pathology services may use leftover specimens for certain types of internal work. In all other cases consent must be obtained.
Ethical standards and their application in research are not static, and they evolve over time. As medical research continues to advance, so too will the frameworks that govern the use of leftover samples. Nonetheless, developing a nationally consistent approach on this issue would be ideal.
Striking a balance between ensuring ethical integrity and fostering scientific discovery is essential. With ongoing dialogue and oversight, leftover pathology samples will continue to play a crucial role in driving innovation and advances in health care, while respecting the privacy and rights of individuals.
Christine Carson, Senior Research Fellow, School of Medicine, The University of Western Australia and Nikolajs Zeps, Professor, School of Public Health and Preventive Medicine, Monash University
This article is republished from The Conversation under a Creative Commons license. Read the original article.
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Taking A Trip Through The Evidence On Psychedelics
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In Tuesday’s newsletter, we asked you for your opinions on the medicinal use of psychedelics, and got the above-depicted, below-described, set of responses:
- 32% said “This is a good, evidence-based way to treat many brain disorders”
- 32% said “There are some benefits, but they don’t outweigh the risks”
- 20% said “This can help a select few people only; useless for the majority”
- 16% said “This is hippie hogwash and hearsay; wishful thinking at best”
Quite a spread of answers, so what does the science say?
This is hippie hogwash and hearsay; wishful thinking at best! True or False?
False! We’re tackling this one first, because it’s easiest to answer:
There are some moderately-well established [usually moderate] clinical benefits from some psychedelics for some people.
If that sounds like a very guarded statement, it is. Part of this is because “psychedelics” is an umbrella term; perhaps we should have conducted separate polls for psilocybin, MDMA, ayahuasca, LSD, ibogaine, etc, etc.
In fact: maybe we will do separate main features for some of these, as there is a lot to say about each of them separately.
Nevertheless, looking at the spread of research as it stands for psychedelics as a category, the answers are often similar across the board, even when the benefits/risks may differ from drug to drug.
To speak in broad terms, if we were to make a research summary for each drug it would look approximately like this in each case:
- there has been research into this, but not nearly enough, as “the war on drugs” may well have manifestly been lost (the winner of the war being: drugs; still around and more plentiful than ever), but it did really cramp science for a few decades.
- the studies are often small, heterogenous (often using moderately wealthy white student-age population samples), and with a low standard of evidence (i.e. the methodology often has some holes that leave room for reasonable doubt).
- the benefits recorded are often small and transient.
- in their favor, though, the risks are also generally recorded as being quite low, assuming proper safe administration*.
*Illustrative example:
Person A takes MDMA in a club, dances their cares away, has had only alcohol to drink, sweats buckets but they don’t care because they love everyone and they see how we’re all one really and it all makes sense to them and then they pass out from heat exhaustion and dehydration and suffer kidney damage (not to mention a head injury when falling) and are hospitalized and could die;
Person B takes MDMA in a lab, is overwhelmed with a sense of joy and the clarity of how their participation in the study is helping humanity; they want to hug the researcher and express their gratitude; the researcher reminds them to drink some water.
Which is not to say that a lab is the only safe manner of administration; there are many possible setups for supervised usage sites. But it does mean that the risks are often as much environmental as they are risks inherent to the drug itself.
Others are more inherent to the drug itself, such as adverse cardiac events for some drugs (ibogaine is one that definitely needs medical supervision, for example).
For those who’d like to see numbers and clinical examples of the bullet points we gave above, here you go; this is a great (and very readable) overview:
NIH | Evidence Brief: Psychedelic Medications for Mental Health and Substance Use Disorders
Notwithstanding the word “brief” (intended in the sense of: briefing), this is not especially brief and is rather an entire book (available for free, right there!), but we do recommend reading it if you have time.
This can help a select few people only; useless for the majority: True or False?
True, technically, insofar as the evidence points to these drugs being useful for such things as depression, anxiety, PTSD, addiction, etc, and estimates of people who struggle with mental health issues in general is often cited as being 1 in 4, or 1 in 5. Of course, many people may just have moderate anxiety, or a transient period of depression, etc; many, meanwhile, have it worth.
In short: there is a very large minority of people who suffer from mental health issues that, for each issue, there may be one or more psychedelic that could help.
This is a good, evidence-based way to treat many brain disorders: True or False?
True if and only if we’re willing to accept the so far weak evidence that we discussed above. False otherwise, while the jury remains out.
One thing in its favor though is that while the evidence is weak, it’s not contradictory, insofar as the large preponderance of evidence says such therapies probably do work (there aren’t many studies that returned negative results); the evidence is just weak.
When a thousand scientists say “we’re not completely sure, but this looks like it helps; we need to do more research”, then it’s good to believe them on all counts—the positivity and the uncertainty.
This is a very different picture than we saw when looking at, say, ear candling or homeopathy (things that the evidence says simply do not work).
We haven’t been linking individual studies so far, because that book we linked above has many, and the number of studies we’d have to list would be:
n = number of kinds of psychedelic drugs x number of conditions to be treated
e.g. how does psilocybin fare for depression, eating disorders, anxiety, addiction, PTSD, this, that, the other; now how does ayahuasca fare for each of those, and so on for each drug and condition; at least 25 or 30 as a baseline number, and we don’t have that room.
But here are a few samples to finish up:
- Psilocybin as a New Approach to Treat Depression and Anxiety in the Context of Life-Threatening Diseases—A Systematic Review and Meta-Analysis of Clinical Trials
- Therapeutic Use of LSD in Psychiatry: A Systematic Review of Randomized-Controlled Clinical Trials
- Efficacy of Psychoactive Drugs for the Treatment of Posttraumatic Stress Disorder: A Systematic Review of MDMA, Ketamine, LSD and Psilocybin
- Changes in self-rumination and self-compassion mediate the effect of psychedelic experiences on decreases in depression, anxiety, and stress.
- Psychedelic Treatments for Psychiatric Disorders: A Systematic Review and Thematic Synthesis of Patient Experiences in Qualitative Studies
- Repeated lysergic acid diethylamide (LSD) reverses stress-induced anxiety-like behavior, cortical synaptogenesis deficits and serotonergic neurotransmission decline
In closing…
The general scientific consensus is presently “many of those drugs may ameliorate many of those conditions, but we need a lot more research before we can say for sure”.
On a practical level, an important take-away from this is twofold:
- drugs, even those popularly considered recreational, aren’t ontologically evil, generally do have putative merits, and have been subject to a lot of dramatization/sensationalization, especially by the US government in its famous war on drugs.
- drugs, even those popularly considered beneficial and potentially lifechangingly good, are still capable of doing great harm if mismanaged, so if putting aside “don’t do drugs” as a propaganda of the past, then please do still hold onto “don’t do drugs alone”; trained professional supervision is a must for safety.
Take care!
Don’t Forget…
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The Sugary Food That Lowers Blood Sugars
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It’s Q&A Day at 10almonds!
Have a question or a request? We love to hear from you!
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
❝Loved the article on goji berries! I read they are good for blood sugars, is that true despite the sugar content?❞
Most berries are! Fruits that are high in polyphenols (even if they’re high in sugar), like berries, have a considerable net positive impact on glycemic health:
- Polyphenols and Glycemic Control
- Polyphenols and their effects on diabetes management: A review
- Dietary polyphenols as antidiabetic agents: Advances and opportunities
And more specifically:
Dietary berries, insulin resistance and type 2 diabetes: an overview of human feeding trials
Read more: Which Sugars Are Healthier, And Which Are Just The Same?
As for goji berries specifically, they’re very high indeed in polyphenols, and also have a hypoglycemic effect, i.e., they lower blood sugar levels (and as a bonus, increases HDL (“good” cholesterol) levels too, but that’s not the topic here):
❝The results of our study indicated a remarkable protective effect of LBP in patients with type 2 diabetes. Serum glucose was found to be significantly decreased and insulinogenic index increased during OMTT after 3 months administration of LBP. LBP also increased HDL levels in patients with type 2 diabetes. It showed more obvious hypoglycemic efficacy for those people who did not take any hypoglycemic medicine compared to patients taking hypoglycemic medicines. This study showed LBP to be a good potential treatment aided-agent for type 2 diabetes.❞
- LBP = Lycium barbarum polysaccharide, i.e. polysaccharide in/from goji berries
- OMTT = Oral metabolic tolerance test, a test of how well the blood sugars avoid spiking after a meal
For more about goji berries (and also where to get them), for reference our previous article is at:
Goji Berries: Which Benefits Do They Really Have?
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Trout vs Haddock – Which is Healthier?
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Our Verdict
When comparing trout to haddock, we picked the trout.
Why?
It wasn’t close.
In terms of macros, trout has more protein and more fat, although the fat is mostly healthy (some saturated though, and trout does have more cholesterol). This category could be a win for either, depending on your priorities. But…
When it comes to vitamins, trout has a lot more of vitamins A, B1, B2, B3, B5, B6, B12, C, D, and E, while haddock is not higher in any vitamins.
In the category of minerals, trout has more calcium, copper, iron, magnesium, potassium, and zinc, while haddock has slightly more selenium. Given that a 10oz portion of trout already contains 153% of the RDA of selenium, however, the same size portion of haddock having 173% of the RDA isn’t really a plus for haddock (especially as selenium can cause problems if we get too much). Oh, and haddock is also higher in sodium, but in industrialized countries, most people most of the time need less of that, not more.
On balance, the overwhelming nutritional density of trout wins the day.
Want to learn more?
You might like to read:
Farmed Fish vs Wild Caught: It Makes Quite A Difference!
Take care!
Don’t Forget…
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