Health

Food Tidbits

Fruit

Most fruits have been genetically engineered (via selective breeding, not via the methods that people have been complaining about) to have more sugar relative to fiber than wild fruit. So I seek fruits that have been neglected by agriculture and have nutrient levels that are more like the fruit that our ancestors ate … hmm, I’m probably oversimplifying dangerously there. I suspect there are a number of wild fruits that aren’t especially nutritious, but my heuristic of getting more wild-caught fruit is at least slightly healthier than eating exclusively factory-farmed fruit.

I’m currently trying to get a paleo level of fiber using the heuristics that good food should have at least 25% of its carbs as fiber, and more than 50g of fiber per 2000 calories.

Saskatoon berries (sometimes known as serviceberry, shadberry, or juneberry) are my favorite fruit.

I’ve seen some highly conflicting reports about their nutritional value, but the most reliable-looking version says 140 grams of fiber per 2000 calories (32% of total carbs). The most convenient way to get saskatoon berries is in pie filling that has too much added sugar, but still has around 67g of fiber per 2000 calories.

I recommend adding generous amounts of nutmeg and cinnamon, and a few walnuts, and eating without any further preparation.

Baobab fruit has about 320g of fiber per 2000 calories (64% of carbs come from fiber!). I find the taste to be slightly less pleasant than that of a typical fruit, so I mostly use baobab powder as somewhere in between food and medicine, and also eat various baobab bites from nuts.com (alas, those contain fruit juice that dilutes their nutritional value a lot).

The Hadza get 7-15% of calories from baobab, and get little western disease.

Fruits that are less healthy, but have interesting taste:

Freeze dried durian

Freeze dried mangosteen

Freeze dried dragonfruit

A fruit that breaks my category system:
Avocados have a well rounded set of nutrients, and Trader Joe’s Avocado’s Number Guacamole is almost pure avocado, and more convenient than whole avocados.

Roots

Taro root:
if you shop at a grocery store that caters to asian customers, you should be able to buy taro roots that weigh several pounds, for a dollar a pound. It has more nutrition per pound (or dollar) than most other starchy roots, although not as much nutrition per calorie as sweet potatoes (I presume you already know that sweet potatoes are a good source of nutrition).

I just slice off a piece, microwave it, and add salt/potassium chloride. I find it especially valuable for feeling full/getting plenty of fiber on days when I’m doing protein fasts, as it’s unusually low in protein.

Nomato sauce:
is made primarily from carrots and beets. It’s mainly a tomato sauce substitute for those who are allergic to tomato. It’s likely a bit healthier than tomato sauce, but if you’re currently satisfied with tomato sauce, then nomato sauce is likely not tasty enough to get you to switch (but it’s fairly close to being that tasty). I use it for paleo-friendly versions of pizza (crust: shredded carrot, egg, olive oil, and various flours) and spaghetti (with sweet potato noodles).

Flours

I use a variety of flours in baking that are generally healthier than grain-based flours:

  • Almond
  • Arrowroot
  • Baobab
  • Cassava
  • Chestnut
  • Coconut
  • Cricket
  • Garbanzo
  • Green Banana
  • Green Pea
  • Potato
  • Sweet Potato
  • Tigernut

Nuts/seeds

Baru nuts:
interesting, and backed by some trendy sounding hype. I don’t know whether there’s any reason to prefer them to other nuts. I eat a modest amount, for variety.

I’ve moderated my anti-grain stance a bit, and now cook millet occasionally. It’s got the nutritional features of a whole grain, and tastes more like a refined grain.

Popped sorghum:
like popcorn, but with more fiber and other nutrients.

Lupin:
yet another legume, that isn’t particularly remarkable compared to familiar legumes. It’s a bit like a lima bean or soybean. Brami sells a lightly fermented version that’s a bit more convenient than a typical bean, and fermenting likely adds some nutritional value.

For canned beans, I recommend Eden Foods, since they’re soaked overnight and pressure cooked, eliminating some possibly harmful lectins.

Milked Almonds:
like almond milk, but with a higher nut to water ratio, and minus the vitamins/minerals that get added to almond milk in order to make its nutritional profile more infant-oriented.

Processed foods

Not whole foods, but likely still fairly healthy:

Pegan thin bars, chocolate lava:
Each of these bars has a whopping 26 g of fiber. It probably a good omega-6/omega-3 ratio, but I can’t find good evidence about that – it uses de-fatted Sacha Inchi seeds, which have a great percentage of omega-3 in any fat that remains, but I don’t see any info about whether the de-fatting leaves much fat compared to the poorer sunflower oil that they add.

Perfect Keto Bars – fiber, and plenty of collagen from grass-fed cows:
if you get most of you protein from animals, you likely have a poor glycine to methionine ratio. If you eat lots of milk or eggs (Mealsquares?), that ratio is even more likely to be poor. It only takes a little collagen to fix that ratio. (The Pegan thin bars also have a good glycine to methionine ratio).

Swerve or pure erythritol:
fairly natural ways to sweeten foods while adding almost no digestible calories. It’s hard to know whether these are as safe as not using sweeteners. They taste fairly similar to regular sugar, maybe cause mild digestive problems in some people, and work in some but not all baked goods.

Potassium chloride:
Most people should be getting more potassium relative to sodium (with important exceptions for people who take some trendy(?) drugs). Regulations restrict many convenient ways to do this, but it’s pretty easy to replace table salt with potassium chloride salt.

Green mussel pills:
if you want something healthier than a vegan diet without causing animals to suffer, but don’t like oysters, green mussel pills seem convenient.

Liver pills (from grass fed beef):
a relatively natural way to get some B12, B2 (riboflavin) and folate.

Wink Frozen Deserts:
taste a bit like ice cream, but have almost no calories. They’re mostly water, with some inulin and pea protein.

Miscellaneous

I bought a scale that weighs food to the nearest gram for my alternate day calorie restriction diet, and that has been better than measuring by volume for a variety of cooking tasks.

Finally, one food that I likely won’t get around to trying: Hákarl (aka rotten shark). It apparently takes months to make it non-poisonous. How did someone have the patience to discover that process?

Book review: The Longevity Diet: Discover the New Science Behind Stem Cell Activation and Regeneration to Slow Aging, Fight Disease, and Optimize Weight, by Valter Longo.

Longo is a moderately competent researcher whose ideas about nutrition and fasting are mostly heading in the right general direction, but many of his details look suspicious.

He convinced me to become more serious about occasional, longer fasts, but I probably won’t use his products.
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Food Delivery Reviews

New food delivery services are springing up like weeds.

Hopes

I’m primarily interested now in a substitute for restaurants. As I currently use restaurants, they provide variety in my food, but aren’t particularly convenient or healthy. Restaurant delivery services have been improving, but the user interfaces for ordering still seem clumsy and primitive (few restaurants seem to care enough to interface well with delivery services, and even fewer restaurants have both healthy food and adequate nutritional labeling).
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Book review: Tripping over the Truth: the Return of the Metabolic Theory of Cancer Illuminates a New and Hopeful Path to a Cure, by Travis Christofferson.

This book is mostly a history of cancer research, focusing on competing grand theories, and the treatments suggested by the author’s preferred theory. That’s a simple theory where the prime cause of cancer is a switch to fermentation (known as the metabolic theory, or the Warburg hypothesis).

He describes in detail two promising treatments that were inspired by this theory: a drug based on 3-bromopyruvate (3BP), and a ketogenic diet.

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Book(?) review: Microbial Burden: A Major Cause Of Aging And Age-Related Disease, by Michael Lustgarten.

This minibook has highly variable quality.

Lustgarten demonstrates clear associations between microbes and aging. That’s hardly newsworthy.

He’s much less clear when he switches to talking about causality. He says microbes are the root cause of aging, and occasionally provides weak evidence to support that.

I still have plenty of reason to suspect that much of those associations are due to frailty and declining immune systems, which let microbes take over more. Lustgarten doesn’t make the kind of argument that would convince me that the microbe –> senility causal path is more important than the senility –> microbe causal path.

He has a decent amount of practical advice that is likely to be quite healthy even if he’s wrong about the root cause of aging, including: eat lots of leaves, green peppers, mushrooms, and use low pH soap.

One confusing recommendation is to limit our protein intake to moderate levels.

He provides a nice graph of mortality as a function of BUN (see here for more evidence about BUN), which hints that we should reduce BUN by reducing protein intake.

He also notes that methionine restriction has significant evidence behind it, and methionine restriction requires restricting protein, especially animal proteins.

Yet I see some suggestions that protein (methionine) restriction is likely only helpful in people with kidney disease.

My impression is that high BUN mostly indicates poor health when it’s caused by kidney problems, and doesn’t provide much reason for reducing protein consumption, and least in people with healthy kidneys.

Lustgarten has since blogged about evidence (see the 7/11/2018 update) that higher protein intake helps reduce his homocysteine.

I have also noticed a (noisy) negative correlation between my protein consumption and my homocysteine levels. But that might be due to riboflavin – when I reduce my protein intake, I also reduce my riboflavin intake, since crickets are an important source of riboflavin for me. So I want to do more research into dietary protein before deciding to reduce it.

The book is too quick to dive into technical references, with limited descriptions of why they’re relevant. In many cases, I decided they provided only marginal support to his important points.

Read his blog before deciding whether to read the minibook. The blog focuses more on quantified-self-style reporting, and less on promoting a grand theory.

I wrote this post to try to clarify my thoughts about donating to the Longevity Research Institute (LRI).

Much of that thought involves asking: is there a better approach to cures for aging? Will a better aging-related charity be created soon?

I started to turn this post into an overview of all approaches to curing aging, but I saw that would sidetrack me into doing too much research, so I’ve ended up skimping on some.

I’ve ordered the various approaches that I mention from most directly focused on the underlying causes of aging, to most focused on mitigating the symptoms.

I’ve been less careful than usual to distinguish my intuitions from solid research. I’m mainly trying here to summarize lots of information that I’ve accumulated over the years, and I’m not trying to do new research.
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I tried the Plant Paradox diet, and didn’t notice any significant effects on my health. I was mainly hoping for improvements in my homocysteine and LDL-P, and I saw little change there.

My thyroid levels declined during that time – I expected some decline due to reasons relating to the inflammation which increased my thyroid levels earlier in the year, but the actual decline was larger than I expected. Most likely that was unrelated to the diet, and may have confounded my attempt to evaluate the diet.

Robert’s walnut allergy seemed to be eliminated or substantially reduced (although he doesn’t test that often enough to provide strong evidence that the Plant Paradox diet was what made the difference), and maybe some improvement in his acne (but probably less so than with the SCD diet). He experienced some discomfort when he resumed eating commercial burritos (due to gluten?), but less than after quitting the SCD diet.

I have concluded that this diet has small benefits compared to other reasonable attempts at a paleo diet, and those benefits vary a good deal from person to person. Since it’s a bit less convenient than a typical paleo diet, I’ve abandoned it.

[Warning: this post contains lots of guesses based on weak evidence. I’d be surprised if I got more than 80% of it right.]

I’ve long acted as if a good diet is fairly important, and I’ve gathered lots of relevant evidence. But until recently I classified that evidence into many small topics related to specific nutrients and health problems, and never organized those ideas into an overall assessment of how important a good diet is.

Comments by Jim Babcock prompted me to investigate a broader overview.

This post will mainly focus on evaluating the importance of nutrition for adults in wealthy nations, then will summarize my guesses about how to achieve a good diet.

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The Plant Paradox

Book review: The Plant Paradox, by Steven R. Gundry.

This book describes a good diet, which Gundry seems to have put together by combining ideas from other competent nutritionists, testing many variations on himself and his patients, and keeping the components that showed the best results.

Unfortunately, his rhetoric is designed to convince us that he’s got brilliant, revolutionary theories. That rhetoric bears little resemblance to careful reasoning. It seems more likely that he tried a bunch of arguments on his patients, and kept the ones that more effectively scared them into following his diet.

His puns are mightier than his scalpel (“No More Mr. Knife Guy”).

I first noticed Gundry via the ApoE4 website, at about the time I gave up hoping that I could eat coconut fat without raising my cholesterol. I saw that Gundry recommended no coconut fat for my genotype, but liked coconut fat for others. That led me to think: here’s a paleo-friendly nutritionist who knows more than average.

Then I switched for 5 or 6 weeks to a diet more in line with his Apoe4 advice [1], and was surprised at how much more my cholesterol levels dropped than I expected. I only have modest evidence suggesting that that dietary change was the main reason for the cholesterol drop, but it’s still a bit of evidence that Gundry knows something valuable that I would have otherwise have overlooked.
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