Author Archives: Paul Jaminet - Page 118

Perfect Health Diet for Athletes

I’d like to bring a little information up from the comments so that it’s accessible to people using Search to find material. Today’s is about how competitive athletes should eat.

We’ve had several questions about proper diets for athletes, the most recent from Lindsay:

I was just having a conversation with a friend this morning about body fat % and BMI. She is an endurance athlete who is currently training for an ultra marathon. This means she is running about 15-20 hours/ week and weight training two days/week. I am generally the one to give her advice on food intake and so on, but with such a massive exercise load it has become tricky. She recently had her body fat measured and it’s 17% (pretty low for a woman). She was then told she needs to gain at least 10 pounds, preferably in the form of muscle. What is in your opinion the best way to do this for someone with such high calorie needs? Obviously the most calorie dense foods are generally grains, but logically that seems like a bad choice. Thoughts?

Our basic recommendations for athletic training diets don’t vary much for different sports. Diets are designed to meet the body’s nutritional diets; assure there are no nutrient deficits which might slow training progress; and prevent toxicity from too much of anything.

For people who are purely focused on athletic performance, we recommend carb intake of 500 + 50-100 calories per hour of intense training, protein around 600 calories, plus fats adjusted to appetite.

So for Lindsay’s friend this would translate to 600-700 carb calories and 600 protein calories and I would guess 2,000-3,000 fat calories daily.

Carb calories should come from our safe starches: white rice, taro, sweet potato, potato, cassava/tapioca, sago, etc., plus some fruits and berries. Rice is a good choice for runners, since with its low fiber content it doesn’t create a sense of fullness.

Protein calories should come largely from fatty meats plus a bit of whey powder. About 3/4 to 1 lb meat per day would provide optimal protein, plus maybe 100 calories whey powder.

Fat calories should come from fatty meats (ribs, bacon, fatty cuts of beef like ribeye, salmon, lamb), fatty plant foods (e.g. avocado, nuts), egg yolks, dairy (cream, butter, whole fat yogurt, cheeses) and low omega-6 oils: coconut oil, butter, beef tallow.

To make the fats more palatable, mix them into the other foods: e.g. make mashed sweet potato with coconut oil and butter, or put lots of butter or cream cheese on the potato. Put butter on top of the steak or salmon, if more calories are needed.

This should provide sufficient calories. If more calories are needed, just add more fat.

Some tweaks can be added to this:

  • Intermittent fasting enhances growth hormone levels and promotes muscle development. Fasting 16 hours and eating in an 8 hour window each day is one way to implement this. Another way is to implement a longer fast – 36 hours coconut oil and water only – one day a week. Athletes should continue normal training while fasting.
  • Carb loading before competition is often desirable. We discuss how to do this in the book. It basically involves very low-carb eating for a few weeks, to dissipate glycogen reservoirs, then extremely high carb eating a few days before an event to saturate them.

Athletes should also strive to be replete with micronutrients. We give micronutrient recommendations in our book, and I’ll put up a page with those sometime this week.

What’s the Ideal BMI?, II

Hans Keer of Cut the Carb posted this picture on my Facebook Wall and it made me laugh, so I thought I’d share it. Which 33.9 BMI is the ideal?

UPDATE: The Perfect Health Diet aims, first and foremost, to transform the right-hand body type into the healthier left-hand body type. In the comments, erp says she’s experiencing just that change: in six weeks on the diet, her weight has not changed, but her dress size has dropped from 14 to 10. Presumably, the weight has migrated from fat cells into muscle and bone — just what we want for good health!

What’s the Ideal BMI?

Winalot asked what I thought was the ideal bodyweight or BMI.  I’m not sure there’s a single ideal – different lifestyles will naturally generate different bodies – but I think we’d all agree that this young lady has a pretty healthy body shape:

You can also see her deadlifting in this video, where they tell us she weighs 98 pounds. If she is 5’0” tall, then her BMI is 19.

One factor to keep in mind is that, as Wikipedia notes, the BMI improperly accounts for height — it scales proportionally to height. So a 6’ person with a BMI of 25 has the same body shape as a 5’ person with a BMI of 21.

I’ve always been slender, but as I’ve improved my diet and nutrition I’ve actually gotten heavier. I now weigh 182 lbs at 6’0”, which translates to a BMI of 24.7.  I used to be 160-165 lbs. I’m still slender and have, if anything, less fat than before, but more muscle and I am convinced my bones are denser. Certainly, my teeth are harder and whiter.

If, as I think, I added 10 pounds or so to my bones through vitamin D, K2, C, and magnesium supplementation, then it’s rather obvious that BMI is not a precise measure of health. A BMI of 25 in a person with little muscle and fragile demineralized bones is overweight; but a BMI of 19, even with a great body shape, might indicate some missing nutritional elements.

If the lady in the video is really only 98 pounds, I would suspect that either she’s shorter than 5’0” or that her bones are not as dense as they should be, and she should supplement D, K2, C and magnesium.

Both Shou-Ching and I are pretty sedentary – we both spend 60 hours per week or more at our computers. We go to the gym twice a week for about 30 minutes, and go for a walk for about 2 hours on weekends, or play tennis. We would love to get outdoors and exercise more, but life is busy for us.

If you eat right and your metabolism is healthy, not a lot of exercise is needed to attain an attractive body shape and move mass from adipose cells into muscle. Even though we’re sedentary, both of us have been getting stronger, and we’ve remained fairly slender.

So: Be sure to eat at least 600 calories per day of carbs+protein, and there should be sufficient protein for muscle synthesis. (At lower carb+protein intakes, more protein may be consumed in gluconeogenesis than is eaten, for a net loss of protein from muscle.) Resistance exercise will help drive muscle development. These steps will allow surplus fat to go into muscles, not belly flab. Then control overall calorie intake, perhaps with intermittent fasting, to keep adipose fat from growing. All this should be natural and easy, if your metabolism has not been damaged in some fashion; and your body should end up with an excellent shape.

Wheat Causes Arthritis and Other Diseases – But Victims Love It

Simona asked about her daughter’s scoliosis, and I advised that she cease eating wheat, since auto-antibodies to wheat are associated with development of scoliosis. In her response she mentioned the difficulty of convincing her family to give up wheat:

I have been trying to convince my husband to avoid wheat and gluten altogether, unsuccessfully, he sees it as extreme and unnecessary caution…. The only thing that could be changed besides introducing liver is eliminating the sourdough bread sandwich for lunch.(and obviously focusing on gluten-free cakes) Easier said than done.

This is the almost universal response:  people love wheat! 

In my first response to Simona I cited a paper that looked at wheat-induced auto-antibodies in rheumatoid arthritis patients. That was an interesting paper in several respects, but one of them was the reaction of the four patients with wheat autoimmunity to the results.

The clinical features of the four cases positive for IgG or IgA anti-tTG were as follows: The first case (female, 63 yrs) positive for IgA anti-tTG antibody suffered from rheumatoid arthritis, type II diabetes mellitus, iron deficiency anemia and gastric indigestion without symptoms of malabsorption. She denied any gluten sensitivity on her diet. Her esophagogastroduodenoscopic biopsy showed mucosal atrophy with no elongated crypts or infiltration of inflammatory cells in the lamina propria. The remaining three cases positive for anti-tTG antibodies had interstitial pneumonia, a herniated lumbar disc, and mild scoliosis, respectively. They all denied any malabsorption symptoms or gluten sensitivity. [1]

These four people were poisoning themselves with wheat; all had indisputable signs of autoimmune damage from wheat; and yet all insisted that they had no sensitivity to wheat.

In the book we mention one reason for this:  wheat proteins digest to opioid peptides which stimulate the same receptors as morphine and heroin. [2,3,4] Wheat is pleasurable to consume and, quite literally, addictive.

Of course, morphine is famously effective at pain relief. It’s possible that wheat has the same effect. That may be another reason that people with painful conditions, like arthritis, feel better when eating wheat, and reject the idea they have wheat sensitivity.

Conclusion

One reason chronic diseases are so rarely cured is that in many cases, essential curative steps make people miserable for a time, while steps that aggravate the disease make people feel better.

This happens in chronic bacterial infections of the brain, where sugary drinks relieve a bacteria-induced cognitive hypoglycemia, making people feel better, but also enable the bacteria to proliferate and worsen the infection.

I was for years a poster child for bad eating:

  • I used to love French bread and, when I was too busy to fix a meal, would eat a whole baguette with cheese.
  • For years I drank a lot of colas because it temporarily made my brain more functional and happier.

Perhaps my purpose in life is well described by this poster:

Maybe my story can help scare your family straight, Simona. I’d hate to think my illness did no good at all!

References

[1] Song KS, Choi JR. Tissue transglutaminase autoantibodies in patients with IgM rheumatoid factors. Yonsei Med J. 2004 Oct 31;45(5):960-2. http://pmid.us/15515214.

[2] Zioudrou C et al. Opioid peptides derived from food proteins: The exorphins. J Biol Chem. 1979 Apr 10;254(7):2446-9. http://pmid.us/372181.

[3] Huebner FR et al. Demonstration of high opioid-like activity in isolated peptides from wheat gluten hydrolysates. Peptides. 1984 Nov-Dec;5(6):1139-47. http://pmid.us/6099562.

[4] Fukudome S, Yoshikawa M. Opioid peptides derived from wheat gluten: their isolation and characterization. FEBS Lett. 1992 Jan 13;296(1):107-11. http://pmid.us/1309704.