Sunday, January 31, 2010

All hail the Sweet Potato!!

Ok so the sweet potato is definately a starchy carb and like all whole foods the nutritional values can tell us alot more than just its identification. If you look @ your paleo dietary guidelines it says avoid starchy carbs, yet it seems every site I hold in high regard in reference to paleolithic eating says "sweet potato good!!!" So what gives? alright here is what I can tell you, yes it is a starchy carb, but it is also a root and roots are typically held in favor when you are talking about our ancestral diet. They are also not toxic if eaten raw like its ugly cousin the potato, in fact in the polynesian islands it was ground into a paste and eaten for thousands of years. Still not convinced? Well here are a few more facts for you.. because it is so high in antioxidants properties it is listed among the top 16 paleo foods when rated for overall nutrients. It is extremely high in vitamin A as betacarotene, vitamin C, manganese, copper potassium, iron and the list goes on. When you hear people talk about Okinawans being the longest lived people on the planet and attribute it to their diet they are talking about the traditional Okinawan diet, the staples of this diet were, fish, pork and of course SWEET POTATO'S!!! Rice was not a staple of the okinawan diet until they were invaded by the Japanese and forced to grow rice as payment of taxes. Granted we still need to take into consideration that Starchy means carbs and that we should eat them somewhat sparingly but @ 15 net carbs per 100 grams, and a glycemic load of 7 we can definitely say the pro's outweigh the con's.


Apple-Stuffed Roasted Chicken With Sweet Potato Chips

chicken 2 Apple Stuffed Roasted Chicken With Sweet Potato Chips After all the animal fat talk this week, I figured a recipe was in order. But how could I make a dish that revolved around animal fat? Animal fats usually are just cooking aids, rather than stars of the show – it wasn’t like I could just plop a few ounces of rendered lard on a plate and serve that up – so I had to somehow emphasize them. To accomplish this, I used three different animal fats in the making of the dish. Bacon lard coated the oven-roasted chicken, the apples cooked in goose fat, and the sweet potato chips were fried in freshly-rendered beef tallow.

Here’s what you’ll need:

A chicken (I used a four-pounder)
Apples (I used gala)
Sweet potatoes
Goose fat
Bacon lard
Tallow
Sea salt
Pepper
Cardamom
A lemon

DSC 0099 Apple Stuffed Roasted Chicken With Sweet Potato Chips

First, preheat your oven to 425 degrees and place your three fats on the counter to soften. Rinse your chicken and save the organs. After patting it dry, coat your chicken, inside and out, with sea salt and black pepper. Make sure the salt is really being absorbed into the skin. Set it aside until this takes place.

DSC 0101 Apple Stuffed Roasted Chicken With Sweet Potato Chips

Next, chop up your apples into cubes. I used 3 medium sized gala apples, very crisp and sweet. They were organic, so I left the peels on. Sprinkle a good amount of fresh lemon juice (about half a lemon’s worth) onto your apples and toss.

DSC 0103 Apple Stuffed Roasted Chicken With Sweet Potato Chips

Stuff your chicken with the apples. If you can’t fit them all, don’t worry. You’ll be removing the original bunch about halfway through the roasting, at which point you can re-stuff the chicken with the leftover apples.

Coat the chicken liberally with the softened bacon lard. I used three nice big globs. You’ll probably have to use your hands and get a little greasy if you really want a good coating… and you want a good coating. Once it’s all coated (don’t forget the bottom), put the chicken breast up in a roasting pan and pop it into the oven.

DSC 0106 Apple Stuffed Roasted Chicken With Sweet Potato Chips

While the chicken roasts and the delicious scent of heated bacon fat fills the kitchen, you should prep the sweet potatoes. Peel them and then, with the sharpest knife available, slice them as thin as you can. Achieving a crispy sweet potato can be really difficult, and a thickness of more than a few millimeters pretty much makes it impossible (without resorting to a starchy coating, which you don’t want). Lay your potato slices out on a paper towel, sprinkle salt on both sides, and cover them with another paper towel. The salt will draw out moisture and the towels will soak it up. Remember, moisture is the enemy of crispness.

DSC 0110 Apple Stuffed Roasted Chicken With Sweet Potato Chips

After thirty minutes in the oven, reduce the heat to 375 degrees. The skin should be nicely browning by now. If you have more apples you’d like to cook, now’s the time to make the switch. Use a spoon to scoop out the warm apples and reserve them in a bowl. Stuff the chicken with the new apples. Put the bird back in the oven.

After forty minutes, your chicken should be done. Make sure it is by stabbing the thickest part of the thigh; if the juices run clear, it’s done. If they run red, it still has a bit more to go. My four-pounder was done after forty, but oven temperatures and bird weights will vary, so do the stab test. If your chicken’s done, remove the apples and add them to the original bunch, sprinkling some cardamom over all of them.

Now it’s time to heat the tallow. Get a heavy pan (cast iron is probably best) and use enough tallow to make about a half-inch of liquid fat. Heat it over medium-high heat for a few minutes, then do a test run. Add a single sweet potato slice (they should be ready by now) and monitor it closely. If it starts to brown and crisp up after just a few minutes, you have a good heat level. Go ahead and add the rest. Don’t overcrowd the pan, because that will drop the temperature. Use tongs to occasionally flip the slices, making sure not to allow burning. The key is having incredibly thinly sliced potato slices so that the frying is brief and instantaneous. Let them cool/drain on a paper towel.

DSC 0116 Apple Stuffed Roasted Chicken With Sweet Potato Chips

At the same time, heat a couple tablespoons of goose fat in another heavy pan over medium-high heat. Add your apples. They’re pretty much cooked already (from their time in the chicken), so you’re mainly looking to get a nice crust on them. When you’re satisfied with the texture and the level of char, remove them from the heat.

DSC 0117 Apple Stuffed Roasted Chicken With Sweet Potato Chips

Next, combine all three on the same piece of circular ceramic and dig in!

chicken 2 Apple Stuffed Roasted Chicken With Sweet Potato Chips

Thursday, January 28, 2010

We would love to hear about some of the results two weeks in... If your group leader wants to keep it top secret then don't compromise your relationship with them but if you have some great results to report that would help others that are struggling then please post some of your data to comments!!!

Wednesday, January 27, 2010

Ok so I'm about to just link this page so it automatically goes to Mark Sissons site... Again he comes through with some great points @ the perfect time. Each and every one of us needs to honestly evaluate our diets. If we are not be honest about our diet, who is really the one losing here. So many people think that paleolithic eating means we can eat as much as we want as long as we stay within the paleo boundaries. Mark is quick to point out that @ some point calories in calories out still holds validity. Yes we tend not to calorie count because Paleo eating SHOULD be calorically restrictive by nature, but lets remember those cave dudes were much more active than us, they often intermittently fasted (unintentionally) when the hunt failed and they did not have excess food stores because they were nomadic.

17 Reasons You’re Not Losing Weight

weightlossdespair 17 Reasons Youre Not Losing WeightEffective, healthy weight loss isn’t only due to the simplistic calories in, calories out paradigm. Nor is it solely reliant on diet and exercise. It’s everything – it’s all the various signals our body receives from the environment that affect how our genes express themselves and thrive. How we approach the subject matters, too. Our mood, our methods, our temperament. Our conscious decisions and our willpower. It’s setting good habits and expunging bad ones. Most of all, it comes down to keeping our genes happy by providing an environment that approximates evolutionary precedent.

1. You think you’re eating healthy, but aren’t.

Does your diet consist of a massive amount of “products”? Low-carb or not, you want to eat real food. Flagons of diet soda, plates of pure fiber in the shape of noodles, and loaves of 1g net carb “bread” do not a Primal diet make. You’re just feeding an addiction and consuming empty calories – sound familiar? Disregard the labels and look inside for what you know to be true: this crap isn’t food, and you shouldn’t be eating it. It’s about way more than just low-carb.

2. You’re under too much stress.

The stress response system is subconscious; it responds to stimuli and nothing else. Emotional stress, physical stress, financial stress, relationship stress – I hesitate to even make these distinctions, because the body does not differentiate between sources of stress. They all cause the body to produce cortisol, the fight-or-flight hormone that catabolizes muscle, worsens insulin resistance, and promotes the storage of fat. For 200,000 years, stress meant a life or death situation. It was intense and infrequent, and the cortisol release was arresting and extreme enough to improve the chances of survival. Today, our body responds to a stack of paperwork the same way. Traffic jams are like rival war bands. A nagging boss is like a rampaging mastodon, only on a daily basis. Take a step back from your life and take stock of your stress levels – they may be holding you back.

3. You need to watch your carb intake.

Carbs are key, as always, especially when you’ve got weight to lose. Veer closer to the bottom of the curve, taking care to avoid all processed food (hidden sugars). You might also try skipping fruit.

4. You’re adding muscle.

I always tell people not to get hung up on the scales so much. Those things are useful – don’t get me wrong – but they never tell the whole story, like whether or not you’re adding lean mass. The PB will spur fat loss, but it also promotes muscle gain and better bone density. If you’re feeling good but failing to see any improvements register on the scale’s measurements, it’s most likely extra muscle and stronger bone from resistance training. You wouldn’t know that just from the bathroom scale. If you absolutely need objective records of your progress, get a body fat percentage test (although these might not even tell the whole story) or try measuring your waist.

5. You’re not active enough.

Are you Moving Frequently at a Slow Pace for three to five hours every week? Remember: the near-daily low-level (between 55-75% max heart rate) movement should be the bedrock of your fitness regimen. It’s easy to do (because every bit of movement counts) and it doesn’t dip into your glycogen reserves (making it a pure fat burner, not a sugar burner). If you’re on the low end of the spectrum, crank it up toward five weekly hours and beyond.

6. You’re lapsing into Chronic Cardio.

Of course, you can go too far with the low-level movement – you can begin to lapse into Chronic Cardio. When you stay above 75% of your maximum heart rate for extended periods of time, you’re burning glycogen. Your body in turn craves even more sugar to replenish the lost stores, so you polish off a heap of carbs, preferably simple and fast-acting. You can continue down this route if you wish – I did, for a couple decades – but you’ll gain weight, lose muscle, release more cortisol, and compromise any progress you might have made.

7. You still haven’t tried IF.

Results vary, but if you’ve seemingly tried everything else, intermittent fasting can be a great tool to break through a weight loss plateau. Make sure you’ve fully transitioned onto a Primal eating plan and start small. Skip breakfast and eat a late lunch. If that feels okay, skip breakfast and lunch the next time. Just take it slow and pay attention to your hunger. Eventually, try exercising in a fasted state to maximize the metabolic advantage. If all goes well, your hunger won’t necessarily disappear, but it’ll change. A successful IF tames hunger, makes it less insistent and demanding.

8. You’re eating too much.

Low-carb isn’t magic. It reins in wild hunger and tames insulin, but calories do still matter – especially once you approach your ideal weight. In fact, those last few pounds often don’t respond to the same stuff that worked so well to get you to this point. Eating nut butter by the spoonful and hunks of cheese without regard for caloric content may have gotten you this far, but you’ve got to tighten things up if things aren’t working. And that’s the real test, isn’t it? There is a metabolic advantage to eating according to the PB, but if the weight isn’t coming off, something’s up – and calories may need to come down.

9. You haven’t overcome bad habits or developed good ones.

Be brutally honest with yourself. Do you engage in bad habits? If so, identify them. Make tentative, loose plans to disengage from their clutches, and tell people close to you. Make it public, so you can’t back out without losing face. You’ve also got to develop good ones. Follow roughly similar guidelines as when kicking a bad habit – identification, planning, publication – and you’ll be on your way.

10. You haven’t purged and Primalized your pantry.

Out of sight, out of mind; out of reach, out of mouth. Keep the crappy junk food out of your pantry, if not out of your house altogether. Go down the list and toss the stuff that doesn’t apply. As for the rest of your kitchen, check out the fridge interiors and grocery lists of some other Primal folks for inspiration.

11. You’ve reached a healthy homeostasis.

It may be that your body has reached its “ideal” weight – its effective, genetic set point. Reaching this level is generally painless and effortless, but it won’t necessarily correspond to your desired level of leanness. Women, especially, tend to achieve healthy homeostasis at higher body fat levels. Breaking through plateaus can be hard enough, but plateaus ordained by the body itself can be nearly impossible. It’s probably going to take some serious tinkering with carbs, calories, activity levels, sleep, and stress. If everything else is on point and accounted for, you may be looking at healthy homeostasis. Then, the question becomes: do you want to mess with a good thing?

12. You’re low on willpower.

Willpower is like a muscle. It must be used or it will atrophy. You’ve also got to provide fuel for your will – little victories to start out. Go for a walk if you can’t muster the will for the gym. Take note that willpower, or lack thereof, might actually be an indicator of your body’s needs. If you truly can’t muster up the will for the gym, it may be that your body needs to recover. When that’s the case, overtraining is a bigger danger than lack of will.

13. You’re full of excuses.

If you find yourself having mini self-contained internal arguments throughout the day (and you lose), or (even worse) lying to yourself about what you’re eating and doing, you’re probably also full of excuses. Read this, maybe twice, then follow up with this.

14. You haven’t actually gone Primal!

We get a good number of new readers on a regular basis, and not all of them take instantly to the Primal concepts. And yet they come back. They read the archives, the comments. Something draws them near, while at the same time keeping them at arm’s length. Why is that? What’s stopping them? If that describes you, what are you waiting for? Take the plunge. Go Primal for 30 days and see how you like it. I assure you; the many enthusiastic community members are here because it works.

15. You’re not getting enough sleep.

Chronic levels of sleep deprivation cause the release of cortisol, our old fat-storing friend. The biggest spike in (fat-burning, anabolic) growth hormone plasma levels occurs in deep sleep. And a recent sleep study showed that truncated sleep patterns are linked to weight gain. Get seven to eight hours of sleep a night.

16. You haven’t given it enough time.

The Primal Blueprint is a fat loss hack, undoubtedly, but it isn’t always a shortcut. Some people get instant results from dropping carbs, grains, sugar, and vegetable oils, while others have to take a month to get acclimated and only then does the weight begin to slide off. Either way, though, this is a lifestyle. You’re in it for the long run. Approach it with the right mindset and you won’t get discouraged.

17. You’re eating too much dairy.

Some people just react poorly to dairy. We see this time and time again listed in the forums; dairy just seems to cause major stalls in fat loss for a good number of folks. There are a couple speculative reasons for this. One, folks coming from a strict paleo background may not be acclimated to the more relaxed Primal stance on dairy. Reintroducing any food into the diet after a period of restriction can have unintended consequences on body composition. Two, dairy is insulinogenic, which is why it’s a popular post-workout refueling tool for athletes. Does a non-strength training PBer need to drink a few glasses of milk every day? Probably (definitely) not.

Bonus Reason: Sprinting is not part of your fitness routine.

I’ve found that many assume that they’re getting everything they need from their workouts from plenty of low level aerobic activity and a couple of strength training sessions each week. Sprinting is often overlooked, but it’s one of the Primal Blueprint Laws for a reason. Nothing shreds you up faster than sprinting. I’d ease into sprints if you’ve never done them or are extremely out of shape or overweight. That is, I recommend you have some measure of fitness aptitude before you jump into a routine. But once you’re ready do 6-8 all out sprints (with short breaks between) once a week to break a weight loss plateau when all other attempts have failed.

Am I missing any other reasons? If you’ve successfully surmounted a stall in your fat loss, what was the ultimate explanation? Let everyone know in the comment board!

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I Love SPaghetti Squash!!!!!

We just ate some basil chicken (minus the chili and other spices in the recipe) over a bed of spaghetti squash, with a half of avocado on the side. I am an absolute lover of basil chicken but I have to say the spaghetti squash was the highlight of the meal. @ 8 net carbs per 155 grams (1 cup) it is a great and filling carbohydrate source with a glycemic load of only "2"!! It also has a 2:1 ratio of Omega 3 to Omega 6 respectively. We had a great idea while we were stuffing our faces, it would make a super sub for Hash Browns!!! It's on the recipe list now so I will let you all know how it goes!!

Tuesday, January 26, 2010

It's amazing how many reliable sources continue to tell us the same thing ... Why is it that this information can only be found by those who seek it out? Shouldn't this be widely distributed information? More importantly why is it that if you were you were to ask most fitness professionals about ancestral nutrition the will have a glazed over look in their eyes, as if you were speaking to them in a language that completely foreign to them?


INTRODUCTION TO THE PALEOLITHIC DIET

by Dr. Ben Balzer, family physician

There are races of people who are all slim, who are stronger and faster than us. They all have straight teeth and perfect eyesight. Arthritis, diabetes, hypertension, heart disease, stroke, depression, schizophrenia and cancer are absolute rarities for them. These people are the last 84 tribes of hunter-gatherers in the world. They share a secret that is over 2 million years old. Their secret is their diet- a diet that has changed little from that of the first humans 2 million years ago, and their predecessors up to 7 million years ago. Theirs is the diet that man evolved on, the diet that is coded for in our genes. It has some major differences to the diet of "civilization". You are in for a few big surprises.

The diet is usually referred to as the "Paleolithic Diet" referring to the Paleolithic or Stone Age era. It is also referred to as the "Stone Age Diet", "Cave Man Diet" or the "Hunter-Gatherer Diet". More romantic souls like to think of it as the diet that was eaten in the "Garden of Eden" and they are correct in thinking so.

The basic principles of the Paleolithic Diet are so simple that most high school students can understand them. Within 15 minutes from now you will grasp the major elements. At the technical level, Paleolithic Diet Theory has a depth and breadth that is unmatched by all other dietary theories. Paleolithic Diet Theory presents a fully integrated, holistic, comprehensive dietary theory combining the best features of all other dietary theories, eliminating the worst features and simplifying it all.

All major dietary components are covered- (i.e. vitamins, fats, protein, fats, carbohydrates, antioxidants and phytosterols etc). This is for the simple reason that it is the only diet that is coded for in our genes- it contains only those foods that were "on the table" during our long evolution, and discards those which were not. Have you ever wondered why almost everybody feels the need to take vitamin supplementsat times, or why so many people feel the need to "detoxify" their system? There are very real reasons for this that you will soon understand. Now, come with me, I’d like to share the secret with you...

Basics of the Paleolthic Diet

For millions of years, humans and their relatives have eaten meat, fish, fowl and the leaves, roots and fruits of many plants. One big obstacle to getting more calories from the environment is the fact that many plants are inedible. Grains, beans and potatoes are full of energy but all are inedible in the raw state as they contain many toxins. There is no doubt about that- please don’t try to eat them raw, they can make you very sick.

Around 10,000 years ago, an enormous breakthrough was made- a breakthrough that was to change the course of history, and our diet, forever. This breakthrough was the discovery that cooking these foods made them edible- the heat destroyed enough toxins to render them edible. Grains include wheat, corn, barley, rice, sorghum, millet and oats. Grain based foods also include products such as flour, bread, noodles and pasta. These foods entered the menu of New Stone Age (Neolithic) man, and Paleolithic diet buffs often refer to them as Neolithic foods.

The cooking of grains, beans and potatoes had an enormous effect on our food intake- perhaps doubling the number of calories that we could obtain from the plant foods in our environment. Other advantages were soon obvious with these foods:

· they could store for long periods (refrigeration of course being unavailable in those days)

· they were dense in calories- ie a small weight contains a lot of calories, enabling easy transport

· the food was also the seed of the plant- later allowing ready farming of the species

These advantages made it much easier to store and transport food. We could more easily store food for winter, and for nomads and travelers to carry supplies. Food storage also enabled surpluses to be stored, and this in turn made it possible to free some people from food gathering to become specialists in other activities, such as builders, warriors and rulers. This in turn set us on the course to modern day civilization. Despite these advantages, our genes were never developed with grains, beans and potatoes and were not in tune with them, and still are not. Man soon improved further on these advances- by farming plants and animals.

Instead of being able to eat only a fraction of the animal and plant life in an area, farming allows us to fill a particular area with a large number of edible plants and animals. This in turn increases the number of calories that we can obtain from an area by some 10 to 100 fold or more. Then followed the harnessing of dairy products, which allow man to obtain far more calories from the animal over its lifetime than if it were simply slaughtered for meat. Dairy products are interesting as they combine a variety of components- some of which our genes were ready for and some not. Whist cows milk is ideal for calves, there are several very important differences between it and human milk. For example, the brain of a calf is only a tiny fraction of its body weight whereas humans have very big brains. Not surprisingly, cows milk is low in critical nutrients for brain development, particularly omeg 3 fats.

Paleolithic Diet buffs refer to the new foods as Neolithic foods and the old as Paleolithic Diet foods. In simple terms we see Neolithic as bad and Paleolithic as good. Since then, some other substances have entered the diet- particularly salt and sugar, and more recently a litany of chemicals including firstly caffeine then all other additives, colourings, preservatives, pesticides etc.

Grains, Beans and Potatoes (GBP) share the following important characteristics:

· They are all toxic when raw- there is no doubt about this- it is a fact that no competent source would dispute- they can be extremely dangerous and it is important never to eat them raw or undercooked. These toxins include enzyme blockers, lectins and other types. I will talk about them in detail later as they are very important.

· Cooking destroys most but not all of the toxins. Insufficient cooking can lead to sickness such as acute gastroenteritis.

· They are all rich sources of carbohydrate, and once cooked this is often rapidly digestible-giving a high glycemic index (sugar spike).

· They are extremely poor sources of vitamins (particularly vitamins A, B-group, folic acid and C), minerals, antioxidants and phytosterols.

Therefore diets high in grains beans and potatoes (GBP):

· Contain toxins in small amounts

· Have a high glycemic index (ie have a similar effect to raw sugar on blood glucose levels)

· Are low in many vitamins, minerals, antioxidants and phytosterols- ie they are the original "empty calories"

· Have problems caused by the GBP displacing other foods

As grains, beans and potatoes form such a large proportion of the modern diet, you can now understand why it is so common for people to feel they need supplements or that they need to detoxify (ie that they have toxins in their system)- indeed both feelings are absolutely correct. Unfortunately, we don’t necessarily realize which supplements we need, and ironically when people go on detoxification diets they unfortunately often consume even more Neolithic foods (eg soy beans) and therefore more toxins than usual (perhaps they sometimes benefit from a change in toxins). More detail on these issues follows in subsequent pages.

The essentials of the Paleolithic Diet are:

Eat none of the following:

· Grains- including bread, pasta, noodles

· Beans- including string beans, kidney beans, lentils, peanuts, snow-peas and peas

· Potatoes

· Dairy products

· Sugar

· Salt

Eat the following:

· Meat, chicken and fish

· Eggs

· Fruit

· Vegetables (especially root vegetables, but definitely not including potatoes or sweet potatoes)

· Nuts, eg. walnuts, brazil nuts, macadamia, almond. Do not eat peanuts (a bean) or cashews (a family of their own)

· Berries- strawberries, blueberries, raspberries etc.

Try to increase your intake of:

· Root vegetables- carrots, turnips, parsnips, rutabagas, Swedes

· Organ meats- liver and kidneys (I accept that many people find these unpalatable and won’t eat them)

Expect some minor tuning problems- don’t worry, you can deal with them:

· It will take some time for your body to adjust to the changes after all these years. There is a huge surge in your vitamin intake. There is a huge decrease in your toxin intake.

· Start with breakfast for few days, as this is the easiest place to start as most people eat it at home, and it tends to be the least Paleolithic meal of the standard 3. For weight loss you will eventually need to reduce your carbohydrate intake, but ignore this initially as most people have high carb intakes and this can continue for the first few days that you are on this diet. If you reduce too quickly then you may fell unwell. Then move on to lunch or dinner for a few days and then to all 3 meals. If you work, you will often find it easier to take your lunch to work.

· Keep reading more about the diet- and read it again. Remember, there are many dietary myths that will need to be unlearned. Particularly, please read the section on fats several times. Knowledge on fats has exploded over the last decade and there is a realization in mainstream nutrition that omega 3 fats are critical to good health. It is very important to ensure that you have an adequate intake of these. The low fat diet craze of the 90’s was well intentioned but many people "threw out the baby with the bath-water"- most people reduced omega 3 fat intake as well as other fats, and sometimes even increased omega 6 fats. There is now a realization that the low fat diet theory of the 90’s doesn’t often work (it has about a 6% success rate like most other diets) and that the vast majority of the Western population need to increase their omega 3 intake and decrease their omega 6 intake. Even if you don’t end up on a Paleolithic Diet, you will benefit from a better appreciation of fats.

Technical Aspects:

12,000 years ago the ice planet Earth thawed out as the last Ice Age came to an end. The great glaciers melted, carving enormous plains across the continents and the planet became green again. The seas rose some 400 feet (120 metres) (incidentally unfortunately drowning most of our archeological heritage). The plains flourished and savannah, prairie and forest sprang up. Grazing animals spread onto the plains, followed by hunting animals and amongst these last were the greatest hunters of all- humans. Humans, being omnivores, have the ability to eat both plant and animal foods. That is a major advantage as the number of creatures that can live in a particular habitat depends entirely on how much energy they can obtain. To make a crude example- imagine you are breeding monkeys on 100 acres of land and the only edible plant there is bananas. If you double the number of banana plants, then you can double the number of monkeys on the land.

You might instead introduce apple trees and have the same effect. The number of monkeys would depend entirely on how many calories they could obtain from the environment. The carrying capacity of the habitat for a species depends on how many calories the species can obtain. Humans are no different. They have a major advantage in being able to eat both plant and animals foods thereby harvesting enormous amounts of calories from the environment. Humans learnt to cook grains, beans and potatoes and increased further the number of plant food calories they can obtain from the environment- probably doubling it in most habitats, and even more on grasslands.

The reason why grains, beans and potatoes store so well is simply because of the toxins that they contain. The enzyme blockers put them into a deep freeze, stopping them from sprouting. The lectins and other toxins are natural pesticides and can attack bacteria, insects, worms, rodents and other pests (and humans too of course).

ANTINUTRIENTS- YOUR KEY TO BAD HEALTH

You probably already know a lot about nutrients- macronutrients (fats, protein and carbohydrates and micronutrients (vitamins, minerals, antioxidants, phytosterols etc). Now it's time to meet the rest of the family....... We all know that foods contain a variety of nutrients. There is less awareness that many foods contain small amounts of potentially harmful substances. These are toxins, as they have toxic effects. They are normally called "antinutrients" by the scientific community as toxins sounds too alarmist. Antinutrients are very real and for over 100 years research has been done on them- but it is generally only appreciated by a small group of specialized scientists. Antinutrients have an incredible range of biological effects. As you have probably already guessed, the vast majority and highest levels of antinutrients are in Neolithic foods like grains, beans and potatoes. The Paleolithic diet has incredibly low levels of antinutrients compared to the usual modern diet. I believe that this is the number one advantage of the diet.

Textbooks on antinutrients read like books on what not to eat- Neolithic foods are the most prominent. Professor Irvin Liener published one of the most famous of these books in 1980. In the first chapter he points out that when we started cooking inedible plants, new toxins entered the diet for the first time. Ironically, he wasn’t trying to promote Paleolithic diets- his aim was to help agricultural scientists more safely feed the world on grains, beans and potatoes.

It’s a technical subject, and I’ll do my best to make it clear to you.

Consider our friend, the apple. When an animal eats an apple, it profits by getting a meal. It swallows the seeds and then deposits them in a pile of dung. With some luck a new apple tree might grow, and so the apple tree has also profited from the arrangement. In nature as in finance, it is good business when both parties make profit happily. Consider what would happen if the animal were greedy and decided to eat the few extra calories contained within the apple seeds- then there would be no new apple tree to continue on the good work. So, to stop this from happening, the apple seeds contain toxins that have multiple effects:

* firstly, they taste bad- discouraging the animal from chewing them

* secondly some toxins are enzyme blockers that bind up predators digestive enzymes- these also act as "preservatives" freezing the apple seed enzymes until sprouting- Upon sprouting of the seed, many of these enzyme blockers disappear.

* thirdly, they contain lectins- these are toxic proteins which have numerous effects. They act as natural pesticides and are also toxic to a range of other species including bacteria, insects, worms, rodents and other predators including humans .

Of course, the apple has other defenses- to start with it is high above the ground well out of reach of casual predators, and it also has the skin and flesh of the apple to be penetrated first. Above all though is the need to stop the seed from being eaten, so that new apple trees may grow.

Now, please consider the humble grain. Once again as a seed its duty is mission critical- it must perpetuate the life cycle of the plant. It is however much closer to the ground, on the tip of a grass stalk. It is within easy reach of any predator strolling by. It contains a good source of energy, like a booster rocket for the new plant as it grows. The grain is full of energy and in a vulnerable position. It was "expensive" for the plant to produce. It is an attractive meal. Its shell offers little protection. Therefore, it has been loaded with toxic proteins to discourage predators- grains are full of enzyme blockers and lectins. You may be surprised to learn that uncooked flour is very toxic- please don't try eating it as you become very sick. And yes, I don't recommend al dente pasta (if one must eat pasta at all).

Beans too are full of enzyme blockers and lectins. Potatoes contain enzyme blockers, lectins and another family of toxins called glycoalkaloids. Glycoalkaloids (GA) unlike lectins and enzyme blockers aren't destroyed by cooking, even deep-frying. GA are particularly high in green or injured potatoes, which must never be eaten even if trimmed heavily and well-cooked. Many people have told me that they eat small amounts of raw potato- this is a dangerous habit and it should be discouraged very strongly.

These toxins in foods are commonly referred to as antinutrients. Let's learn some more about them:

Enzyme Blockers: These enzyme blockers are abundant in all seeds including grains and beans, and also in potatoes, serving to hold them in suspended animation and also acting as pesticides. Most commonly they block the enzymes that digest protein (proteases), and are called "protease inhibitors". They can affect the stomach protease enzyme "pepsin", and the small intestine protease enzymes "trypsin" and "chymotrypsin". These small intestine enzymes are made by the pancreas (it does a lot of other important things besides making insulin). Some enzyme blockers affect the enzymes that digest starch (amylase) and are called "amylase inhibitors".

When GBP are cooked, most of the enzyme blockers are destroyed, but some are not. In human volunteers and in animal experiments high levels of protease inhibitors lead to increased secretion of digestive enzymes by the pancreas. This is because the body can sense that the enzymes have been knocked out and orders to pancreas to make more. Even if the effect of GBP based foods is only a small increase in pancreatic enzyme secretion, over many years it all adds up to a lot of extra work.

They are effective poisons- rats cannot gain weight if they have substantial amounts of enzyme blockers in the diet. As far as their preservative action is concerned, I need only to remind you that the potted grains in the tombs of the Egyptian pharaohs were still viable and sprouted after thousands of years locked away.

Grain eating birds have evolved digestive enzymes that are resistant to grain protease inhibitors. Lectins (Haemagglutins)................ Meet Hannibal

Lectins are natural proteins that have a large variety of roles. They are amongst the most fascinating and stimulating of all biological compounds, and I have no doubt that they play a major role in many "unexplained " diseases. I think of them as "Hannibal Lectins" as they remind of the devious criminal mastermind in the shock horror movie "Silence of the Lambs.' Lectins are like master code-breakers. The cells of our bodies are studded with receptors which are like code pads to ensure stimulation only under the correct circumstances. Lectins have the ability to crack these codes and stimulate the receptors causing a variety of responses- covering basically the full repertoire of the cell and even tricking the cell into doing things it normally cannot do.

They also have a knack for bypassing our defenses and "getting behind the lines", and then they can travel all over the body causing harm. They can, for example:

--strip protective mucus off tissues,

--damage the cells lining the small intestine- disrupting the microscopic fingers called villi and microvilli,

--get swallowed whole by the small intestine cells ("pinocytosis")

--bind to cells including blood cells causing a clot to form (hence they were initially called "haemagglutins")

--make a cell act as if it has been stimulated by a hormone-

--stimulate a cell to secrete a hormone

--promote cell division at the wrong time

--cause gowth or shrinkage of lymphatic tissue ("outposts" of white blood cells)

--cause enlargement of the pancreas

--cause cells to present codes (HLA's) that they normally should not use

--cause cell death (apoptosis)

Lectins break down the surface of the small intestine, stripping it of mucus and causing the cells to become irregular and leaky. Some lectins make cells act as if they have been stimulated by insulin. Others cause the pancreas to release insulin. Others cause immune cells to divide in the wrong way, causing growth of some white blood cells and breaking down the control of the immune system. Others cause cells to present the wrong codes (HLA's) on their surface, tricking the immune system into thinking that intruders have been found and activating the immune system inappropriately- thus leading to "autoimmune disease" where the body's tissues are attacked by its own immune system.

Autoimmune diseases are incredibly common and increase every year that a person gets older. A disordered immune system also has a much harder job recognizing and attacking the real intruders- invading germs and cancer cells (you may have heard that scientists think that most people generate many cancer cells in a life time but that the immune system cleans most of them up).

It is not known whether lectins can cause cancer- this is one of the most important questions in medicine today. They certainly affect colon cells in the test tube. I feel that they are likely candidates as they can stimulate abnormal cell growth and they also cause disorder in the immune system.

Lectins have many other roles besides defending seeds. For example in beans, lectins act like a glue to enable nitrogen-fixing bacteria to bind to the roots of the plant. Many important lectin families are found in animal tissues, but as we are carnivores, we have evolved to be able to deal with these- just as birds that live on grains have evolved to be resistant to grain lectins.

It is ironic that the lectins were discovered more than 100 years ago and yet so many questions remain unanswered- the same was true of the immune system until the 1980’s. I hope that there is more research done into lectins as they hold a whole world of disease mechanisms of which most of the medical community is blissfully unaware.

Exorphins:

Exorphins are food chemicals that have morphine-like activity. They are found in dairy products and wheat. Our body has its own natural morphine like substances that are called endorphins. Endorphins work by stimulating a type of nerve cell surface receptor called endorphin receptors. Endorphins are very important in controlling pain and addictive behaviour.

Exorphins also act on endorphin receptors and may stimulate them or block them. It is logical that exorphins may therefore affect chronic pain and also affect addictive behaviour.

Monday, January 25, 2010



Chili Chicken and Basil
1 lb boneless, skinless chicken breasts, cubed
2 serrano chilies
3 gloves garlic
1 tbsp olive oil
1 tsp Tamari or Soy sauce
1/2 tbsp red-chili past (look for gluten free)
1 tbsp fish sauce (look for gluten free)
1 tsp sugar (yes I know, it says sugar I can't control recipes)
1 tsp cracked pepper
2 cups loosely packed fresh basil

Finely chop the garlic and chilies, then use the side of your knife to press them together into a rough paste (add a pinch of salt). Preheat a sautee pan over med-high and add oil and garlic-chili paste that you just made. Cook for 2-3 minutes (careful not to burn the garlic). Add the cubed chicken and cook til lightly browned (3-4 mintues). Add the tamari sauce, red-chili paste, and sugar, and continue to cook until the chicken is done all the way through (another 3-4 minutes). Add the cracked peper and basil and cook until the basil is just wilted, about 2 minutes. Serve immediately over speghetti squash.

image
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with the exception of the spagetti squash and fish sauce you should

be able to find all of this @ the commisary or local grocery

Sunday, January 24, 2010

It's no secret Mark Sissons website Mark's daily apple and his book The Primal Blueprint have become some of my favorite sources for posting nutrition info. His posts are always informative, often humorous and written for everyone not only the people who can spell supercallafragilisticexpialdocious.


The Primal Blueprint Carbohydrate Curve

GraphYesterday, low-carb blogger Dr. Michael Eades (he of Protein Power) posted a message from his friend and fellow low-carb guru Richard Feinman as sort of a call-to-action in public policy-making for upcoming 2010 USDA guidelines. Dr. Eades and Dr. Feinman have suggested that we ought to quickly find a way to help the USDA arrive at a sensible recommendation for carbohydrate consumption. Feinman asked:

“how can the benefits of carbohydrate restriction that you have experienced personally or in your immediate environment be translated into reasonable recommendations that the USDA could put out?”

In conjunction with my forthcoming book “The Primal Blueprint”, I have been working on an easy-to-understand explanation of how carbohydrates impact the human body and the degree to which we need them (or not) in our diet. I have also developed a chart (not the one above) that is intended to assist those who want to go “Primal” in visualizing the impact of carbs consumed within certain ranges. I was going to hold off on releasing this information until my book is published, but decided to introduce it here in response to Dr. Eades’ post. Since the choice of how many and what types of carbs in one’s diet depends on the context of one’s life (current weight, disease condition, activity levels, etc), I see carb intake as a “curve” ranging from “allowable” to “desirable” to “unhealthy”.

The following descriptions illustrate how carbohydrates impact the human body and the degree to which we need them, or not, in our diet. The ranges represent daily averages and are subject to variables like age, current height and weight and particularly training volume. For example, a heavy, active person can be successful at a higher number than a light, moderately active person. In particular, hard training endurance athletes will experience a greater need for carbs and can adjust their personal curve accordingly. This is a topic I address further in the book (e.g. – experimenting with adding 100g of carbs per hour of training per day), on MarksDailyApple.com and in a future “primal” book dedicated to endurance athletes. Here then is my “Primal Blueprint Carbohydrate Curve.”

300 or more grams/day - Danger Zone!

Easy to reach with the “normal” American diet (cereals, pasta, rice, bread, waffles, pancakes, muffins, soft drinks, packaged snacks, sweets, desserts). High risk of excess fat storage, inflammation, increased disease markers including Metabolic Syndrome or diabetes. Sharp reduction of grains and other processed carbs is critical unless you are on the “chronic cardio” treadmill (which has its own major drawbacks).

150-300 grams/day – Steady, Insidious Weight Gain

Continued higher insulin-stimulating effect prevents efficient fat burning and contributes to widespread chronic disease conditions. This range – irresponsibly recommended by the USDA and other diet authorities – can lead to the statistical US average gain of 1.5 pounds of fat per year for forty years.

100-150 grams/dayPrimal Blueprint Maintenance Range

This range based on body weight and activity level. When combined with Primal exercises, allows for genetically optimal fat burning and muscle development. Range derived from Grok’s (ancestors’) example of enjoying abundant vegetables and fruits and avoiding grains and sugars.

50-100 grams/day – Primal Sweet Spot for Effortless Weight Loss

Minimizes insulin production and ramps up fat metabolism. By meeting average daily protein requirements (.7 – 1 gram per pound of lean bodyweight formula), eating nutritious vegetables and fruits (easy to stay in 50-100 gram range, even with generous servings), and staying satisfied with delicious high fat foods (meat, fish, eggs, nuts, seeds), you can lose one to two pounds of body fat per week and then keep it off forever by eating in the maintenance range.

0-50 grams/day – Ketosis and Accelerated Fat Burning

Acceptable for a day or two of Intermittent Fasting towards aggressive weight loss efforts, provided adequate protein, fat and supplements are consumed otherwise. May be ideal for many diabetics. Not necessarily recommended as a long-term practice for otherwise healthy people due to resultant deprivation of high nutrient value vegetables and fruits.

Saturday, January 23, 2010

Make sure you get your logs into your Nutrition Coaches... They must see your log @ least 1 time a week for you to remain eligible to win the Lean Up Challenge..
We are hearing about lots of incredible results in all the groups .. Keep Up the good work.


Her is a blog posted by Mat Lalonde, for those of you who went to the last level 1 Cert. he is Bobbi Millsaps husband, for those who didn't he was part of the Robb Wolf Nutrition Cert team When Robb was still working for CFHQ. Great info!!


CrossFit on a Low-Carb Paleo Diet

Every now and then, an excellent piece of scientific research comes along and forces many of us to reevaluate our positions or question what we thought we knew. This happened to me last May when a paper entitled “Antioxidants Prevent Health-Promoting Effects of Physical Exercise in Humans” was published in the Proceedings of the National Academy of Sciences. The following conclusion can be found in the abstract of the paper:

“Consistent with the concept of mitohormesis, exercise-induced oxidative stress ameliorates insulin resistance and causes an adaptive response promoting endogenous antioxidant defense capacity. Supplementation with antioxidants may preclude these health-promoting effects of exercise in humans”.

Essentially, the antioxidants are quenching the reactive oxygen species (ROS), which prevents oxidative damage and blunts the expression of ROS-sensitive transcriptional regulators of insulin sensitivity. This means that ingesting large quantities of antioxidants prevents you from improving your insulin sensitivity, which is a major benefit of exercise (another study on ROS and insulin sensitivity was published during the writing of this blog post).

I was somewhat taken aback to find out that a daily intake of 1.0 gram of vitamin C and 400 IU of vitamin E could negate the insulin sensitivity gained through exercise. I wasn’t taking any vitamin supplements at the time because of research indicating that multivitamins are essentially useless, maybe even harmful. Nevertheless, this whole thing really got me thinking about insulin sensitivity and brought back memories of this interesting post I had read on Arthur De Vany’s blog. The research discussed in the post demonstrates that insulin sensitivity is not improved when a PWO meal of carbohydrate is employed to replenish glycogen stores. Hmmm…that sounds a lot like the vitamin C/E paper doesn’t it? Some more research on the subject of post-workout carbs led me to this excellent post by Mark Sisson, which was followed by this equally interesting post. At this point, a lot research seemed to indicate that PWO carbohydrates were not necessary, maybe even detrimental, and that a PWO meal of protein, although desirable, was also not absolutely required. Within 24 hours, Glycogen stores should be sufficiently replenished for another workout thanks to gluconeogenesis (new creation of glucose) from dietary protein and lactate as long as the levels of dietary protein (for muscle repair and glucose synthesis) and fat (for fuel) are adequate. However, gluconeogenesis takes place in the liver and only a fraction of the glucose makes its way to the muscles. This means it would probably be wise to consume some carbohydrate from vegetables to help replenish muscle glycogen. Vegetables are preferable given that they don’t contain the toxin fructose and they come packed with vitamins, antioxidants and a variety of phytochemicals.

After having read all this research, I was now determined more than ever to try CrossFit on a low-carb Paleo diet. Most people would tell you this is a bad idea. After all, it is well known that free fatty acids and glucose (from liver and muscle glycogen) feed your working muscles while you train. As it turns out, glucose is especially needed during high intensity exercise because it requires less oxygen to burn than free fatty acids. The increase in glucose as fuel makes sense because, let’s face it, we need all the oxygen we can get during “Fran”. So was I worried about CrossFitting on a low-carb paleo diet? Not really. Most CF WODs are short, and not all of them are heavily dependant on glycogen. Gluconeogenesis and carbohydrate from veggies should be sufficient to hold up my glycogen stores to a reasonable level once my body adapted to my new diet. Additionally, a potential increase in intramuscular triglycerides could help me through intense bouts of exercise in the event that my glycogen stores get too low.

The decision was made. I was going to follow the CrossFit main site WODs without any pre- or post-workout meal while on a diet that provided just a little over 50 grams of useable carbohydrate per day (mainly from vegetables). The research on fat adaptation mentioned in one of Robb’s posts told me this wasn’t going to be easy. I figured it would take at least two months to get used to my new diet since enzymes involved in gluconeogenesis and fat burning would have to be upregulated while enzymes for burning sugar would be downregulated. I wasn’t sure this was going to work but I knew the worst thing that would happen was that I wouldn’t set any new PRs for a while. I was pretty sure nothing bad would happen given that the explorers V. Stefansson and K. Andersen survived on a diet of meat and animal fat for one year and came out healthier for it.

Most of the protein I consumed during this experiment came from my Chestnut Farms CSA, which provides 20 pounds of meat from grass-fed or pastured animals every month. The shares include a variety of cuts of pork, lamb, beef, and chicken. I also buy the occasional goat meat and make sure to get the super nutritious organ meats (beef liver and heart) that Chestnut Farms sells on site. Given that the protein side of things was taken care of, I hit stores in my area to purchase a variety of high fat foods. I ended up with the following list:

  • François Pralus 100% dark chocolate from Formaggio Kitchen
  • Navitas Naturals raw cacao nibs from the Vitamin Shoppe
  • Chopped chicken liver pâté, and lamb sausage from Savenor’s
  • Shredded unsweetened coconut from Whole Foods
  • Light coconut milk from Trader Joe’s
  • Coconut oil (for cooking), from Whole Foods
  • Nuts, with the exception of cashews (they are pretty starchy). Trader Joe’s sells packages of Fancy Raw Mixed Nuts that contain some cashews. I made an exception there because that mix is darn yummy and not too carby.
  • Mayonnaise (homemade because commercial stuff is crap)
  • Guacamole (from TJ’s)

I started the experiment on August 1st. I ate when I was hungry and drank when I was thirsty. I did not pay attention to portion sizes and I probably ate more then a diet such as ‘The Zone’ would have prescribed. The only supplements I consumed during the experiment are vitamin D3 (1000 IU/day) and Nordic Naturals omega-3 purified fish oil (3 tablespoons/day).

You can see what a week’s worth of eating looks like below. I occasionally eat some homemade sauerkraut for the probiotic boost but I didn’t have a batch ready during the week I’m using as an example. I do cook regularly, but I don’t plan meals. I end up with some rather interesting combinations of foods as a result.

Weekends are the only days where I have a little bit of down time. I try to maximize the amount of free time by eating one less meal. I eat a large breakfast that will last me for the entire day. I don’t weigh and measure (WAM) my food because I spend my days weighing chemicals and measuring their properties. WAMing food would turn something I enjoy, eating, into a chore. I realize that WAMing could have made this experiment a lot more legit but I wasn’t aiming for peer-reviewed research here folks.

Monday:

9:00 am breakfast: Sliced deli turkey from Formaggio Kitchen, handful of cacao nibs, fish oil, and vitamin D3.

12:00pm lunch: lamb shoulder chop over a bed of mixed greens, red bell pepper, and guacamole.

3:00 pm WOD

7:00 pm dinner: Salmon Patties (TJ’s), broccoli and cauliflower, mixed nuts.

Tuesday:

9:00 am breakfast: sliced deli turkey, chopped chicken liver pâté, fish oil, and vitamin D3.

12:00 am lunch: Wild boar loin with cacao and chili powder rub, celery with homemade mayonnaise.

3:00 pm WOD

7:00 pm dinner: Chicken leg and wing, handful of goji berries, light coconut milk.

Wednesday:

9:00 am breakfast: sliced deli turkey, piece of François Pralus chocolate, fish oil, and vitamin D3.

12:00 pm lunch: beef brisket over mixed greens, cucumber, and walnuts

3:00 pm WOD

6:00 pm dinner: shrimp with coconut milk, and a yellow bell pepper

Thursday:

9:00 am breakfast: sliced deli turkey, unsweetened shredded coconut, fish oil, and vitamin D3

12:00 am lunch: chicken breast with cauliflower and broccoli, guacamole

3:00 pm Rest: foam rolling, stretching, PNF, trigger point (I’d rather do triple ‘Fran’ but this stuff helps)

6:30 pm dinner: catfish with a hint of dill and lemon juice, celery, and macadamia nuts

Friday:

9:00 am breakfast: sliced deli turkey, chopped chicken liver pâté, fish oil, and vitamin D3

12:00 am lunch: beef patties topped with guacamole and a slice of bacon, mixed greens

3:00 pm WOD

6:30 pm dinner: langostinos, baked okra, almonds

Saturday:

8:00 am breakfast: 3 eggs with about 1 pound of lamb sausage, fish oil, and vitamin D3

8:00 pm dinner: one fish patty with a yellow bell pepper and a cucumber.

Sunday:

8:00 am breakfast: 3 eggs, 1 pound of varied sausages from Formaggio Kitchen (they have a bunch on display and I just ask for one of each), fish oil, and vitamin D3.

8:00 pm dinner: Cinghiale (wild boar salami from Formaggio Kitchen) and celery dipped in chopped chicken liver pâté.

The Results

I felt a little sluggish for the first two weeks and CrossFit metcons really kicked my butt. It seemed like I had to work twice as hard only to come up a few seconds, sometimes a few minutes, short of a PR. However, my energy levels returned between the second and third week of low-car paleo eating. At this point I felt no energy slump in the afternoon (a problem I had previously) and I was having much less of a problem matching my PRs on CF metcons. Most important were the noticeable increases in strength and loss of body fat around the abdomen. Aside from the low-carb dealio and the exercise, it is very likely that the fish oil supplementation and the medium chain triglycerides from the coconut products were responsible for improving insulin sensitivity, which led to a loss of body fat and an increase in muscle mass. Six weeks into the experiment, I started setting new PRs on weighted metcons that had bested me many times before. My strength gains were phenomenal. At the time if the Eastern Canadian Qualifiers on May 2nd and 3rd of 2009, I weighed 168.5 pounds and had a 405 lbs back squat, a 430 lbs deadlift, a 185 lbs press, and a 300 lbs front squat. After 8 weeks of eating a low-carb paleo diet and following the main site WODs, I weighed 175 pounds and looked leaner (I could see all my abs). Most important was the fact that I now had a back squat of 415 lbs, a deadlift of 465 lbs, a shoulder press of 200 lbs, and a front squat of 330 lbs. (Note From Robb here: Mat suffered a moderate-severe flexion injury of the lumbar spine which he rehabbed during this time. There was a period of months in which 135lbs on the BS was quite uncomfortable for him, so these improvements need to be viewed not only through the lens of absolute improvements, but also the fact he recovered from an injury) My strength was increasing by doing only CrossFit WODs on what was essentially a borderline ketogenic diet! I should note that I did not suffer from Steatorrhea at any point during the experiment.

So where to go from here? I’m going to keep this up because I know I’ll be healthier in the long run by consuming fewer carbohydrates. Does this mean that post workout carbohydrates are bad? Absolutely not! In a situation like the CrossFit games, with multiple workouts throughout the day, PWO carbs are essential. Replenishing glycogen stores takes approximately a day on a low carb diet whereas wolfing down some mashed sweet potatoes will get the job done in a few hours. In addition, the fact that fat slows down gastric emptying probably means you don’t want to be eating a whole lot of it during competition. Easily digestible protein and carbohydrates are still the way to go in a games setting. However, I think my experiment highlights the fact that PWO carbs are a powerful tool that should be used sparingly under the right conditions. Avoiding a carb load after a workout will allow you to hold on to the insulin sensitivity you gained from exercising. This is a huge boon, especially for clients who are trying to improve their body composition. Whether you are a CrossFit, weightlifting, endurance, or any other type of athlete, I don’t see why a high carb diet should be considered “necessary” to fuel your endeavors.

Thursday, January 21, 2010

We have recieved alot of questions about the difference between Grass Fed and Grain Fed Beef. Here are your answers.....

Why Grassfed Animal Products Are Better For You

A Quick Review of the Fats That Make Up Your Body

All food fats are a blend of the different types, saturated and unsaturated. Unsaturated fats include poly- and monounsaturated fats. omega-3s and 6s are types of polyunsaturated fats, called essential because we have to get them from food, our bodies can't manufacture them from other fats.


The Story on the the Good Fats and Bad Fats

Whereas cellular proteins are genetically determined, the polyunsaturated fatty acids composition of all cell membranes is to a great extent dependent on the dietary intake.

There are many kinds of fats in the body. Some of the most crucial fats are in the list of compounds that make up the cell walls for all of the body's cells.

After isolating these fats scientific experiments determined that if the ratio of omega 6 fats to omega 3 fats exceeds 4:1, people have more health problems. This is especially meaningful since grain-fed beef can have ratios that exceed 20:1 whereby grass-fed beef is down around 3:1.

Similar ratios are also found in all grain-fed versus grass-fed livestock products.

Grassfed products are rich in all the fats now proven to be health-enhancing, but low in the fats that have been linked with disease.

If you want to read a comprehensive review of omega 3 fats along with 78 references to the clinical literature you can read Omega 3 Oils.


Why are Omega 3 Fatty Acids Important For Your Health?

Omega 3 fatty acids are essential for normal growth and may play an important role in the prevention and treatment of:

  • coronary artery disease
  • hypertension
  • arthritis
  • cancer
  • other inflammatory and autoimmune disorders

Your Body Can't Make These Fats So You Have to Get Them From Your Diet

Omega 3 and omega 6 fats are not interconvertible in your body and are important components of practically all cell membranes.

Whereas the proteins in your cell are genetically determined, the unsaturated fats of all your cell membranes is to a great extent determined on what you eat.

Therefore you need sufficient amounts of dietary omega 6 and omega 3 fats and they need to be balanced for normal development.

Your Diet Has Evolved From Your Ancient Ancestors

On the basis of estimates from studies in Paleolithic nutrition and modern-day hunter-gatherer populations, humans evolved on a diet that was much lower in saturated fatty acids than is today's diet. Furthermore, the diet contained small but roughly equal amounts of omega 6 and omega 3 fats.

Plant Fat Ratios

In the past 100 years there has been a rapid and unprecedented change in our diet. The modern vegetable oil industry was developed, and it is based on oil from seeds rich in omega 6 fats. Modern agriculture increased production by emphasizing grain feeds for domestic livestock, and grains are rich in omega 6 fats. Therefore, aggressive, industrialized agricultural management techniques have decreased the omega 3 fat content in many foods: green leafy vegetables, animal meats, eggs, and even fish.

This imbalance where omega 6 fats levels exceed omega 3 levels can be seen by comparing wild edible plants and wild animals and birds with products of modern agriculture. Products of modern agriculture frequently have drastically lower omega 3 levels. It is estimated that man evolved with a omega 6 to omega 3 ratio of one to one from both meat and vegetable sources.

Today the vegetable sources have an estimated omega 6:3 ratio of 10 to one. The modern diet of meat, fish, chicken, and vegetable oils has a ratio estimated to be 20 or 25 to one.


Eggs and Beef Fat Ratios

Chickens that eat vegetables high in omega 3 fats, along with insects and lots of fresh green grass, supplemented with fresh and dried fruit, and small amounts of corn

Range fed eggs have an omega 6:3 ratio of 1.5 to one whereas the "supermarket egg"has a ratio of 20 to one.

Modern agriculture's emphasis on increased production has led to the development of chicken feed that is being reflected in the out-of-balance ratio of fatty acids in the "supermarket egg."

North Dakota State University conducted a study on the nutritional differences between grass-fed and grain-fed bison. The results of that study closely followed that of the egg studies. The grass-fed bison had omega 6 to omega 3 ratios of 4.0 to one, and the grain-fed bison had ratios of 21 to one.

Additional studies by others clearly show that the longer cattle are fed grain, the greater the fatty acid imbalance. For instance, after 200 days in the feedlot grain-fed cattle have omega 6 to omega 3 ratios that exceed 20 to one. Many cattle are fed 200 days or more in the United States.

With the scientific data that has been published concerning omega 6 and omega 3 fatty acids, we must assume grass-fed beef is far better for human nutrition than grain-fed beef. If so, then having access to grass-fed beef can be very beneficial for one's health.

And since REAL Beef has been raised naturally, without hormones, and without having been fed antibiotics during the final phase of their lives, they have added benefits.


Why Not Get Your Omega 3 Fats From Fish?

Fish, while generally a leaner food choice than beef, is heavily promoted as a good source of the omega-3 fats.

The problem with fish is that over half of the US burns coal to generate electricty and 80,000 pounds of mercury is dumped into the oceans every year as a result.

Nearly all fish are contaminated with mercury. It has gotten so bad that even the conservative US government warns pregnant women to avoid eating fish. Additionally, it is my recommendation to avoid all fish, unless you are absolutely certain that it has been tested in a laboratory and shown not to contain detectable levels of mercury and other toxins.


REAL Beef is Grass Fed Beef and a Major Source of Omega 3 fats

When we switch from grainfed to grassfed meat, then, we are simply returning to the diet of our long-ago ancestors, the diet that is most in harmony with our physiology. Every cell and every system of our bodies will function better when we eat products from animals raised on grass.

Grass-fed beef is naturally leaner than grain-fed beef.

Omega 3s in beef that feed on grass is 7% of the total fat content, compared to 1% in grain-only fed beef.

Grass-fed beef has the recommended ratio of omega 6 to omega 3 fats (3:1.)

Grass-fed beef is loaded with other natural minerals and vitamins, plus it's a great source of CLA (conjugated linoleic acid) a fat that reduces the risk of cancer, obesity, diabetes, and a number of immune disorders.

Beef, in its natural grass-fed state, is a health food of the highest order.