Roasted Vegetables: Don’t Think Too Hard

Too many of my clients run out of ideas in the kitchen, or just get too lazy to cook.  Here it is: roasted veggies.  Simple.  Easy.

NEEDED:

  • Assorted vegetables, in chunks, in a dish/pan
  • pepper, oil, and any herb you want (herbes de provence never fail)
  • a little water at the bottom
  • an oven, obviously (420 degrees sounded good to me).  30-40 minutes.

Chunks of onion, potato, carrot, brussels sprouts, and this lovely striped root vegetable my roommate bought, plus pepper and herbes de provence, a splash of oil, and some water in the bottom (to prevent burning).

Chucked it all in dutch oven (a roasting pan will do just fine), mixed it up, and tossed it in the over (420 degrees) for about 30-40 minutes (I can’t remember).

What we have here is a medley of vegetables to eat throughout the week.  You can serve them over a whole grain, eat them alone, dress them with something extra.  The point is it EAT MORE VEGETABLES.

Oxidation: Explaining Free-Radicals, Cell Damage, & Antioxidants

We hear a lot about our foods oxidizing, about free radicals, anti-oxidants, cancer, health problems… these are all terms with which we are familiar, but few laymen can actually explain how it all works.

But first, a crash course in chemistry:

- The human body is comprised of cells.  Those cells are made up of molecules.  The molecules are made up of atoms.

- Atoms also have a structure: a nucleus (the center), protons (positively charged particles), neutrons (particles with no charge), and electrons (negatively charged particles).

- Electrons like to circle the nucleus in pairs.

Oxidation occurs when oxygen comes in contact with other substances, thereby causing them to lose one or more electrons.

Remember, electrons prefer to travel in pairs; if one is lost, the substance becomes unstable and highly reactive.

The substances are then considered to be free-radicals (that is, atoms, molecules, or ions with unpaired electrons, which are highly reactive and circulate within the body).  In doing so, free-radicals, because of their reactivity, can participate in unwanted side reactions resulting in cell damage. 

Free-radicals can affect the cell membrane by making it either too vulnerable or too resistant to outside influences. They can also damage the cell’s DNA, which may cause the cell to malfunction or reproduce abnormally.  The effect of such chaotic cell damage is now strongly associated with disease.

Unfortunately, the cell damage doesn’t stop at the first cell.  The free-radical tends to rob an electron from somewhere else, thereby bastardizing another molecule, which in turn becomes a free-radical in search of another cell to damage.

And yet, not all free-radicals are bad.  In fact, some free-radicals are necessary for the regulation of certain biological processes.  The body, in turn, produces certain enzymes to control for oxidative damage.  But the body isn’t equipped to handle excessive quantities of free-radicals.

Oxidative stress is unchecked free-radical activity.  This stress will contribute to overall biological oxidation, which is basically life’s “rusting” process.

So how, practically speaking, are free-radicals created?

We already know free-radicals are a product of oxidation, which is a normal biological process; in fact, the immune system makes them to help destroy bacteria and viruses during an infection.

Many lifestyle factors contribute to the production of free-radicals, including exposure to pollution, chemicals, radiation, and drugs–all factors which have increased as a result of modern lifestyle.  Believe it or not, free-radicals also result from exercise (The body uses oxygen to convert fat and sugar into energy.  Most of this oxygen combines with hydrogen to produce water, but a fraction of it will end up diverted toward free-radical production.).

Enter antioxidants, which are molecules that behave as free-radical scavengers; that is, they seek out free-radicals and donate the electrons needed to neutralize them.

The body makes antioxidants, but it is also crucial to have dietary sources as well: Vitamin C, Vitamin E, Vitamin A, and the mineral selenium.

Fruits and vegetables are the best sources of antioxidants, especially those famous “super foods” like blueberries, gogi berries, cacao, and blue-green algae.

Though some fruits and vegetables are higher in antioxidants than others, all dietary sources are subject to antioxidant losses due to aging, processing, and their own oxidative processes.

>>>>>>>>>>>>>

Resources:

http://www.biological-oxidation.com/

http://www.associatedcontent.com/article/66098

http://www.nutrabio.com/News/news_free_radicals.htm

Meal-Timing & Calorie-Protein Values

Eating small meals throughout the day is one of the most effective ways to promote the loss of body fat, while still fuelling the body properly for strenuous training.  Unfortunately, few people know how to plan ahead effectively, and either fail to prepare enough food to fuel them throughout the day, or fail to make time to consume food throughout the day.

Here are a few tips:

1) Make a time sheet, listing the hours of the day down the page.  By each approximate hour, label where you eat Breakfast, Lunch, and Dinner.  See where the gaps are, and plug in three Snacks so that at no point in the day will there be a space exceeding 3 hours without food.

2) Next, allocate calories, making sure to front-load them.   If your calorie goal is 2,000 per day, you could eat 500 per Main Meal, and then distribute the remaining over the other three Snacks.  The sheet will show you when you are supposed to eat next, and the approximate number of calories you should consume at that time.  Don’t sell yourself short and “save” calories for later.  This is a poor choice for the metabolism.  Eat 2/3 of your daily calories by dinner time.

3) Know your portions.  Estimating calories isn’t easy.  Different foods are prepared with varying amounts of inputs like water, sugar, and fat.  Size can be deceptive.  This is another reason one should eat a whole food diet.  Even though it may be less exact than a packaged food listing the calories for you, you’ll be “safer” and will have a hard time over-doing your calories.  Whole foods are very filling.

The following is a very general guide to whole foods portion sizes and calorie values (very general, but it’ll work just fine):

WHOLE GRAINS: brown rice, quinoa, whole wheat angel hair pasta, barley, wheat berries, thick rolled oats

>>>>  1 cup = 250 calories, 5g of protein = the size of your fist, an 8-oz coffee mug

BREAD: 100% hearty whole wheat/grain

>>>> 1 slice = 120 calories, 5g of protein = nice thick, heavy store-bough pre-cut slice,

>>>>100 grams = 250 calories, 10g protein = about as much as a deck of cards weighs

BEANS: kidney, garbanzo, black, white, lentils, split peas

>>>> 1 cup = 250-290 calories, 12-17g of protein = the size of your fist, an 8-oz coffee mug

POULTRY, EGGS, HAM:

>>>>3 oz chicken = 100 calories, 21g of protein = the size of a deck of cards

>>>>3 oz turkey = 90 calories, 21g of protein = the size of a deck of cards

>>>>1 large egg = 80 calories, 6g or protein = most eggs are large

>>>>3 oz ham = 90 calories, 16g of protein = the size of a deck of cards

FISH:

>>>>3 oz salmon = 150 calories, 21g of protein = the size of a deck of cards

>>>>3 oz cod = 90 calories, 21 of of protein = the size of a deck of cards

MILK: skim, 2%, and whole (respectively)

>>>>1 cup = 90, 120, 150 calories; 8 g of protein = the size of a regular coffee mug

YOGURT: plain nonfat, lowfat, whole (respectively)

>>>>1 cup = 120, 130, 150 calories; 12, 10, 8g of protein = the size of a regular coffee mug

CHEESE: cheddar, cottage, cream cheese

>>>>`1 oz cheddar = 110 calories, 7g of protein = 1 cubic inch

>>>> 1/2 cup cottage cheese (non-fat, 2%, regular fat) = 70, 90, 110 calories, 13g of protein = 1/2 a regular coffee mug

>>>>1/2 oz cream cheese = 50 calories, 1 g of protein = 1 tablespoon

NUTS: as a group, averaged

>>>>1 oz = 175 calories, 5 g of protein = 1 cupped handful

>>>>1 oz peanut butter = 100 calories, 4 g of protein = 1 tablespoon

FRUITS:

>>>>1 large banana = 120 calories, 1.5 g of protein = 8″

>>>>1 large apple/pear =110 calories, 5.g of protein = bigger than a tennis ball

>>>>1 large peach/orange = 70 calories, 1g of protein = bigger than a tennis ball

>>>>1 cup of berries = 70 calories, 1g of protein = size of your fist

VEGETABLES: as a group, averaged

>>>>1 cup = 30-60 calories, 1-3g of protein = size of your fist

When you’re trying to shed body fat, but still gain muscle, you have to be wise about your protein consumption.  A person only needs 5-15% of his total daily calories derived from protein to remain healthy.  If you only ate plant-derived foods, and consumed a sufficient number of calories per day, you would get enough protein.  When exercising often at high intensities, however, the body will want more protein.  This protein by no means is absolutely necessary, but it will take significantly longer to make the same grains in strength, fitness, and recovery if only 5-15% of your caloric intake is represented by protein.

For this reason, I have listed not only general calorie values, but also general protein values.  If your goal is body fat reduction and increased performance, you should be sure that you are getting a good portion of protein with every meal, and a little with almost every snack.

Here’s an example:

BREAKFAST = 1 cup of whole oats cooked in 1 cup of 2% milk.  = 370 calories, 13g protein

SNACK = I cup of lowfat yogurt with a sliced banana =  240 calories, 11g protein

LUNCH = Turkey (2 oz=60 cals) sandwich on 100% whole wheat bread(2 slices=240), with cheddar cheese (1oz=110 cals), mustard(15), mayo(75), tomato, lettuce. = 500 calories, 31g protein

SNACK = handful of nuts = 175 calories, 5g protein

SNACK = 1 apple = 110 calories, 0.5g protein

DINNER = 1 cup of brown rice, side of broccoli, baked salmon (2 oz) = 380 clories, 32g of protein

>>>> GRAND TOTAL = 1775 calories, 92.5 g of protein!

What have we accomplished here?  A low-calorie, low-maintenance, whole foods, high-protein diet (RDA is 60g protein per day for a 25+ year-old male).   Protein hides everywhere; as long as you eat often, eat a variety, and eat enough, there is no reason why you wouldn’t get sufficient protein.  This diet was created to resemble attainable eating habits of the average person who meets with me in my training office.

Eggs, protein powder, cottage cheese, and legumes are other foods that were left off this mock-up diet, and would have easily raised the protein intake.

Shopping Guide To The Whole Foods Diet

Shopping Guide To The Whole Foods Diet

“If I didn’t make it myself, I can’t eat it.” — Jane Perneel

RED LIGHT!

Most things found in the center aisles of the supermarket…

Anything that contains ingredients a third-grader couldn’t pronounce.

Anything bearing an ingredient list that takes longer than five seconds to read out loud.

Anything with added sugar, corn syrup, high fructose corn syrup, dextrose, maltose, and all the other fancy-“ose” words for “sweetener”.

Anything that might be considered “junk food.”

Anything that you could have made yourself, (i.e. canned soup)

Things that have been de-natured (i.e. skim milk, canned vegetables)

Things don’t resemble their original ingredients in any way (corn flakes, white bread, pancake “syrup”)

Canned vegetables, canned soup, breakfast cereal, breakfast bars, potato chips, candy, soda, microwave dinners, jelly, cakes, quick stove-top dinners, frozen casseroles, sweetened beverages, sweetened yogurt, juice from concentrate, condiments, etc.

ORANGE LIGHT…

Foods that are important in one’s traditional diet that cannot be easily produced in the home…

Miso, rice milk, white rice, pita bread, tortillas, matza crackers, pasta (whole grain), alcoholic beverages, pickles (unsweetened), canned fish, canned beans (unsweetended), etc.

GREEN LIGHT!!!

Foods that are in their whole form and resemble what can be found in nature…

Foods that have withstood the test of time (have persisted in traditional diets for millennia), but are probably not easy to produce in the home (butter, whole grain bread, olive oil, etc.)

Foods that have been milled, but otherwise untouched (i.e., whole grains, legumes, etc.).

Foods that have been dried, but not sweetened (dried fruit, cured meat)

Spices and seasonings.

All fresh fruits and vegetables, cheese (not cheese “product”), whole milk (not low fat), olive oil, butter, coconut butter, cream, yogurt, eggs, meat, poultry, fish, legumes, whole grain pasta, nut butters, honey, maple syrup, rolled grains (like oats), spices and seasonings, etc.

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