Broccoli and kale are often touted to be “superfoods.” And, yes, they really are amazingly healthy for you.
If you’re wondering what exactly is in these green powerhouses that makes them so “super,” I’ve dived into the research to give you some nerdy reasons to make these a staple in your diet.
To start, they’re both considered cruciferous vegetables related to each other in the Brassica family. This family of super plants also includes cauliflower, cabbage, mustard greens, and Brussels sprouts.
These superfoods have a tonne of nutrition, and other health-promoting compounds, they’re relatively inexpensive and easy to cook too!
Broccoli and kale are full of nutrition: vitamins, minerals, fibre, etc. They’re both considered to be nutrient dense which is a measure of nutrients per calorie – and these both have a lot!
100 grams of broccoli (about 1 cup, chopped) contains:
- 34 calories
- 8 g protein, 0.4 g fat, 6.6 g carbohydrates, and 2.6 g fibre.
- Good source of B vitamins (when eaten raw)
- >100% of your daily vitamin C
- Almost 100% of your vitamin K
- Good source of manganese
- Traces of all the other vitamins and minerals
One cup of loosely packed kale contains:
- 8 calories
- 7 g protein, 0.2 g fat (including omega-3), 1.4 g carbohydrates, and 0.6 g fibre.
- Contains pre-vitamin A (beta-carotene).
- Several B vitamins, including B1, B3, B5, B6, and folate (B9)
- Rich in vitamins C and K
- Lots of minerals including manganese, magnesium, iron, potassium, sulfur, copper, phosphorus, and calcium
As you can see, these two foods contain a lot of nutrients.
NOTE: Too much vitamin K may interact with certain blood-thinning medications. If you’re taking one of these medications, talk to your doctor or pharmacist before incorporating too much of these superfoods into your diet.
Broccoli and kale also contain other health-promoting compounds.
Super health-promoting compounds
Broccoli and kale tend to taste a bit bitter – but that bitterness equals healthfulness!
This bitter flavour is from some of the health-promoting compounds in these super plant foods. Things like glucosinolates (e.g., sulforaphane and isothiocyanates) and polyphenol flavonols.
There are a few different types of kale – from curly kale, to dinosaur kale, to red/purple kale. The different colours result from slight differences in the amounts of the compounds these plants contain.
One of the main active ingredients in cruciferous vegetables are glucosinolates. These antioxidant compounds are very useful to help detoxify and protect against cancer.
FUN FACT: It’s the precursors to glucosinolates that are in cruciferous vegetables, not the compounds themselves. When fresh broccoli and kale are eaten (or even chopped/blended) raw the active compounds are produced. *This fact is incorporated into a trick I use in this week’s recipe*
NOTE: Glucosinolates may affect iodine absorption and thyroid health, particularly in people prone to thyroid disease. In this case, you may not have to ditch these superfoods altogether – just cook them first.
These superfoods also contain flavonols like kaempferol and quercetin. Flavonols have antioxidant and anti-inflammatory properties, and they decrease your risk of cancer.
Kale also contains carotenoids like lutein and zeaxanthin. Carotenoids are known for promoting eye health and are protective against many cancers.
When cooked, kale contains another anti-cancer compound called indole.
Broccoli and kale are cruciferous superfoods. They are packed with nutrition and have a whole array of health-promoting compounds.
Almost everyone should be eating these regularly. Just be cautious if you’re taking blood-thinning medications; and, if you have thyroid issues, cook them first.
Do you, or anyone you know, absolutely love (or hate) these superfoods? Do you have a favourite recipe to share? Let me know in the comments below.
Recipe (Broccoli & Kale): Superfood Soup
2 tbsp extra virgin olive oil
1 tbsp garlic, chopped
2 large handfuls kale
4 stalks celery, chopped
4 stalks broccoli chopped
8 cups broth
½ cup tahini
2 tsp sea salt
Sautee garlic in olive oil in a large soup pot. At the same time do steps #2 and #3.
Add half of the raw kale, celery, and broccoli to your high-speed blender (in that order). Cover with up to 4 cups of broth and blend.
Pour soup into the pot with the sauteed garlic. Do the same for the other half of the veggies and broth.
Heat soup and simmer for up to 5 minutes.
Remove from heat. Add tahini and sea salt. Stir well.
Serve & enjoy!
Tip: If you want the soup to be extra creamy, you can re-blend after it’s heated.
The world of food can be so confusing at times. There was a time when it was clear what food was – it came directly from nature – whether foraging, hunting, or farming.
Now there are so many things we eat that don’t resemble a natural food.
Michael Pollan has a famous quote, he said:
- Eat Food – Not too much – Mostly Plants
And in his famous book, In Defense of Food, he defines what food should be. He says, “Don’t eat anything your great-great-grandmother wouldn’t recognize as food.”
And, we can all agree that some things are obviously not recognizable by our great-great-grandmothers: candy bars, fast food, and sports drinks.
We can also say that many of the common health issues we face today: heart disease, diabetes, some cancers, cavities, etc. didn’t exist at anywhere near the rates before industrially processed foods became available.
But, where do we draw the line? How do we define processed? How processed is processed? And what the heck is ultra-processed?
Allow me to let you in on the internationally recognized classification system. And we’re going to go through it step-by-step with an apple.
According to NOVA, the official definition of unprocessed or natural foods is:
“The edible parts of plants (seeds, fruits, leaves, stems, roots) or of animals(muscle, offal, eggs, milk), and also fungi, algae, and water, after separation from nature.”
This is like eating a whole apple right off the tree – clearly unprocessed.
Minimally processed foods are:
“natural foods altered by processes such as removal of inedible or unwanted parts, drying, crushing, grinding, fractioning, filtering, roasting, boiling, pasteurization, refrigeration, freezing, placing in containers, vacuum packaging, or nonalcoholic fermentation. None of these processes adds substances such as salt, sugar, oils or fats to the original food.”
So, with our apple example, once you cut the apple’s core out and put the slices into a container to bring with you for your afternoon snack, you are processing it – minimally. You can even peel and boil that chopped apple to make applesauce. And, as long as you don’t add anything else (like cinnamon), it’s still considered minimally processed.
Processed foods, on the other hand, are relatively simple products made by adding sugar, oil, salt or other processed ingredients to unprocessed foods.
“Most processed foods have two or three ingredients. Processes include various preservation or cooking methods, and, in the case of bread and cheese, non-alcoholic fermentation. The main purpose of the manufacture of processed foods is to increase the durability of unprocessed foods, or to modify or enhance their sensory qualities.”
So, if you take that applesauce, add cinnamon, and/or use it in a recipe, you technically have processed the apple.
This can still be a healthy choice, as you’ll see in the next definition of ultra-processed.
Here’s where things get interesting and scary!
Ultra-processed foods are:
“Industrial formulations typically with five or more and usually many ingredients. Such ingredients often include those also used in processed foods, such as sugar, oils, fats, salt, anti-oxidants, stabilizers, and preservatives. Ingredients only found in ultra-processed products include substances not commonly used in culinary preparations, and additives whose purpose is to imitate sensory qualities of [unprocessed] foods … or to disguise undesirable sensory qualities of the final product. [Unprocessed] foods are a small proportion of or are even absent from ultra-processed products.”
So, pre-packaged apple strudel with a long shelf life is very much an ultra-processed food. If you took a look at the ingredient list of pre-packaged apple strudel (one with a long shelf life), you would see added sugars, oils, preservatives, and flavour enhancers. And we can argue that the healthy apple is a small (very small) proportion of the strudel.
There is a clear delineation between unprocessed (the apple) and ultra-processed (the pre-packaged strudel with a long shelf life) foods. An apple is nowhere near what a mass produced apple strudel is. But, there are a couple of different categories in between these – namely minimally processed and processed.
It’s clear that unprocessed (apple) and minimally processed (plain applesauce) foods are almost always quite healthy and nutritious. It’s also clear that ultra-processed food is not so healthy.
Now that you know the definitions of these foods, I think you’ll agree with me that the commonly used term processed is often referring to the industrial ultra-processing of foods.
I’d love to hear your thought on these definitions. Let me know in the comments below.
Recipe (minimally processed): Slow-Cooker Applesauce
4 lbs apples, washed and chopped
¾ cup water
Place apples and water in a large pot.
Bring to a boil and simmer until apples are soft about 20 minutes.
Blend or mash the apples into desired consistency.
Serve & enjoy!
Tip: Add some cinnamon for extra flavour, and use the applesauce to make overnight oats.
Thickeners are one of many ingredients added to processed foods. And they do just that: thicken. They absorb water and form a gel-like consistency. They’re often used to make foods thick and creamy, without having to add a lot of fat.
Thickeners also tend to emulsify and stabilize foods they’re added to. Emulsification allows fats and water to mix better and prevents them from separating (i.e., oil/vinegar salad dressing versus a thicker or creamier emulsified dressing). And “stabilizing” helps the product have a longer shelf-life before the “best before” date.
Thickeners are often found in canned dairy-free milk and any milk that comes in a carton, baked goods, soups/sauces/gravies, puddings/ice cream, etc. Some are even added to dietary supplements!
These thickeners are polysaccharides, which means they’re long chains of many (poly) saccharides (sugars). They’re typically difficult to digest, which makes them similar to dietary fibre. And this also means they can help you feel fuller longer without providing many calories or any nutrients.
They’re naturally-derived but are heavily processed to extract the compound. (Did I say “heavily?”)
FUN FACT: food additives are considered anti-nutrients because they reduce the absorption of dietary minerals like calcium.
Overall, for the general healthy population, in small doses, these thickeners don’t seem to create massive health concerns. But, even though they’re extracted from whole foods, they’re far from it. Plus, there are lots of reasons to avoid them altogether.
Let’s briefly dive into five of the common ones.
Xanthan gum is made by a bacteria called Xanthomonas campestris. This bacteria can cause diseases in plants (e.g., leaf spot). The xanthan gum is created when the bacteria ferment sugar. Xanthan gum is extracted from the liquid, dried, and ground.
Because it’s like dietary fibre, xanthan gum has been shown to help reduce blood sugar spikes. Its thickening properties can help slow the absorption of sugar, therefore slowing the speed sugar can get into the bloodstream.
In high doses, xanthan gum can act as a laxative and can cause bloating, gas, and diarrhea. It also may act as a prebiotic (food for our friendly gut microbes), but more research is needed.
Xanthan gum should be avoided by infants and people with severe wheat, corn, soy, or dairy allergies.
Guar gum is made from legumes called guar beans. These beans are split, and the endosperm is ground to get the guar gum.
Like xanthan gum, guar gum may reduce blood sugar spikes, act as a laxative, and possibly a prebiotic.
In rodents, guar gum has been shown to increase intestinal permeability (i.e., leaky gut).
Cellulose gum is made from wood pulp and cotton. To extract the cellulose gum, the pulp is processed with several chemicals, which are then removed.
Cellulose gum can cause bacterial overgrowth and inflammation in animals who eat large amounts of it. It’s been suspected to be linked with IBD (Inflammatory Bowel Disease).
Carrageenan is made from red seaweed that’s dried, ground, chemically treated, filtered, and dehydrated.
Carrageenan can increase intestinal permeability (i.e., leaky gut). It has been linked to gastrointestinal inflammation, ulcers, and colitis-like conditions in animals. It has also been used in high doses to cause tumors in animals for cancer research.
Unlike other thickeners, some rodent studies have shown that carrageenan can worsen blood sugar control issues.
Lecithin most often comes from soybeans, but can also come from eggs, canola, or sunflower seeds. It’s heavily processed with chemicals and then purified.
Lecithin also contains phospholipids, triglycerides, sterols, free fatty acids, and carotenoids.
One of lecithin’s metabolites (what your body metabolizes lecithin into once it’s absorbed) is linked to heart disease. On the other hand, it does lower serum cholesterol. Overall, the jury seems to be out on its heart health effects.
Thickeners are highly processed food additives derived from nature. They are found in many processed foods because they thicken, reducing the amount of fat needed.
In the body, they can act as a dietary fibre, and may have some of the health benefits of that. But, they can also contribute to gastrointestinal issues, especially in higher doses. They can also be allergenic in small doses.
Do you read your labels to see which thickeners are in your foods? Are you going to look out for these additives? Let me know in the comments below.
Recipe (Thickener-free): Creamy Salad Dressing
1 avocado, ripe½ cup coconut milk – use one without added thickeners or make your own (you may need more to thin)
2 cloves garlic
1 tbsp apple cider vinegar
1 tbsp lemon juice
1 tsp dill, dried
1 tsp chives, dried
1 tsp parsley, dried
½ tsp basil, dried
4 dashes salt
4 dashes pepper
Combine all ingredients in a blender. Blend until creamy.
Add more coconut milk or herbs/spices to reach desired consistency and flavour.
Serve & enjoy!
Tip: Add cilantro for additional flavour.
Leaky gut is also known as increased intestinal permeability. It’s when the cells lining our intestines (gut) separate a bit from each other. They’re supposed to be nice and tightly joined to the cell beside it; this is to allow certain things into our bodies (like nutrients), and keep other things out.
When the tight junctions between intestinal cells weaken it can cause the gut to be more permeable – leakier – than normal. When this happens, it allows things into our bodies that should not get in; things like large pieces of protein, toxins, or even bacteria and waste.
When substances that shouldn’t be there get into our bloodstream through the “leaks” in our gut, our immune system kicks in. These leaked bits mimic a food allergy, and our body reacts accordingly. It mounts a response to try to attack the invaders, and this causes inflammation.
Leaky gut is associated with a number of issues including food allergies, celiac disease, autoimmune diseases (e.g., Inflammatory Bowel Disease, Hashimoto’s, asthma, type 1 diabetes, acne, eczema), joint pain, and neurological problems (e.g., multiple sclerosis). Some research shows that leaky gut might contribute to or worsen these conditions.
While some of our gut permeability may have a genetic factor, there are lifestyle habits that contribute as well. Too much sugar or alcohol, and not enough fibre can make things worse. Even certain compounds in foods (e.g., gluten, lectins, casein, fructose) and food additives (e.g., MSG) can weaken tight junctions.
So, what should we eat, and ditch, for optimal gut health?
Avoid or reduce these
There are certain foods that irritate the gut or can cause those loosened junctions to get even looser.
Some of these include:
- Foods that you’re allergic to
- Foods with added sugar
- Foods containing MSG
- Foods with sugar alcohols (e.g., sorbitol)
- Gluten-containing grains (e.g., wheat, rye)
- High-lectin foods (e.g., grains, legumes)
- Nightshades (e.g., eggplant, peppers, tomato)
- Dairy (which contains casein & lactose)
- Excessive alcohol
It’s a good idea to reduce these foods and if leaky gut is a confirmed issue for you, avoid them until the leaky gut has been addressed.
Eat more of these
There are also a bunch of foods that support gut health, including the intestinal cells themselves, as well as our friendly gut microbes. Many of these also reduce inflammation.
- Probiotic-rich fermented foods (e.g., sauerkraut, kimchi)
- Prebiotic fibre-rich foods which help our gut microbes produce butyrate (e.g., leafy greens, vegetables, fruit, nuts, seeds)
- Glutamine-rich foods (e.g., bone broth, meat)
- Zinc-rich foods (e.g., shellfish, organ meats, and pumpkin seeds)
- Quercetin-rich foods (e.g., citrus, apples, onions)
- Curcumin-rich turmeric
- Indole-rich foods (e.g., broccoli, cauliflower, cabbage, mustard greens)
These are all nutritious foods that can help with gut health and overall health.
It’s not just what you eat that can affect your gut. Other lifestyle habits can help too.
- Eating slower and chewing better to help break down food better
- Eating when hungry, and stopping when satisfied
- Going to the bathroom when you need to (don’t hold it for longer than necessary)
- Getting more high-quality sleep
- Better stress management
All of these are great healthy habits to get into, gut problems or not.
To help keep our guts (and our bodies) in optimal condition, there are a lot of foods we should eat (and lots we should reduce).
Sticking with nutrient-dense unprocessed foods is always a good plan, whether you have gut issues, other concerns, or feel completely healthy.
And, don’t forget the importance of a healthy lifestyle like good eating habits, sleep, and stress management.
Which of these foods have you added or reduced? Let me know in the comments below.
Recipe (Gut supporting): Braised Greens with Turmeric
2 bunches leafy greens (kale, chard, collards), washed and chopped
2 tbsp olive oil
Juice of 1 lemon
½ tsp turmeric
2 dashes salt and pepper
Heat the olive oil in a large skillet over medium heat.
Add the greens and a splash of water.
Sauté until the greens start to wilt.
Remove from heat and sprinkle with lemon juice, turmeric, salt and pepper.
Serve & enjoy!
Tip: Serve this as a side dish (hot or cold), or add to soup.
Low carb diets have been popular on and off since the dawn of the Atkins fame (and maybe even earlier?).
But, what exactly defines low carb? Does eating this way actually help with weight loss? Are there any other health benefits (or risks) to eating fewer carbs?
What is a carb?
A carb, or carbohydrate, is one of our three main macronutrients. Carbs, along with protein and fat that are needed for optimal health in quantities larger than vitamins and minerals which are micronutrients.
Carbohydrates come in three main types:
Sugars are the smallest (molecule) carb. There are many different kinds of sugars, beyond the well-known table sugar (sucrose) or fruit sugar (fructose).
Starches are longer chains of many sugars bound together. Starches are broken down by our digestive enzymes into sugars. These sugars are then absorbed and metabolized in much the same way as if we ate sugar itself.
Fibre, on the other hand, is also a long chain of sugars, but these are not broken down by our digestive enzymes. Fibre passes through our system, feeds our friendly gut bacteria, and then takes food waste out the other end.
Because fibre isn’t digested like sugars and starches, it’s often excluded from the carb calculation.
How we metabolize carbs
When we eat carbs, our body absorbs the broken down sugar into our blood, thus raising our blood sugar. Depending on how high and fast our blood sugar rises, our body may release insulin to tell our cells to absorb that sugar out of our blood and use it as energy now or store it for later.
This is part of the theory as to why eating low carb diets may help with weight loss – by preventing the release of insulin, thus preventing the storage of excess calories.
But, our bodies are a bit more complicated than that!
Low carb for weight loss?
A few studies recently put low carb diets head-to-head against low-fat diets for weight loss.
Guess what they found?
1 – There isn’t one universal definition of low carb (see the next section below).
2 – It’s more difficult for people to stick to low carb diets than low-fat diets.
3 – Both diets work for some people, and neither one is overwhelmingly better for weight loss than the other.
4 – The number of calories people eat is still considered a huge factor when it comes to weight loss success – more than whether the calories are from carbs or fat.
How many carbs is low carb?
There isn’t one single definition.
The average American eats about 300 g of carbs per day. Some people consider eating under 250 g of carbs per day to be the first threshold of a low carb diet. That’s really not that low in carbs, it’s lower carb, rather than low carb. Plus, if you’re new to cutting carbs, this level is easy to maintain and a good start (if you want to cut your carbs).
Taking that a step further, eating less than 150 g per day of carbs is considered a typical low carb diet.
On the extreme side, eating less than 50 g of carbs per day is considered to be very low carb – it falls under the ketogenic diet range. Eating so few carbs can actually change your metabolism into a ketogenic state. Eating this way can be difficult for many people to maintain.
Other health benefits of low carb diets
Low carb diets have the benefit of preserving muscle mass during weight loss. They can also improve heart health biomarkers like cholesterol and triglyceride levels.
Not to mention that eating fewer carbs can improve how our bodies manage those carbs in terms of insulin and fasting blood sugar levels.
There can definitely be some non-weight-loss health benefits to eating fewer carbs!
Eating a low carb diet can be healthy, as long as it contains enough of all the essential nutrients. Some people may lose weight eating fewer carbs, and others won’t.
Low carb diets can help to improve how the body manages blood lipids and blood sugar, so it can be a healthy choice for some people.
As with most things in nutrition, there isn’t a one size fits all rule. Low carb diets can be a good choice for many people, but it’s not the magic bullet that some people claim.
What about you – have you tried (or do you currently) eat low carb? How many carbs do you eat per day? Have you had any great (or not so great) health effects from it? Let me know in the comments below.
Recipe (Low carb): Baked “Breaded” Chicken
2 pounds chicken drumsticks
½ cup almond flour
½ tsp salt
¼ tsp black pepper
1 tsp paprika
1 tsp rosemary or thyme
½ tsp garlic powder
Preheat oven to 450F.
Cover a large baking dish with parchment paper.
In large food storage bag, combine all ingredients except chicken.
Place a couple of pieces of chicken in the bag and shake until coated.
Repeat with the rest of the chicken.
Place chicken on a lined dish and bake uncovered for 20 minutes.
Turn over and bake 15 minutes longer.
Ensure internal temperature of chicken reaches 165F.
Serve & enjoy!
Tip: You can roast veggies in another pan at the same time. Just chop, drizzle with oil, and sprinkle with salt and pepper. They might not need to cook as long as the chicken, so check them periodically.
Grapefruit is good for you!
It’s a vitamin C-rich citrus fruit that’s low in sugar and contains vitamin A, potassium, and fibre. It has a low glycemic index and does not spike your blood sugar when you eat it. The pink and red varieties also contain lycopene.
It’s definitely a nutritious health-promoting food.
It even had a whole weight-loss diet created around it – the “grapefruit diet!” Research has proven that grapefruit doesn’t have any magical weight loss properties, so don’t eat it just to lose weight.
There is something you need to know about grapefruit if you take medications.
Grapefruit enhances the effects of many medications – over 85 at last count; this is sometimes called the “grapefruit effect.” Taking grapefruit (or its juice) along with certain medications – even a day apart – can increase the risk of side effects.
For example, when taken with certain blood pressure lowering medications it lowers blood pressure too much. This causes lightheadedness and other symptoms.
Another example is when taken with certain birth control pills, women have a higher risk of blood clots.
Grapefruit affects the metabolism of some of the following categories of medications:
● Blood pressure
● Birth control
● Immunosuppressive and anti-rejection
● Urinary tract agents
● over-the-counter cough medication
When the medication is taken within 24-72 hours of consuming grapefruit or its juice (yes, up to three days later!), there can be an interaction and potential side effect. In fact, for half of the medications affected, the grapefruit effect can be serious. Serious effects include heart and muscle issues and kidney toxicity, just to name a few.
How does this even happen, and why is grapefruit special?
How does grapefruit interact with medications?
Grapefruit (as well as Seville oranges, limes, and pomelos) contain a compound called “furanocoumarin.” It’s this compound that inhibits (stops) an enzyme in our gut (enzyme CYP 3A4) from working properly.
When working properly, this enzyme breaks down and metabolizes many compounds we ingest, including dozens of medications.
When the enzyme is inhibited, like when we’ve consumed grapefruit, this slows down the enzyme. This leads to slowing down of the rate these medications are metabolized and eliminated from the body.
If you slow down metabolism and elimination, this leads to higher than normal levels of medications in the blood – up to 137% higher! This “enhances” their effect and can cause those side effects.
When medications are prescribed at certain doses to be taken in certain time frames, this is based on the medication being metabolized normally – not way-too-slowly.
If you need to replace grapefruit or its juice in your diet, try another fruit or vegetable. Or, talk with your doctor about swapping for another medication that’s not affected by grapefruit.
Since one glass of grapefruit juice can affect the enzyme’s function for over 24-hours, it’s advisable to stop eating the grapefruit or drinking its juice altogether while you’re taking certain medications.
If you love eating grapefruit or drinking its juice and are taking medications, definitely speak with your doctor or pharmacist to see if this affects you. Many medications are not metabolized by this enzyme, and even if they are, this grapefruit effect may not pose a serious risk for all of those medications.
So, now that you know grapefruit’s little secret go find out if you’re affected.
Do you know someone who loves grapefruit or its juice, and is taking medications that have the grapefruit effect? Share this post to let them know that they should double-check with their doctor or pharmacist before enjoying this awesome fruit.
Recipe (Tangy Citrusy): Non-Grapefruit Juice
2 cups pineapple, peeled & chopped
1 cup cucumber, washed & chopped
1 lemon, peeled
Juice pineapple, cucumber and lemon.
Serve over ice & enjoy!
Tip: Top with fresh mint leaves.
Everything You Think You Know About Healthy Eating is Wrong and it’s Making You Fat and Tired. Oh my gosh – nutrition and diet info is everywhere! And each expert and association tries to lead you in their direction because they know best and their advice is going to help you. Right? Well, maybe…
Everyone has heard (and maybe lived through) the intense focus on how much you eat. This has gotten way too much attention because while this does affect your weight and energy level, it’s certainly not the “holy grail” of health. Let’s focus a bit more on the often overlooked (and proven) benefits of what you eat and drink and how you eat and drink it.
What you eat and drink
The “calories in, calories out” philosophy (i.e. how much you eat) is being drowned out with research on other factors that may be just as important. Don’t get me wrong limiting calories, carbs or fat can certainly help you lose weight but that’s simply not the only factor for long-term weight loss and maximum energy for everyone.
When the intense focus on how much we ate didn’t work in the long-run it wasn’t really a surprise. We kind of knew that already, didn’t we? You can certainly still continue to count your calories, carbs, and fat but don’t forget to also pay attention to what you eat. Ideally, you need a varied diet full of minimally-processed foods (i.e. fewer “packaged” “ready-to-eat” foods). This simple concept is paramount for weight loss, energy, and overall health and wellness.
Every day this is what you should aim for
- A colorful array of fruits and veggies at almost every meal and snack. You need the fiber, antioxidants, vitamins, and minerals.
- Enough protein. Making sure you get all of those essential amino acids (bonus: eating protein can increase your metabolism).
- Healthy fats and oils (never “hydrogenated” ones). There is a reason some fatty acids are called “essential” – you need them as building blocks for your hormones and brain as well as to be able to absorb essential fat-soluble vitamins from your uber-healthy salads. Use extra virgin olive oil and coconut oil, eat your organic egg yolks, and get grass-fed meats when possible. You don’t need to overdo it here. Just make sure you’re getting some high-quality fats.
How you eat and drink
Also pay attention to how you eat and drink. Studies are definitely showing that this has more of an impact than we previously thought. Are you rushed, not properly chewing your food, and possibly suffering from gastrointestinal issues? Do you drink your food? When it comes to how you eat let’s first look at “mindful eating”.read more
This word “metabolism” is thrown around a lot these days. If yours is too slow you might gain weight. But what exactly does this all mean? Well technically “metabolism” is the word to describe all of the biochemical reactions in your body. It’s how you take in nutrients and oxygen and use them to fuel everything you do. Your body has an incredible ability to grow, heal, and generally stay alive. And without this amazing biochemistry you would not be possible.
Metabolism includes how the cells in your body:
● Allow activities you can control (e.g. physical activity etc.).
● Allow activities you can’t control (e.g. heart beat, wound healing, processing of nutrients & toxins, etc.).
● Allow storage of excess energy for later.
So when you put all of these processes together into your metabolism you can imagine that these processes can work too quickly, too slowly, or just right. Which brings us to the “metabolic rate”.read more
Won his UFC Heavyweight fight at Glasgow, July 16, 2017