How to Cook the Perfect Hard Boiled Egg

I love eggs and I am proud of it!  Eggs are economical, can be cooked in so many different ways and they offer great nutritional value.  And yes I eat the whole thing because an egg is a whole food and I like whole foods.  The 2 components of the egg each offer a unique nutrient profile.

Eggs are a great source of protein.  1 large egg contains approximately 6 grams of protein and it is in the egg white that most of it is found.

The egg yolk has about half of the protein of the egg white but offers a heavy nutrient hit.  The yolk of an egg provides vitamins A, D, E and K, the antioxidants lutein and zeaxanthin and the valuable nutrient choline.

The most common question I get around meal planning is “Can you give me some snack ideas?”.  Well yes I can.  Have a hard boiled egg!  You can make a few at a time, keep them in the fridge and grab one when you need it.  Perfect for convenience and time management.  Do you see why I love eggs!

Cooking the Perfect Hard Boiled Egg

I have tried various techniques for cooking hard boiled eggs but find this one to be the best:

  1. Put your eggs in to a pot and cover with cold water
  2. Turn the heat to high
  3. When the water comes to a good rolling boil turn off heat and cover the pot with a lid
  4. Set your timer for 20 minutes
  5. When your timer goes off drain the water and then cover the eggs with cold water.  This last step helps the shell to come off easier
  6. Once your eggs are cooled, drain the water and your eggs are ready to eat or to be stored in the fridge

So that’s it in an egg shell:)

This technique has never failed me.  Give it a shot and if you feel like letting my know how it goes I would love the feedback.

 

This Week on TheHealthHub…Bringing Gratitude in to our Lives with Gregg Krech

Every Tuesday from 11am -12pm I host The Health Hub, an interactive, forward thinking talk show on Radio Maria Canada.   Call, tweet or email your questions as together we explore health issues that are relevant to you from new and innovative points of view.

This Week on TheHealthHub…

Bringing Gratitude in to our Daily Lives with Gregg Krech

Gregg Krech is one of the leading authorities on Japanese Psychology in North America.  He is the author of 5 books including, A Natural Approach to Mental Wellness: Japanese Psychology and the Skills We Need for Psychological and Spiritual Health.  Krech is the editor of Thirty Thousand Days: A Journal for Purposeful Living and his work has appeared in Cosmopolitan, Experience Life, Utne Reader, The SUN, Counseling Today and Spirituality & Health Magazine.  His first book on Naikan reflection, Naikan: Gratitude, Grace and the Japanese Art of Self-Reflection, won Spirituality & Health’s award for “Best Books of 2002.”  He has been teaching an online course on Mindfulness & Attention for 20 years and has been a keynote speaker at conferences on Mindfulness and Attention Deficit Disorder.  Gregg currently lives in Vermont where he is Director of the ToDo Institute, a non-profit educational center and enjoys writing haiku poems, feeding birds, and playing blues piano.

Contact Information

ToDo Institute

 

 


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metabolism

What is Metabolism?

What is Metabolism?

This word “metabolism” is thrown around a lot these days.

You know that 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”.

Metabolic rate

This is how fast your metabolism works and is measured in calories (yup, those calories!).

The calories you eat can go to one of three places:

  • Work (i.e. exercise and other activity).
  • Heat (i.e. from all those biochemical reactions).
  • Storage (i.e. extra leftover “unburned” calories stored as fat).

As you can imagine the more calories you burn as work or creating heat the easier it is to lose weight and keep it off because there will be fewer “leftover” calories to store for later.

There are a couple of different ways to measure metabolic rate. One is the “resting metabolic rate” (RMR) which is how much energy your body uses when you’re not being physically active.

The other is the “total daily energy expenditure” (TDEE) which measures both the resting metabolic rate as well as the energy used for “work” (e.g. exercise) throughout a 24-hour period.

What affects your metabolic rate?

In a nutshell: a lot!

The first thing you may think of is your thyroid. This gland at the front of your throat releases hormones to tell your body to “speed up” your metabolism. Of course, the more thyroid hormone there is the faster things will work and the more calories you’ll burn.

But that’s not the only thing that affects your metabolic rate.

How big you are counts too!

Larger people have higher metabolic rates; but your body composition is crucial!

As you can imagine muscles that actively move and do work need more energy than fat does. So the more lean muscle mass you have the more energy your body will burn and the higher your metabolic rate will be. Even when you’re not working out.

This is exactly why weight training is often recommended as a part of a weight loss program. Because you want muscles to be burning those calories for you.

The thing is, when people lose weight their metabolic rate often slows down which you don’t want to happen. So you definitely want to offset that with more muscle mass.

Aerobic exercise also temporarily increases your metabolic rate. Your muscles are burning fuel to move so they’re doing “work”.

The type of food you eat also affects your metabolic rate!

Your body actually burns calories to absorb, digest, and metabolize your food. This is called the “thermic effect of food” (TEF).

You can use it to your advantage when you understand how your body metabolizes foods differently.

Fats, for example increase your TEF by 0-3%; carbs increase it by 5-10%, and protein increases it by 15-30%. By trading some of your fat or carbs for lean protein you can slightly increase your metabolic rate.

Another bonus of protein is that your muscles need it to grow. By working them out and feeding them what they need they will help you to lose weight and keep it off.

And don’t forget the mind-body connection. There is plenty of research that shows the influence that things like stress and sleep have on the metabolic rate.

This is just the tip of the iceberg when it comes to metabolism and how so many different things can work to increase (or decrease) your metabolic rate.

Recipe (Lean Protein): Lemon Herb Roasted Chicken Breasts

Serves 4

  • 2 lemons, sliced
  • 1 tablespoon rosemary
  • 1 tablespoon thyme
  • 2 cloves garlic, thinly sliced
  • 4 chicken breasts (boneless, skinless)
  • dash salt & pepper
  • 1 tablespoon extra virgin olive old

Preheat oven to 425F. Layer ½ of the lemon slices on the bottom of a baking dish. Sprinkle with ½ of the herbs and ½ of the sliced garlic.

Place the chicken breasts on top and sprinkle salt & pepper. Place remaining lemon, herbs and garlic on top of the chicken. Drizzle with olive oil. Cover with a lid or foil.

Bake for 45 minutes until chicken is cooked through. If you want the chicken to be a bit more “roasty” then remove the lid/foil and broil for another few minutes (watching carefully not to burn it).

Serve & enjoy!

Tip: You can add a leftover sliced chicken breast to your salad for lunch the next day!

References:

http://www.precisionnutrition.com/all-about-energy-balance

https://authoritynutrition.com/10-ways-to-boost-metabolism/

 

 

This Week on TheHealthHub…The Wonder of Honey Bees

Every Tuesday from 11am -12pm I host The Health Hub, an interactive, forward thinking talk show on Radio Maria Canada.   Call, tweet or email your questions as together we explore health issues that are relevant to you from new and innovative points of view.

This Week on TheHealthHub…

The Wonder of Honey Bees with Sandi Dickey

 

 

The love of bees is deeply rooted in the Dickey family.

Dickey Bee is a 4th generation family business that was started in the early 1930’s by George Dickey. When Sandi and her husband Peter took over the family business they relocated to Innisfil in 2000.

Today with the business continuing to grow, they have recently built a brand new honey house and teaching facility. This new facility allows them to produce, package and distribute products to their distributors.
Dickey Bee offer workshops, school tours and beekeeping classes.

Honey bees play an indispensable role in the pollination of our essential crops – they are responsible for the health of $170 million worth of crops in Ontario each year.

The Honeybees and the beekeeping industry are of the upmost importance to the health and vitality of Canada’s agricultural industry and the country’s economy.

Contact info:

Dickey Bee Honey

Cookstown, Ontario

4031 3rd Line

www.dickeybeehoney.com

 

 


Follow us on Social Media

 

 


TheHealthHub is now on SoundCloud!

Follow us and don’t miss a single episode!


How To Listen

Visit our website and learn how to listen to our show each week.
http://www.radiomaria.ca/how-to-listen

Here’s how to connect with us:
Email: thh@radiomaria.ca

Twitter: @radiomariaCAN

Twitter: @cathy_biase

Facebook: https://www.facebook.com/TheHealthHubRadioMaria/


Let us know!

If you have a health topic that you would like us to discuss or are a health care specialist who wants to be a guest on our show let us know!

Here is our email.  We would love to hear from you!
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The Importance of Magnesium for Blood Sugar Management

Magnesium is a mineral and is involved in over 300 enzymatic functions within our body including protein synthesis, blood pressure regulation, muscle and nerve function, energy production and blood glucose management. In its management of blood glucose levels, magnesium therefore can play a role in decreasing risk factors for Type 2 Diabetes and to further this can decrease the risk for cancers of the colon, breast, pancreas and liver[1].

Blood levels of glucose are elevated after we eat and it is the role of insulin, which is secreted by the pancreas, to push that glucose in to our cells. If glucose is consistently elevated, the pancreas is called upon to continually secrete insulin to try and move that glucose from our blood in to the cells. The result of this chronically elevated insulin level is that the receptors on our cells for insulin stop responding with the result that glucose does not get removed from our blood stream and blood glucose levels rise. This condition is better known as insulin resistance.

This study helps us to understand how magnesium influences insulin resistance demonstrating that magnesium is critical for our insulin receptors to function properly. The study also brings to light the fact that high insulin levels can cause an increase in the amount of urinary magnesium excreted from the kidneys. Thus someone with sub par magnesium levels can

enter a vicious circle in which hypomagnesemia causes insulin resistance and insulin resistance reduces serum Mg(2+) concentrations[2]

Getting the daily recommended amount of magnesium, 420mg per day for men and 320 mg per day for women is therefore very important for managing blood sugar and in turn for fighting disease. To ensure that you are achieving your recommended daily allowance of magnesium include foods high in magnesium such as spinach, swiss chard, pumpkin seeds, kefir, black beans, bananas and avocados in your diet daily.

 

References

[1] https://www.ncbi.nlm.nih.gov/pubmed/20309918

[2] https://www.ncbi.nlm.nih.gov/pubmed/11478333