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Walking Is Not Exercise

Did you know that walking is NOT considered exercise? This is not just my opinion but standards set by the American College of Sports Medicine Guidelines (ACSM Guidelines). However, many people do not understand this. Which is why I made this video to help explain why…enjoy!

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daily 30 2nd edition book The Daily 30: Bodyweight Exercise Routine

Learn how to move properly while you build strength, burn fat, decrease pain, improve your fitness, and prevent injury, at home or in the gym!

This is great for men, women, and children of all strength levels!

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Walking Is Not Exercise Video Summary

Walking is not exercise as stated by ACSM (American College Of Sports Medicine) Guidelines!

The ACSM Guidelines state that the Exercise Minimums to not be labeled as “sedentary” (without exercise) are:


ACSM’s Guidelines – Weekly Exercise Minimums:

Intensity
% VO2 Max
Minutes / Day
Days / Week

Moderate 40-60% 30 min. ≥ 5

or

Vigorous 60-85% 20 min. ≥ 3

or

A Combination of these 2 Intensities

* Williams, L., Wilkins. (2014). ACSM’s Guidelines for Exercise Testing and Prescription. American College of Sports Medicine. Ninth Edition. [Text]

Moderate Intensity Exercise: Running, rowing, swimming, hiking, cycling, playing sport at a pace that is it difficult to maintain a conversation. 

Vigorous Intensity Exercise: Sprinting, rowing, jumping, swimming, cycling, playing sport at a pace in which you cannot maintain a conversation.

Learn more!


So, walking is simply not intense enough to be exercise, or a “workout”, for most healthy individuals.

Walking can be exercise for those first learning to walk or the elderly who are losing their ability to walk. However, for most of the population, you need more intensity for it to be considered an exercise routine or workout.

Of course, walking does have some benefits, such as improved blood circulation, increased insulin resistance, and it obviously burns more calories than just sitting around.

However, for those of you trying to lose weight, build muscleget stronger, become more athletic, or reach your goals, your training needs to be done with greater intensity. Walking for exercise is just not enough!

If you are a beginner and don’t know where to start, you can start by getting my FREE Bodyweight Strength Training Guide that can give you a real workout with just a few minutes of exercise every day!

Now, go start a new challenge and take on the world!


Please leave your thoughts on “Walking For Exercise” below!


 

Vitamins, Minerals and You

Vitamins and minerals are key nutrients that our bodies need to survive. These vital nutrients are supplied by our diet to help our body function properly. If any one nutrient is deficient or consumed in extreme excess it can have tremendous negative effects on your health and performance.

Taking a multi-vitamin supplement can help make sure that you do not become deficient, but most of your vitamins and minerals should come from food.

Vitamins and minerals help your body to function properly. If anyone nutrient is deficient it can have tremendous negative effects on your health and performance.

Also, if any nutrient is consumed in excess it can be harmful and even deadly.

To avoid becoming deficient or even over consuming any one nutrient, consume a variety of foods including:

  • Fruits and Vegetables
  • Meats and Fish
  • Dairy
  • Nuts and Seeds
  • Beans and Legumes

Each category of food listed above provides vital nutrients our bodies need to survive. If eating a variety of foods is not permitted due to your diet, or you have some food allergies preventing certain food groups, you will need to take a multivitamin or supplement to get these vital nutrients.

To make it simpler, just eat a variety of natural foods, regularly. Even if you choose just one item from each group to include in your diet, it can make a big difference.

Add a handful of spinach to your breakfast eggs, have some fish once a week, eat more cheese, snack on some nuts and join in a chili eating contest! Find what works for you and stick to it, for your health!

Some nutrients are more important than others for men and women. For example, women need a lot more calcium, vitamin D and iron, to account for blood loss and because they lose the ability to absorb calcium after age 30. It is vital for women to get a lot of these key nutrients during puberty and especially as they age. Men, on the other hand, need more magnesium and zinc to help with testosterone production throughout their lives. Otherwise, men can take testosterone booster supplements to help if they aren’t getting enough minerals through food.

Though it is important to get all of our vital nutrients in, more does not mean better. If you take too much of any one nutrient it can have harmful, and even deadly effects.

Though it is difficult, if you eat too much of one thing or add in a lot of supplements, you can start to feel negative symptoms. So be conscious of how you feel on a normal basis, and if anything starts to change, you may want to look at your diet.

When choosing a multivitamin look for one that supplies only about 50% or less of the daily value for each nutrient. This will ensure that you are not greatly deficient in any nutrient and leaves room for an abundance of nutrients to come from food, as they should.

Note: Generally men should have little to no iron in their multivitamin but women need to have some.

Now ask yourself…do you have an incomplete diet that lacks a variety of foods? Do you often feel fatigued, weak or have any skin or eye discoloration? If so, you may need to rethink your diet and start making changes to improve your health and well being.


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Everything You Need To Know About Electrolytes

Electrolytes are an important part of our diets, but if you think that drinking some Coconut water or eating a banana helps cure or prevent cramping, then you need to think again. There’s a lot more to hydration than that. Here is everything you need to know about electrolytes…

There are 4 main electrolytes we will focus on:

  1. Sodium (Na+),
  2. Potassium (K+),
  3. Calcium (Ca++), and
  4. Magnesium (Mg++).

Each electrolyte has a distinct function but they work in unison to create optimal cell performance. If our electrolytes get too far out of balance they can counteract each other and hinder performance.

It is important to keep adequate amounts of electrolytes in the diet, but it is more important to keep them in balance.

Electrolytes are charged particles within the body that maintain proper cell function. One common mistake is that those who regularly exercise believe that they need to constantly replenish their electrolytes due to the loss in sweat.

It is true that these electrolytes are lost through sweat, among other things, but we should keep in mind that our body is smart. Our body wants to hold onto these valuable nutrients as long as it can. With this in mind, our body attempts to retain the electrolytes which are low in the system and releases the ones which are in excess.

Sodium (Na+) is always present in sweat while the other electrolytes are in much lesser amounts. Due to this, water is the only necessary nutrient that needs to be replenished if exercise lasts less than one hour.

Don’t go around thinking that you need a calorie filled sports drink or Coconut Water just because you did some light activity for 30 minutes.

For events lasting longer than one hour, some electrolytes need to be restored. Just avoid overindulging on added sugars while replenishing your electrolytes, unless needed due to your daily energy expenditure. Remember, you don’t need it unless you have been continuously sweating for at least 60 minutes, not including breaks.

Stay hydrated and increase your performance with Dr. Berg’s Hydration Powder.

Electrolyte Breakdown:

Sodium (Na+)

Sodium (Na+) is an electrolyte that commonly works with potassium (K+).

Its main functions are to:

  • maintain our body’s fluid balance,
  • send nerve impulses and
  • allow for muscle contraction.

These functions are actually what stop cramping! Sodium (Na+) helps our cells to maintain hydration, but, more importantly, it prevents cramping through sending signals to our muscle to turn on and off. When we do not have enough Sodium (Na+), then our muscles cramp as our body turns a muscle on and saves Sodium (Na+) by not sending the signal to turn it off. This creates cramping.

While these are important functions, too much Sodium (Na+) causes high blood pressure, filtering systems dysfunction and potassium (K+) deficiency.

Sodium (Na+) works with potassium (K+) but has the opposite effect. If one gets too high in balance, it will prevent the other nutrient from performing its job.

Sodium (Na+) is a hard nutrient to avoid, being found in salt along with most everything processed. For those that exercise regularly, this is not commonly a concern due to sweat rates and the amount used for muscle contraction. However, those that are sedentary, or who have known heart problems, should avoid excess sodium (Na+) intake due to the increased stress it places on your heart.

Though it should not be banned entirely, sedentary individuals should avoid large amounts by limiting the number of processed foods consumed. Generally, anything edible within a package has some amount of salt, so be smart about your consumption.

Overall, to improve overall performance and health, a greater concern should be placed upon the intake of potassium (K+) relative to sodium (Na+).

Potassium (K+)

Potassium (K+) works with Sodium (Na+) in our cells to maintain an equal charge balance.

Other functions include:

  • maintaining osmotic pressure within the cell,
  • blood pressure regulation and
  • it is necessary for muscle strength and contraction.

Due to the large amounts of sodium (Na+) commonly consumed, and the lack of a proper diet, potassium (K+) is commonly overrun.

To keep your muscles in an optimal state of performance, try to get a good amount of potassium (K+) through your regular diet. Good food sources are avocados, tomatoes, coconut water, dark green vegetables and, of course, bananas.

If you have a low Sodium (Na+) Diet due to health-related issues, then avoid having an excess of Potassium (K+) which will actually cause more issues by throwing off your  Sodium-Potassium Electrolyte balance.

Also, avoid an excessive amount of sugars that generally come along with potassium sources unless intense exercise proceeds.

Calcium (Ca++)

Calcium (Ca++) is one of the most important nutrients and electrolytes in the body; especially for active individuals.

Calcium’s (Ca++) main function is initiating muscle contraction. Without calcium (Ca++), our muscles cannot contract.

Though this is important for our skeletal muscles, it is most important for our heart or cardiac muscles.

Without calcium (Ca++) in the blood being brought to our cardiac muscle cells, they will no longer be able to contract and our heart will stop. This is not very common due to our large calcium (Ca++) stores we call bones but can happen with too much exercise within a short period.

Our body would much rather break down our bone tissue so our heart can work rather than let our heart stop beating even once.

Remember, our bodies are smart. The only thing our bodies care about is survival. With this backup system in place, we do not have to worry much about our heart-stopping. However, if we want to keep our bones strong and increase our muscle contraction ability to become stronger, then we need a good amount of Calcium (Ca++) in our diet.

Good sources include dairy products, dark green vegetables, and bony fish.

Note: Calcium (Ca++) intake is most important for women, especially during puberty. This is because women’s ability to absorb Calcium (Ca++) greatly slows post-puberty and nearly stops around age 30. Therefore, women have to consume an entire lifetime worth of Calcium (Ca++) before the age of 30.

*Be careful not to over-consume large amounts all at once.

Magnesium (Mg++)

Magnesium (Mg++) is an electrolyte that is commonly overlooked.

Its common functions are:

  • as a structural component in our muscle cells,
  • to help lower blood pressure and
  • prevent heart arrhythmias or irregular heartbeats.

Also, Magnesium (Mg++) levels help to control the functions of Calcium (Ca++) in the body. If Magnesium (Mg++) is too low, then our Calcium (Ca++) metabolism will not be optimized.

To maintain a healthy heart and be able to gain new muscle cells keep an adequate amount of Magnesium (Mg++) in your diet. Just don’t take Magnesium (Mg++) and Calcium (Ca++) supplements together, as they compete for absorption within the body.

Some good sources are green vegetables, potatoes, nuts, and seeds.

The Bottom Line

Electrolytes are vital for our health but do not believe the new fad drinks that have you loading up on one nutrient without considering the effects it has on the rest of your body.

Know your nutrients, and know your body. Get what you need and not too much of one electrolyte versus another. 

Now go salt your bananas, and have some nuts in your milk!

Stay hydrated and increase your performance with Dr. Berg’s Hydration Powder.

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How Much Sleep Do You Actually Need?

The more you do, the more you need to sleep! Keeping a consistent sleep schedule is vital for both your strength and health! Sleep is the most important and valuable recovery tool for our mind and body. Without proper sleep, our bodies cannot function optimally, or even at a normal rate.

Studies have shown that losing even one hour of sleep from your normal sleep schedule, greatly decreases your mental and physical performance, and taking an extra hour of sleep the next day will not bring you back to normal function.

This means that you cannot catch up on sleep!

Sleep is important and must be maintained regularly during your daily schedule for optimal benefits. If you are constantly changing the amount of sleep you get or time of day that you sleep it will interfere with your Arcadian rhythm, or natural time clock.

Your Arcadian Rhythm

Our body does not know or care what the clock says, or if it is daylight savings time. Before clocks, our body still had a natural rhythm that was based on light.

Studies have shown that when it becomes dark at night and then light in the morning, our bodies go through chemical changes that say it is either time for rest or to wake up.

As the sun sets our bodies begin to slow down functions and want to be in a restful state to recover from the day’s activities. Then as the sun comes up it begins to activate systems, such as releasing insulin to put glucose into cells for energy, in order to get ready for daily activities.

For most people, it is recommended that you sleep for at least 7 hours a night, but this is only a minimum that does not provide the most recovery.

Everyone has a different amount of sleep that is required for their body, but there is a general amount of time that provides optimal recovery for most active individuals.

For most optimal recovery, be in a restful state as the sun goes down and sleep from at least 10 p.m. until 6 a.m. each day.

This is best for your Arcadian Rhythm, which means that as the natural light from outside dims down, so should your activities for the day, and the light you use around you. This will help to start the recovery process and get your body prepared for sleep so that you are not up all night staring at the ceiling. Also, to avoid interfering with your Arcadian rhythm, which is regulated by light, avoid being around a lot of light at night such as T.V. or computer lights.

How much Sleep do you actually need?

Sleeping with the sun is best for our recovery, but not always adaptable to our life’s activities. Again, we go back to the minimum requirement of getting at least 7 hours of sleep each day, with closer to 8 or 9 hours being better for those that are active.

However, as we know, we are all different and our bodies all recover at different rates.

If you want to know how much sleep you require, then simply go to sleep at a normal time (9-10 p.m.) after a standard day for you, and see when you wake up using no alarm. If you get less than 6 hours of sleep before waking up naturally, then go back to sleep to see if you can add on some hours.

Then count the hours you were asleep, making sure that you feel rested, and this is your normal sleep requirement. All you have to do now is account for your additional requirements after activity.

The more activity you do, and the more stress you place on yourself, the more sleep you need to recover from it.

  • If you exercise for at least one hour per day, then try to add 30 minutes to 1 hour of extra sleep to your normal schedule.
  • If you train intensely or are trying to build muscle, then you should add at least 1 hour of sleep for every hour of intense training that you do.

This will ensure the most amount of recovery to help decrease stress, build muscle, and make you stronger!

Now GO TO SLEEP!!!


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