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Energy Zappers 

1. Dehydration
Your extreme fatigue might be coming from hidden sources. Nixing these spirit-depleting factors from your life will automatically help reboot your verve.
It turns out that even moderate dehydration (which results in the loss of 3 percent of your body weight) can make you feel mentally sluggish and mess with your concentration. The next time you're feeling foggy or lightheaded, don't just assume you're in serious need of some food. Try downing a glass or two of water.

2. Cell Phones
Checking your cell before bed amps up brain activity, making it harder to doze off. Plus, any electronic gadget's artificial blue light can suppress the sleep hormone melatonin. A 2011 poll by the National Sleep Foundation found that 20 percent of people ages 19 to 29 are awakened by a call, text, or e-mail at least a few nights a week. Power it down well before bedtime.

3. Medication
Many drugs have veiled energy-sapping side effects. Chief among them are some classes of antidepressants and certain beta-blockers used to prevent migraines or treat high blood pressure. If you start a new med and feel more lethargic than usual, see doctor Bert for an alternative. (If there isn't one, take your dose right before bed.)

 4. Overtraining
While working out zaps the stress hormone cortisol, prolonged sweat sessions--like, for example, regularly running for more than 30 minutes at a steady rate--can actually rev cortisol production. Interval training (bursts of intense activity) combined with strength training (free-weight and body-weight moves) helps keep cortisol in check.

5. Low Iron
The mineral shuttles oxygen around your body and removes waste from your cells. If you're not getting around 18 milligrams a day, your body struggles to function properly and you can feel worn out; low iron levels in your diet can cause iron deficiency anemia. If you feel sluggish, call our office and ask for a simple blood test to see if you should be taking a supplement. 

For more information please call our office at 786-360-6355 

Your Personal Energy Conservation System

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Chiropractic Care and Energy Resources

Chiropractic care plays a role in almost all aspects of health and well-being. In terms of your body's internal energy conservation system, chiropractic care is important to help ensure that all the various mechanisms are functioning smoothly. Your body is made up of systems, organs, tissues, and cells, and the proper functioning of every aspect of these structures depends on receiving timely information from the master system, i.e., the nerve system.

At the deepest level, cells need appropriate instructions as to when to perform certain tasks, how much to do, or how much to produce. The nerve system transfers messages from the brain to orchestrate all of these activities. By making sure a person's spine is aligned, chiropractic care helps smooth out the pathways on which these nerve signals travel. Chiropractic care helps all of your body's systems to do the job they were designed to do.

The world's supply of fossil fuels has been dwindling for a long time. It's been easy to pretend this wasn't happening because there seemed to be an endless quantity of oil and gas reserves. How could we ever run out? All we had to do was drill another well or lay down another pipeline. But now it seems that ineffective public policies and naive consumer practices have amplified the effects of two critical factors: an exploding global population and surging demands of thriving new economies in formerly developing nations.

Energy conservation has become an important topic around the globe, in communities, nations, and confederations such as the European Union. Energy conservation is not only critically important for global stability. It also serves as an important metaphor for the health and well-being of individuals.

Physiologically, humans have their own energy conservation systems. For example, your heart rate is tightly regulated. If your heart beats too fast for too long, owing to ongoing stress or anxiety, it may ultimately break down. Other problems may develop. A racing heart requires a lot of oxygen to supply the energy for heart muscle cells. This precious fuel is always needed elsewhere, and symptoms may develop in the gastrointestinal or hormonal systems.

Human internal energy conservation also involves the use of glucose, your body's primary energy currency. Glucose is used by every cell in the body as an energy resource to power normal physiological processes. For example, your brain is the number one consumer of glucose. In a fasting adult model, up to 80% of the glucose manufactured from stored complex carbohydrates is used for brain metabolism.1,2 If your glucose storage and supply mechanisms are not optimized, many systems, including your mental functioning, will suffer significant drop-offs.

Importantly, regular vigorous physical exercise, particularly strength-training, ensures your body's optimal use of energy resources. Strength=training causes your body to build lean muscle mass, which burns energy even when you're resting. One long-term result is that both your blood glucose levels and your blood insulin levels tend to flatten out.3 The result is a body that knows how to optimally burn glucose for energy, rather than a body that is out of synch and storing glucose as fat. The glucose you consume as complex carbohydrates gets used efficiently, and your body works much more effectively.

You don't need to lift heavy weights to get these long-term health-promoting benefits. Lifting weights that are heavy enough to provide a modest challenge is all that's needed. The simple rule of thumb is this - if you can easily do three sets of eight repetitions with the weight you're using, it's too light. Increase the weight slightly so that attempting to do three sets of eight repetitions is a little challenging. That will be the right weight for you for that particular exercise.

Energy conservation is not only needed in the world today. The practice of energy conservation is also key for our internal health and well-being. Regular vigorous exercise helps us conserve the energy we need to live.

1Tintinalli JE, et al: Emergency Medicine. A Comprehensive Study Guide, 6th ed. New York, McGraw-Hill, 2010, p 826
2McCormack SE, et al: Skeletal muscle mitochondrial function is associated with longitudinal growth velocity in children and adolescents. J Clin Endocrinol Metab Epub August 10, 2011
3Ryan AS: Exercise in aging: its important role in mortality, obesity and insulin resistance. Aging Health 6(5):551-563, 2010