Do you often wonder what's happening inside your cells on an hourly basis as much as you wonder how much money you have in your bank account? How many times do you count how many units of specific fuel nutrients your cell uses and how often do you count dollars in your bank account?  The answer is you highly unlikely worry about your cellular nutritional heath remotely as much as your bank account.

Your bank account is often stacked with small amounts of currency you earn on an hourly basis but did you realize that the currency you earn is merely a representation of the electrical energy utilized by your cells in whatever work position you devote most of your life to?  It's also highly unlikely you view the electrical energy the trillions of your cells expend on an hourly basis.

 Our bodies are truly remarkable! They have a built-in electrical system that allows us to move, think, and feel. This system relies on specialized cells that conduct electrical currents and they use charged elements, known as ions, to generate electricity. Sodium, potassium, calcium, and magnesium are just a few examples of these ions that play a crucial role in our body's electrical activities.

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To protect the delicate contents of these cells, we have a cell membrane made up of lipids. This membrane acts as a barrier, allowing only certain substances to enter and exit the cell. But it doesn't stop there! The cell membrane also plays a fascinating role in generating electrical currents.

Did you know that our cells have a special protective shield called the cell membrane? It's made up of lipids and its main job is to safeguard the delicate contents inside. But that's not all it does! This amazing membrane also has a fascinating role in creating electrical currents. Inside the cell, there's a negative charge, while the outside environment carries a more positive charge. This slight difference in charges creates an electrical potential. The cell achieves this by allowing charged ions to flow in and out through the membrane. It's like a captivating dance of charges happening right at the cell's doorstep! And here's the exciting part - these flowing charges across the cell membrane are what generate the electrical currents that keep our bodies functioning.

It's like a beautiful symphony of electricity playing within us, allowing our nervous system to send signals throughout the body and to the brain and more importantly to most the ability for your bodies to perform any work to gain currency to at least maintain housing and hopefully in these times a steady food supply which is frequently heavily processed.

Our well-being relies heavily on the smooth flow of electricity and what happens if that electrical flow is constantly disrupted on a micro and macro level?  The voltage of a cell, inflammation and the eventual overt presentation of "dis-ease" symptoms are closely intertwined. Inflammation has the remarkable ability to disrupt the electrical potential of cells, causing alterations in ion transport and the resting membrane potential. These alterations can significantly impact the cells' ability to communicate effectively and perform their normal functions.

What's fascinating is the plant and animal world tells us we can manipulate the electrical properties of cells and tissues to reduce inflammation and enhance the healing process by analyzing the terrain or "matrix" of the cell and introducing into the cells what they need and getting rid of what they don't with the above-mentioned  naturally-occuring substances among many others.  After all, that's how cells function and they do not need drugs except as the last resort, right?

Let's consider the heart, for example. It requires electrical currents to coordinate the contraction of its muscle cells and function properly. Doctors can even use an electrocardiogram or ECG to detect these electrical signals. However, when these currents become irregular, the heart muscles may fail to contract correctly, putting us at risk of a heart attack. This highlights the vital role electricity plays in maintaining our health and understanding diseases.

Money: Representation Of Expended Cellular Energy For Work

 I know it may sound difficult to visualize but we should understand that if our cells aren't healthy then we can't work as effectively to earn a living for our family and ourselves. 

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Being stuck at minimum wage work positions (as is very common these days) not only raises the likelihood of obesity and reduces the consumption of fruits and vegetables on a daily basis, but it also increases the number of days with functional limitations. Interestingly, it does not have any effect on healthcare access.

On the left side:

This is a comprehensive cellular nutritional tissue testing panel that indicates deficiencies, shortfalls in daily intake via diet and other methods of administrating vital substances to the human body just as we would a plant.  These levels can be obtained from blood (but this is a very limited way to do it), or you could test using symptomatology questionnaires, or using combinations along with hair mineral analysis and other tissue tests for a "holistic" or systems view.  Questions to ask would be:

On the right side:

This is a typical "snap shot in time" very limited blood tissue test that nowhere near tests everything found on the left side.  Critical thinking questions you could ask your MD doctor would be:

1. Why don't you test all the substances on the left along with factors in lifestyle that could block, reduce or increase these nutrients?
2. Why don't they test organ function using tests other than blood examinations?
3. How do they know what should be "normal" for the individual?