Potassium is an 
important mineral to the body and plays roles at both the cellular and 
electrical level. In fact, it is also considered an electrolyte because 
it carries a tiny electrical charge. Potassium is found in red blood 
cells, muscles and bones. Food sources include many fruits and 
vegetables, such as spinach, parsley, broccoli, tomatoes, citrus fruits,
 bananas, apples, avocados and raisins.
      
      
      
     
            
       
Potassium
 and sodium work together to regulate the water and acid-base balance in
 the blood and tissues. It also works by creating a sodium-potassium 
pump that helps generate muscle contractions, including regulating 
heartbeat, according to Periodic Paralysis News Desk. Because potassium 
crosses the cell membrane more readily than sodium, it initiates an 
exchange that releases electrical energy and activates nerve impulses, 
causing muscle contraction.
      
      
                    
       
Potassium
 also causes a reaction in the blood vessels, according to research 
published in the "American Journal of Physiology Regulatory, Integrative
 and Comparative Physiology." Research led by F.J. Haddy determined that
 infusions of potassium would cause an increase in blood flow that 
resulted from the dilation of the arteries and relaxation of smooth 
muscles. The research found that dietary supplementation with potassium 
could lower blood pressure. This appeared to reduce the need for 
anti-hypertensive medications in individuals who were "salt sensitive" 
hypertensive. Although further research is required, the researchers 
theorize that potassium supplementation could help reduce other 
complications, such as stroke.
      
      
      
     
            
       
The
 sodium and potassium balance in the body is sensitive. According to Dr.
 Lawrence Wilson, medical doctor and nutritional consultant, an 
imbalance in this ratio can contribute to the development of seizures. 
This imbalance can trigger excessive tissue breakdown at the 
neurological level and a correction can help to produce an improvement 
in epileptic seizures.
      
      
      
     
            
       
There
 are a limited number of enzymes that require the use of potassium for 
production and activity, according to the Linus Pauling Institute at 
Oregon State University. For instance, the use of adenosine triphosphate
 in the production of energy requires the presence of both sodium and 
potassium. Potassium is also needed for the activation of an important 
enzyme in carbohydrate metabolism, pyruvate kinase.
      
      
      
     
            
       
Your
 body works on a fragile acid-base balance. To maintain that acid-base 
balance, based on your dietary intake, your body may pull calcium from 
the bones, according to lead researcher Frances Tylavsky from the 
Department of Preventative Medicine at the University of Tennessee. This
 discovery led researchers to understand the importance that potassium 
plays in reducing the amount of calcium pulled from the bones to 
maintain the correct acid-base balance when the body can use potassium. 
The role that potassium plays is based in a complex interaction between 
concentrations of potassium, sodium and calcium and phosphorus within 
the bones and the interstitial fluid surrounding the bone.
 
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