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Showing posts with label pressure. Show all posts
Showing posts with label pressure. Show all posts

Monday, 25 February 2013

Have High Blood Pressure? Check Your Mercury Levels




“Mercury toxicity should be evaluated in any patient with hypertension, coronary heart disease, cerebral vascular disease, cerebrovascular accident, or other vascular disease.” This was the conclusion of an August 2011 study that appeared in the Journal of Clinical Hypertension. 

For those of you lucky enough to not know the term, hypertension is the medical name for high-blood pressure. About one out of every three adults in the United States has high blood pressure (National Center for Health Statistics, 2008) so the odds are that at least one of your parents or grandparents is affected. Or, perhaps it you that has high blood pressure? Either way, this is a study you’ll want to know about since it clearly connects how mercury toxicity (which can be tested for and reduced) can manifest itself as hypertension and other vascular diseases.

Most research studies you hear about on the evening news or popular science programs are full of data and statistics. These types of studies are typically trying to correlate two facts – such as people with higher mercury exposure have greater incidence of heart disease – and may go future to try to establish causation. However, statistical methods don’t ever really settle the causation question. For that we need biochemistry.

Biochemistry is all about understanding the different pathways that nutrients (and toxins) travel in our bodies. This particular study looked at the many internal processes that mercury interferes with in order to establish a biochemical basis for the resulting symptoms  - hypertension and coronary heart disease. Here’s what they found.

Mercury:
  1. Inactivates many reactions that depend on sulfer-containing enzymes
  2. Inactivates many sulfer-containing antioxidants
  3. Substitutes itself for zinc, copper and other trace minerals in certain reactions
As a result:
  1. Mitochondria – the energy powerhouses of the cell – malfunction
  2. The body’s oxidative defenses are diminished increasing oxidative stress and inflammation
Which manifests in the body as:
  1. Hypertension (high blood pressure)
  2. Coronary heart disease
  3. Myocardial infarction (heart attack)
  4. Cardiac arrhythmias
  5. Atherosclerosis
  6. Renal dysfunction, and
  7. Proteinuria
Even if you didn’t follow any of the preceding couple paragraphs, you can appreciate the need to ‘connect-the-dots’ between cellular-level processes and downstream diseases. This study connected the dots between high levels of mercury and the many downstream disease states listed. A brilliant piece of work!

So, what should you do if you have hypertension or other types of coronary heart disease? The study authors advise testing for acute or chronic mercury toxicity. Modern mercury toxicity tests are done using urine, blood, hair and toenail samples so they are minimally invasive and results come back fairly quickly.


About the Author:

Dr. Matt Ramirez is a trusted Chiropractic in Salt Lake City who specializes in auto injury recovery and rehabilitation and has enhanced and improved thousands of lives as well as treated people of all ages over the years. He is also an expert in health and wellness, massage therapy, chiropractic care, and more...

Monday, 4 February 2013

What is “Normal” Blood Pressure?



Your blood pressure can change on a regular basis, depending on what you are doing, your diet, temperature, overall health, level of stress and the medications you may be taking. Hypertension (high blood pressure) is a common problem these days, though hypotension (low blood pressure) can sometimes cause problems too. So just what is considered “normal” in terms of blood pressure?

Blood pressure is the measure of force on the body’s arterial walls as the heart pushes blood through the body. The amount of blood being pumped, in addition to how large and flexible your arteries are, determines your blood pressure. Two measurements are responsible for determining your blood pressure: systolic pressure and diastolic pressure.

Systolic pressure is the measure of pressure in your arteries when your heart contracts, and diastolic pressure is the pressure measured when the heart is at rest. The accepted measurement of “normal” blood pressure is considered a systolic measurement just below 120, and a diastolic measurement just under 80 (written as 120/80). Anyone with a measurement higher than that, but below 140/90, has pre-hypertension or “high-normal,” and someone whose blood pressure is higher than 140/90 has hypertension. A measurement higher than 180/110 indicates a hypertensive crisis, and emergency care should be sought.

Though a person with blood pressure lower than 90/60 is considered to have hypotension (low blood pressure), in general, the lower your blood pressure the better. Low blood pressure is not considered a problem unless it is causing symptoms such as dizziness, lightheadedness or fainting, in which case a doctor should be consulted, as it may indicate dehydration or a more serious medical problem.

High blood pressure is the more common problem, as it makes the heart work harder and is damaging to the arteries, leading to a greater risk of heart disease, stroke and kidney disorders. Systolic pressure rises in many people as they age, due to the buildup of arterial plaque over time and stiffening of the arteries. About a third of American adults have high blood pressure.

One high reading in itself does not necessarily indicate that you have high blood pressure. For example, many people find that just visiting the doctor’s office is stressful, which temporarily raises their blood pressure while there and it falls back to normal levels once they leave. However, if either the systolic or diastolic reading remains high over a period of time, then treatment for high blood pressure will be necessary, which can involve changes in diet and lifestyle and/or medication.


Author Bio:

Dr. Matt Ramirez graduated with a degree in Bachelor of Human Biology in 2004 and received his Doctor of Chiropractic Degree in 2006. He specializes in auto injury recovery and rehabilitation and has enhanced and improved thousands of lives as well as treated people of all ages over the years. He is also an expert in health and wellness, massage therapy, chiropractic care, and more...