A person can have one, several or even all the above symptoms
when experiencing a heart attack. Never take a chance! If YOU experience any
or all of the above symptoms call (911) immediately. GET HELP!!!!! In my particular
circumstance, I experienced severe chest pain, like indigestion, radiating into
my back, along with the sweats. Because of my family history, I was familiar
with the symptoms described above. I knew immediately I was having a heart attack
and quickly got to the hospital emergency room. This quick action quite possibly
kept me from having any permanent damage to the heart. According to Matthias
Rath, M.D., in his book, "Ten Years that Changed Medicine Forever",
he states, "more than 95% of all infractions occur in the coronary arteries
of the heart-with a total length of only 10 inches!" Dr. Rath indicates:
the stability of artery walls determine if we shall get a heart attack. The
walls of the arteries, as well as all other blood vessels, are made up of connective
tissue, which is collagen. The human species are unable to manufacture essential
nutrients like the amino acids L-arginine, L-leucine, lysine and proline. These
essential nutrients must come from outside sources, such as soy protein. The
manufacture of collagen molecules are depended on the supply of vitamins and
essential nutrients from nutritional supplements. Because of the difference
in diets of individuals, collagen amounts differ in all humans.
There are three types of blood vessels which
transport blood cells to the body: arteries, capillaries, and veins.
Arteries are the largest and most important blood vessels in the body.
This complex network of veins, arteries and capillaries contain blood
vessels that can be as large as a banana or so narrow that blood cells can
barely squeeze through them. This network is able to move large quantities
of oxygen-rich red blood cells from the heart to the major organs. The
arteries take Erythrocytes (red blood cells) to the major organs and
release them into a complex system of tiny web like vessels known as the
capillaries. This webbing allows the red blood cells to penetrate the
organs and tissues, releasing oxygen more proportionally over a region.
When the oxygen supply in the red blood cells has been used, they are
taken to veins. Veins are a smaller, flatter version of arteries which
keep the low-oxygen blood in an upward motion. As muscles contract around
the veins, the blood cells are compressed into a high-pressure
environment. When the muscles retract, the semilunar valves open and the
blood shoots up through to the next section. The valves then close, making
sure the blood gradually reaches the heart.
Blood pressure is the measurement of the force of
one's blood flowing through the circulatory system. Our blood flows through
almost 76,000 miles of arteries, capillaries and veins in a smooth stream
much like water flowing through an enormous city's filtration system,
flowing into every home. Water gushing through houses into faucets, which
in turn feed sinks, tubs and toilets. Within one's body, the beat of the
heart creates a pressure-driven force that sends blood moving through
the body's arterial pathways in a steady, pulsating rhythm. This force is
measured to determine one's blood pressure level. With each beat, the
heart contracts, sending out a surge of pressure into the bloodstream.
This surge period is called "systolic" from a Greek word
meaning to contract. After the pressure surge, the heart rests for a brief
time and expands to get ready for another beat. The arteries that have
received the surge of blood now rebound, forcing it further through our
circulatory system. This is called the "diastolic" or
"expansion" period.
After years of study and research around the world,
medical experts have reached certain agreements on average levels of blood
pressure. If a doctor says a patient has hypertension, or high blood
pressure, he or she is actually comparing the blood pressure levels with
the normal or average blood pressure of people of the patient's own age and sex
group. What is high blood pressure? Most physicians agree that in adults,
a systolic reading of 100 to 140 and a diastolic reading those limits--140
to 159 over 90 to 94--is considered mild hypertension. Readings from 160
to 179 over 94 to 114 indicate moderate hypertension. Anything above those
limits represents serious high blood pressure. (Blood pressure readings in
children vary greatly, and only a physician can determine a normal reading
for an infant or child.)
In general, at least two blood pressure readings
should be taken on each of three separate days before a diagnosis of high
blood pressure is given. It's important to remember that high blood
pressure is a disease not of the heart but of the arteries, and arterial
pressure changes constantly. Normally, blood pressure drops when one is
asleep and rises when one is subjected to stress, startled by a loud
noise, or threatened, such as the fight or flight syndrome. This temporary
rise in pressure is the natural result of a complex chemical reaction in
one's body. When the events that triggered it subside, one's pressure
should return to normal. If it doesn't--if it remains high all of the
time--it means there is something wrong with your arterial pathways, and
you have hypertension.
Any time there is an obstruction inside of the veins or
arteries, such as cholesterol and plaque buildup, there will be restriction
of blood flow, which in turn will cause a blood pressure variance or hypertension.
We here at Health ReNewTM firmly believe if one starts immediately
ingesting Heart ReNew TM, within 3 to 6 months to a year, one will see
a miraculous change in HDL, cholesterol, blood pressure, triglycerides and diabetes
type 2.
The above information has been gathered from various
medical resources.
We give you the choice of life
with
Heart ReNew TM
