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All About Blood Pressure

<p>You can’t live without blood pressure&period; Blood pressure—it keeps you alive&period; If you’ve got no blood pressure&comma; you’re dead&period; When the heart pumps&comma; it pushes blood through the arteries at a particular pressure&period; That’s the top measurement &lpar;the high point&rpar; of the blood pressure&comma; and it’s called the systolic blood pressure&period; That pressure&comma; measured as the blood surges through&comma; reflects the pressure when the heart is pumping&comma; which it does somewhere between 50 and 100 times a minute&period;<br &sol;>&NewLine;&lpar;How often the heart beats is another story&period; If the heart is pumping fewer times per minute&comma; it usually means it’s fitter&period; And when your heart is fitter&comma; it’s more muscular and stronger and it can pump more blood per beat&comma; which means it’s more efficient&period; So if your heart is pumping more slowly to start with&comma; when you expend energy and your heart rate fires up you can produce more energy and you get less tired&period;<&sol;p>&NewLine;<h2>The fitter you are and the lower your resting heart rate&comma; the more energy you have as the day goes on&period;<&sol;h2>&NewLine;<p>It’s a simple thing that many people don’t understand&colon; if you’re sitting down and your heart is already banging away at 90 times a minute&comma; you don’t have much capacity to produce energy for long periods&comma; so you become tired halfway through the afternoon&period;&rpar;<br &sol;>&NewLine;Now back to blood pressure&period; When the heart relaxes between beats&comma; the pressure drops&period; It doesn’t drop to nothing&semi; it drops to what we call the diastolic level&comma; which is a level lower than the systolic&period; Someone with training can actually hear these different sounds—pumping&comma; resting—through the stethoscope&period; It’s all to do with the ebb and flow of the blood going through the arteries because of the heart’s pumping action&period;<br &sol;>&NewLine;Generally speaking&comma; if you’re considered low risk&comma; the blood pressure should be less than&comma; say&comma; 140 for the top figure&comma; and definitely less than 90 for the bottom one&period; And every tick or point above those levels gives you a higher risk associated with heart disease&comma; heart attack&comma; and stroke&period; Especially stroke&period;<br &sol;>&NewLine;So it’s prudent to keep your blood pressure below 140 over 90&period; Of course&comma; 130 over 85 is better&comma; and 115 over 75 is sensational&period; The best way to reduce blood pressure is to have fewer blood vessels for the heart to pump the blood through&period; And given that every few pounds of fat require miles &lpar;true&excl;&rpar; of additional blood vessels&comma; why would you be overweight&quest; Why add those miles and miles of extra pipes&comma; putting the pressure up and making the pump work harder&comma; which leads to higher blood pressure and a higher risk of stroke&quest;<br &sol;>&NewLine;I repeat&colon; take your heart for a walk around the block&comma; climb stairs&comma; forget the valet parking&comma; and move at every opportunity&period; Get the weight off&comma; lose those excess miles of blood vessels&comma; tone up the 600 or so muscles in your body&comma; and bring your blood pressure into the &OpenCurlyDoubleQuote;healthy” zone&period; And let me tell you this&period; When you have achieved that transformation&comma; you’ll know all about it&period; You’ll feel terrific&excl;<br &sol;>&NewLine;When you’re under pressure&comma; you probably breathe with only the top third or half of your chest&comma; quickly and inefficiently&period; You breathe 10 to 15 to 20 times a minute&comma; typically&period; When the pressure’s really on and you’re either pumped or irritable&comma; one of the two&comma; you breathe in a more shallow fashion&period; The air is going up and down&comma; yes&comma; but you’re not really getting much oxygen in your lungs because a lot of it is just moving up and down in the dead space of the windpipe&period; By breathing in with your diaphragm&comma; however&comma; you need only 4 or 6 breaths a minute instead of 10 or 20&period; This gives you a lot more oxygen per breath&comma; as well as helping you relax and lowering your blood pressure&period;<&sol;p>&NewLine;<h5>Featured images&colon;<&sol;h5>&NewLine;<p><span class&equals;"license">Image credit MyBlogGuest&period;com<&sol;span><br &sol;>&NewLine;Bispo is a professional writer that loves to write about health and fitness&period;<&sol;p>&NewLine;

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