Testing Your Health With the Max Pulse Bountiful Chiropractor Family Wellness Center
Hello, my name is Giles. I'm a of Chiropractic and a Natural Internist, and today I wanted to tell you about somethingthat literally could save your life. This is so, so important. It's a way that we canactually determine what's going on with your cardiovascular system and your autonomic nervoussystem. Cardiovascular, you understand that. That's heart and lungs and vessels. The autonomicsystem is what happens to you automatically from your subconscious, from emotions andfrom that system that runs everything from your heart rate to your thyroid function toyour eyes dilating, all that is autonomic. So I want to show you this wonderful reportthat we get from what we call the max pulse.
It's a neat scanner that will scan your cardiovascularsystem and the autonomic system. So I'm going to go over this report with you and show youwhat other things that we can look for and how objective they are. It's amazing. As youlook at the report, this upper part right here, this is the average heart rate, thepulse. This is the high pulse and the low pulse, giving you the average. So that's justat a resting heart rate, what does this patient look like. Next we look at this report here,which is what type you are. The type represents your thickening of the arteries, how muchplaque you have within your arteries. So a TypeI, which is the, I don't know if youcan see that right here, that shadow line
is what a TypeI pulse, or this is off ofan EKG off of your finger. So it's checking the contraction of your heart and so manyother different things are shown here. But you can see where this is a shadow. That wouldbe a Type1. This patient comes in at a Type4. So at Type4, usually when were at a Type1,we're measuring from here to here. So as this angle drops flatter, and then ultimately headsdown this way, down to a Type7. A Type7 would almost completely full of plaque. Sothis is a demonstration of plaque. So a Type4 is not very good. We want to be up at a Type1.So the Type1 is here, a great way to determine if the patient has a lot of plaque withintheir system. Next, the DPI represents the
overall strength of the heart itself, theheart muscle in general. We want to see that these numbers end up being in the optimalrange of 70 or greater. That's optimal. Normal would be 3070, but that's kind of normalfor the United States, which the number one reason for death, in the United States, iscardiovascular disease, plaquing of the arteries and heart problems. So we want to see thatthis DPI and all of these four measurements would end up over here in the 70's. Eccentriccontraction is the contraction of the left ventricle. The left ventricle is the sideof the heart that contracts and pumps blood throughout the whole system. So we want tosee that that number, again, is 70 or above.
Arterial elasticity is how much elasticnessthere is within the artery. How pliable is it? Is it full of calcium? Is it all plaquedoff within, you know, within the actual tissue of the artery? So we want to be able to seethat have elasticity. As our heart contracts we want to see it open and shut, if you will,stretch. That's arterial elasticity. The next is residual blood volume, that's how muchblood is left in the heart after it's contracted. We want to see that there is not as much blood.It's configured so that this will also give us 70 or above. So the overall wave type isa Type4. That's the flat here. So we want to see that move toward a Type1. There'sa wonderful supplement called KARDIAR, which
I'll explain now is a combination of Larginineand Lcitrulline and other supplements that help build the heart muscle. So KARDIAR,in fact, let me just stop. Let me run in the room next door really quick. I've got to geta slick of what KARDIAR is. This is a great picture of what KARDIAR does. If you lookat this cross section of the artery, inside the center these are epithelial cells thatproduce nitric oxide. NO is Nitric Oxide. Withing these cells now as they produce thenitric oxide, it's actually lining the arteries, making them to become smoother, almost likeTeflon, smoother so that the plaque and things can't build up. It also helps to create moreelasticity of the artery. It drops the overall