Your doctor will usually check your pulse with your wrist (your radial pulse) or your neck (your carotid pulse). These are easier to find and less likely to be blocked by your clothing. Sometimes your doctor will need to check the pulse in your leg to see how well your blood is flowin...
How accurate are smart rings, and how do they compare to fitness watches? The pulse felt on the neck is called the carotid pulse. When felt on the groin, it is called the femoral pulse. The pulse at your wrist is called the radial pulse. The pedal pulse is on the foot, and the ...
The most common places to feel your pulse are your wrist (radial pulse) or your neck (carotid pulse). Be sure you have a watch or clock with a second hand within sight. To check your pulse using your wrist.Gently place your two fingers on the inside of the opposite wrist, just below...
A stereoselective synthesis of agelastatin A, a potent cytotoxin and inhibitor of osteopontin (OPN)-mediated neoplastic transformations, has been accomplished in 14 steps (12 operations) with an approximate overall yield of 8%. Notable features of this route include the direct manner in whic...
When Would You Use FDTD Compared to Other Techniques? FDTD can simulate any structure where Maxwell’s equations describe the necessary physics. Typical applications for this method include: LEDs, solar cells, filters, optical switches, semiconductor-based photonic devices, sensors, nano- and micro-...
Describe how either Congestive Heart Failure or Coronary Artery Disease affects the Circulatory system. What is the difference between systolic and diastolic blood pressure in terms of the functioning of the circulatory system? Define the term "pulse" and explain how it relates...
The purpose of this article is to review the technical and anatomical causes of typical pitfalls, to describe how to avoid them, and to improve diagnostic confidence in diagnosing meniscal tears. Technical aspects Radiofrequency (RF) coils
light or close to it. (Mae Wan Ho video alert.) If you live in a low-light situation or it is winter time, consider using a hot spring, volcanic bath house or ahot tub to augment your EZby using the heat of each one to create a large EZ in your cells, which I describe next....
In section 3 we describe the geometry of the collapsing null shell spacetime and in 1 + 1 dimensions obtain the state of a Klein-Gordon field propagat- ing on this spacetime, which is defined in terms of positive frequency modes at I − with respect to ∂v and with Dirichlet ...
When heart rate is high, why does blood pressure start to drop? a. Why did this patient's radial pulse and blood pressure become unobtainable? b. Explain the need for aggressive control of the aortic pressure and pulsatile blood flow. What causes the changes in systolic blood pressure (BP)...