1 Our machine derives APG waveform after 2 nd differential of arterial pulse wave in order to measure… 1. Cardiac Eccentric Constriction Power 2. Arterial.

Slides:



Advertisements
Similar presentations
Blood pressure & Pulse. Blood Pressure The pressure of the blood against the walls of the arteries. Blood pressure results from two forces. ▫One is created.
Advertisements

Cardiac Output – amount of blood pumped from the ventricles in one minute Stroke Volume – amount of blood pumped from the heart in one ventricular contraction.
Circulatory Adaptations to Exercise
© Folens 2009 FOR EDEXCEL1.2.2 A healthy, active lifestyle and your cardiovascular system Blood 1 Blood.
Circulatory Responses. Purpose transport oxygen to tissues transport of nutrients to tissues removal of wastes regulation of body temperature.
Regulation and Integration
BLOOD PRESSURE - PHYSIOLOGY ROBYN DANE AND KATY DAVIDSON.
Assessing Heart Rate & Blood Pressure. Your pulse represents arterial palpation of the heartbeat using your fingertips. The pulse may be palpated in any.
What is Blood pressure? HYDROSTATIC FORCE OF THE BLOOD ONTO THE WALLS OF THE BLOOD VESSEL (RESISTANCE)
The Circulatory System
Resistance to Blood Flow SLO 3.2.  Resistance is opposition to blood flow due to friction generated as blood slides along the vessel walls.  Most obvious.
Cardiovascular Dynamics During Exercise
Cardiac Output and Heart Rate. Cardiac Output (CO) It is the amount of blood pumped out by each side of the heart (actually each ventricle) in 1 minute.
At the Core of Medical Technology INTRODUCTION SA3000P.
 No matter how strong you look, if your circulatory and respiratory system cannot meet your muscles’ demands, you cannot continue activity for a long.
Structures  Nodes – tissue masses that generate a wave of electrical energy  Sinoatrial node (S/A node) – is found in the right atrium and initiates.
1 Pulse. 2 Is a blood wave created by contraction of the left ventricle of the heart It represents the stroke volume output. Compliance : Ability of the.
Sites where pulse may be felt Temporal – side of forehead
© 2014 wheresjenny.com Exercises and it’s health benefits EXERCISES AND IT’S HEALTH BENEFITS.
DynaPulse Non-invasive Blood pressure and Hemodynamic Monitoring Example Applications: Cardiac Rhythm & Hypertension Managements Pulse.
The Cardiovascular System … and the beat goes on..
Chapter 11 – Part 5 The Cardiovascular System. Vital Signs  The following measurements are referred to collectively as vital signs in clinical settings:
Elsevier items and derived items © 2008, 2004, 2000, 1996, 1992 by Saunders, an imprint of Elsevier Inc. General Survey, Measurement, Vital Signs Chapter.
Circulation.
CARDIOVASCULAR AUTONOMIC NEUROPATHY IN DIABETICS Michelle Anderton MVS 442 February 4, 1999.
Bio& 242 Unit 3 / Lecture 2 1. Position of the Heart and Associated Structures Coronary trivia Pumps blood through 60,000 miles of blood vessels Pumps.
Heart Rate and Blood Pressure Heart rate (or pulse) is how fast your heart is beating. It is measured in beats per minute (bpm). An average resting pulse.
Cardinal signs, reflects body’s physiological status
5 The Cardiovascular System and Its Control chapter.
DynaPulse Non-invasive Blood pressure and Hemodynamic Monitoring Example Applications: Cardiac Rhythm & Hypertension Managements Pulse.
Blood Pressure Required to move blood and all its constituents throughout the body.
Blood Pressure Clinical Science Applied to Nursing CopyrightCSAN2005CardiffUniversity.
The KARDIVAR device for diagnosing issues affecting the nervous, hormonal and immune system It is a medical device which undertakes to: -Analyse the stress.
Cardiac Cycle ► The two atria contract at the same time, then they relax while the two ventricles simultaneously contract. ► The contraction phase of the.
The Cardiovascular System
Chapter 19: Functions of the Blood Vessels Chapter 19: Functions of the Blood Vessels.
PWV & PWA Parameter Extraction / Transfer Function.
The Heart Chapter 18 – Day 4 2/13/08.
Copyright © 2009 Pearson Education, Inc., publishing as Benjamin Cummings Pulse  Pulse  Pressure wave of blood  Monitored at “pressure points” in arteries.
Cardiac Output. Cardiac output The volume of blood pumped by either ventricle in one minute The output of the two ventricles are equal over a period of.
Blood Pressure Clinical Science Applied to Nursing CopyrightCSAN2005CardiffUniversity.
WHAT IS HYPERTENSION? Liz Corrigan Vascular Programme Advisor Office of Public Health Dudley MBC.
Focus: What is your pulse? What is Blood pressure? How many #’s are recorded? What is the difference between them?
Unit Four: The Circulation
Gives information as to which system needs to be focused on and given attention 1 - Top priority 2 - 2nd priority.
Cardiovascular System SC.912.L Describe the factors affecting blood flow through the cardiovascular system.
 No matter how strong you look, if your circulatory and respiratory system cannot meet your muscles’ demands, you cannot continue activity for a long.
Pulse.  Adults ◦ 60 to 100 bpm  Children ◦ 70 to 110 bpm  Infants ◦ 100 to 160 bpm.
Chapter 11 The Cardiovascular System, Physiology.
PULSE WAVE VELOCITY (PWV) SCREENING SERVICES WITHOUT THE COST OR HEADACHE PRACTICE REVENUE GROWTH OPPORTUNITY.
By: Affan Malik Physiology 1 Case Study. Cardiac output: The amount of blood being pumped by the heart, coming from the ventricles into the aorta per.
Do Now 1.Which is responsible for dropping off carbon dioxide at the lungs – systemic or pulmonary circulation? 2.What is a structural difference between.
Chapter 6 Vital Signs Assessment. Vital Signs Used to assess the conditions of the various body systems, particularly the respiratory and circulatory.
Cardiovascular System
Cardiac Output April 28, 2017 Cardiac Output.
LECTURE THREE FITNESS FOR LIFE AFE 203 BENEFITS OF PHYSICAL FITNESS.
Date of download: 6/27/2016 Copyright © The American College of Cardiology. All rights reserved. From: Effects of Renal Sympathetic Denervation on Arterial.
Max Pulse Result Reading
VITAL SIGNS:.
Physiology of Circulation
SDNN This is the ANS, and the norm accounts for the minute by minute fluctuations in the Para & sym responses to all our physical daily requirements.
It is a medical device which undertakes to:
Cardiac Output O2 Saturation Capillary Refill
Theory of Arterial pressure
Bio 449 Lecture 19 - Cardiovascular Physiology II Oct. 13, 2010
HRV Reading Guide Reading Basic Guide & CASES.
VITAL SIGNS:.
Homework: pg. 119 #3,4; pg. 122 #6-8 3.) A. Judy’s bone density score is about one and a half standard deviations below the average score for all women.
Blood flow and blood pressure
SA-3000P Result Reading Guide.
Presentation transcript:

1 Our machine derives APG waveform after 2 nd differential of arterial pulse wave in order to measure… 1. Cardiac Eccentric Constriction Power 2. Arterial Elasticity 3. Remaining blood volume in the Vessel 4. Aging Degree of the Blood Vessel Senility Degree Plethysmogram (PTG) Velocity Plethysmogram (VPG) Acceleration Plethysmogram (APG)

2 Cardiac-output intensity Peripheral vascular elasticity Remained blood volume analysis Seize vascular state Blood circulation DysfunctionArteriosclerosis Blood aging * The gradient of b,d point : understand the vascular state and aging processing a : The base value to compare easily at the wave observation b : Strength of cardiac output - The deeper(-), it means that the blood vessel is in good shape. c : Vascular elasticity - It means the vascular elasticity, and the higher (+)value is better from the middle line. Waveforms of APG d : Remaining blood volume - The better the blood vessel is, the remaining blood volume is low and it shows in (-)value. a b c d

3 APG APG – The Change Map According to The Age Part 2. APG Theory b/a (Cardiac Output) : As it has (-)value, the older in age, and the lower in value. c/a (Elasticity) : As it has (+)value, the older in age, and the lower in value. d/a (Remaining Blood Volume) :As it has (-)value, the older in age, and the lower in value.

4 7 steps By the vascular state Blood circulation and its vessel are good Current blood circulation and its vessel are good, but may go bad Start to get aged in the vessel Not good at the blood circulation and getting aged in the vessel Blood circulation disorder Classifying the wave type as aging Levels of Blood Circulation

5 1 st Step : Pulse wave Analysis Result It displays the wave pattern at this step and analyzes the aging process of arteries at 2 nd step and 3 rd step. 1) Pulse Wave (Basic Pulse Wave) : It describes the pulse wave of the patient. 2) Accelerated Pulse Wave (Analysis Pulse Wave) : It describes the accelerated pulse wave pattern that did the second differentiation on the basic waves. Reading Guide

6 2 nd Step : Vascular State Analysis 1)Wave Type : Based on between b/a and d/a slopes, it classifies from the Type 1 to Type 7. While it goes to the aging level, it means that there may be problems in the vascular circulation. 2) Level Analysis : It describes the distribution for each step. It also displays the wave type of all pulse wave patterns during the measurement. Although the same wave types are existent, it may be different on the distribution map, and if there are many subordinate wave types, it means the vascular circulation may go bad. Reading Guide

7 3 rd Step : Analysis Result of the Age 1)DPI (Differential Pulse wave Index) : Main indicator that represents the aging degree of arteries. => -b + c + d / a It means if (-) value is lower, the vascular aging degree is going bad. 1)EC (Eccentric Constriction) – It analyzes the b/a value out of basic waves. : If the cardiac output is higher, the vascular state is good and the result value should be bigger in (-) value. It describes the result of values by calculating the basic points of accelerated pulse waves. Sub-optimal / Normal / Optimal (Good condition based on Normal and Optimal) Reading Guide

8 3 rd Step : Analysis Result of the Age 3) AE (Arterial Elasticity) – It analyzes the c/a value out of the basic waves. : It means the elasticity of arteries and if the elasticity is bad, its value moves from (+) value to (-) value. 4) RBV ( Remaining Blood Volume) – It analyzes the d/a value out of the basic waves. : If the vascular state is better, the remaining blood volume will be lower and it describes with (-) value. But, if the aging degree is in progress, EC will be weaken and RBV will be remained high. It is an important indication of classifying the wave type. 5) HR (Heart Rate) : Mean Heart Rate, normal range is 60~90. Reading Guide

9 When people are getting aged in the arteries, their pulse wave forms are changing from Type 1 to Type 7. 1=>2=>3=>4=>5=>6=>7 YoungOld Type 1 Type 2 Type 4 Type 5Type 6Type 7 Type 3 Pulse wave Patterns By Age

10 Reading Guide

Reading Guide 1 1 HRV Tachogram It shows the changes of heart rate for 3 or 5 minutes and more complicated and wider waveforms of heart beats indicate much healthier. The red lines in the middle shows the standard deviation and healthier person has much wider. 2 2 Mean Heart Rate : The normal range of adults is between 60~90 per minute. Artifact Heart Rate : It means the rhythms deviated from the normal range and also it may be appeared when the person moves during the test or he or she has an arrhythmia. If it shows over 5 times, should be tested again. 3 3 TP : It combines VLF, LF and HF and if it is located in “I” bar or over the bar, it means that the autonomic nervous system functions well but if it is under the bar, it means the autonomic nervous system functions badly and the stress resistance ability is also weak. VLF : It doesn’t mean too much in diagnosis at 3 minute test mode, but it may be appeared to those who have too much changes in hormone or inconsistent characters. LF : It shows the activity of sympathetic nerve and parasympathetic nerve at the same time, but it mostly indicates the sympathetic nerve system. If it is located under the normal range, it means that he or she has lethargy, sluggishness or sleep disorder. HF : It shows parasympathetic nerve system and if it goes under the bar, it causes a lack of stability in heart function, chronic stress, functional dyspepsia, and senility. 4 4 It indicates the balance between sympathetic nerve and parasympathetic. And its normal rate is 6:4, 5:5 or 4:6. If SNS is too much higher, it is highly nervous state. If PNS is too much higher, it means the depression, lethargy, or lack of will. 5 5 Power Spectral Density : It indicates the distribution graphs of each VLF, LF and HF.

12 Reading Guide 6 6 Physical Stress : It shows the stress level in physical state. Mental Stress : It shows the stress level in mental state. Stress Resistance : It means the ability that sustains the stability of control against the stress. 7 7 Score of Your Stress : By analyzing all indexes of stress, it displays in score and 100 score means heavy stress state currently and lower score means more healthier. 8 8 Aging Vascular Health : It is classified for the aging process of vessel from type 1 to type 7 and displays the vascular state of each type in percent(%). Type 1 shows the best vascular state and when the senility is under progress, it makes higher types. When it is over type 5, this person may have arteriosclerosis. 9 9 DPI ( Differential Pulse wave Index) : It represents the overall health of the senility. EC (Eccentric Constriction) : It means the cardiac output power. (The bigger the value is, the better the health is) AE (Arterial Elasticity) : It means the arterial elasticity. (The bigger the value is, the better the health is) RBV (Remaining Blood Volume ) : It means the remaining blood volume after cardiac constriction. (The smaller the value is, the better the health is) All parameters mean the normal as a good state and the optimal is much better. 10 Wave Type : It displays the representative type that has more percentages out of all types. Type 1 – As the best type, it has the best blood circulation and good elasticity. Over Type 5 – It gets more aged in the vessel and may have arteriosclerosis, high blood pressure or diabetes. 11 COMMENT : It gives the general result of all tests.