SA-3000P Result Reading Guide.

Slides:



Advertisements
Similar presentations
Cardiac conducting system. Learning Outcomes The heart beat originates in the heart itself but is regulated by both nervous and hormonal control. The.
Advertisements

Circulatory Adaptations to Exercise
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.
Circulatory Responses. Purpose transport oxygen to tissues transport of nutrients to tissues removal of wastes regulation of body temperature.
THE CARDIORESPIRATORY SYSTEM Chapter 9. Cardiorespiratory System  What are the functions of the cardiorespiratory system? –Transport O 2 to tissues and.
Cardiovascular Dynamics During Exercise
At the Core of Medical Technology INTRODUCTION SA3000P.
Heart Function Learning Objectives: To understand the structure of the heart; To understand the relationship between cardiac output, stroke volume and.
Chapter 11 – Part 5 The Cardiovascular System. Vital Signs  The following measurements are referred to collectively as vital signs in clinical settings:
Heart Rate Variability
Heart Tones and Assessment By: Diana Blum MSN Metropolitan Community College.
5 The Cardiovascular System and Its Control chapter.
The Cardiovascular System
Pulse Slide Copyright © 2003 Pearson Education, Inc. publishing as Benjamin Cummings  Pulse – pressure wave of blood  Monitored at “pressure points”
Blood and Blood Pressure. Components of Blood Plasma – Liquid portion of blood – Contains ions, proteins, hormones Cells – ___________________________________.
LESSON 12 – INTRODUCTION TO BLOOD PRESSURE AND CIRCULATORY SYSTEM.
Focus: What is your pulse? What is Blood pressure? How many #’s are recorded? What is the difference between them?
Anatomy and Function of the Cardiovascular System.
Heart Function Learning Objectives:
Chapter 11 The Cardiovascular System, Physiology.
1. How much blood the heart pumps with each beat (stroke volume). Can be affected by certain hormones, stress, drugs, and diseases, as well as increases.
General Biology lab Lab 10 Blood Pressure. Blood pressure – is the force that blood exerts against the wall of a blood vessel. It results from the force.
Aim: What are the parts and function of the Human Peripheral Nervous System? I. Peripheral Nervous System – consists of all the nerves of all types that.
May 8, 2015  Objective:  Describe how the cardiac cycle is regulated  Explain how a heart beat works  Journal: Has anyone had an EKG? What was it like?
1 Topics to be addressed: Blood Anatomy of Blood Vessels Anatomy of the Heart The Conduction System The Cardiac Cycle Cardiodynamics Blood Flow and its.
Sport Science: The Brain-Body Connection
Max Pulse Result Reading
Higher Human Biology Subtopic 14 The Heart
B – The Cardiovascular System
/ Indexes: linear on frequency domain.
Chapter 11 The Cardiovascular System
Introduction; The Cardiovascular System (CVS)
Chapter 11 The Cardiovascular System
Cardiovascular System
Review of Cardiac Structure and Function
Heart.
CARDIOVASCULAR CONTROL DURING EXERCISE
KA 1: Divisions of the nervous system and parts of the brain
February 26, 2016 Objective: Describe how the cardiac cycle is regulated Explain how a heart beat works Journal: Has anyone had an EKG? What was it like?
Activity 4.3.5: Smoking Can Cost You an Arm and a Leg!
The Structure and Function of the Heart
HRV Parameters and levels of risk
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.
Introduction; The Cardiovascular System (CVS)
Science Starter What are the 3 parts of the circulatory system?
Circulatory System.
The Cardiovascular System
Option A.2 The Human Brain
Chapter 11 The Cardiovascular System
Biopsychology The Divisions of the Nervous System.
Chapter 20, part 4 The Heart.
Pulmonary and Systemic Circulation
Option A.2 The Human Brain
The Circulatory System
Heart Function Learning Objectives:
Autonomic Nervous System
Human cardiovascular physiology
HRV Reading Guide Reading Basic Guide & CASES.
The Cardiovascular System
Chapter 11 The Cardiovascular System
Chapter 11 The Cardiovascular System
Pulse and Blood Pressure
The Cardiovascular System
Paper 1 Applied Physiology Heart Function
Heartbeat regulation.
The Cardiovascular System
Chapter 11 The Cardiovascular System
The Circulatory System
Presentation transcript:

SA-3000P Result Reading Guide

1. Autonomic Balance Report TIME DOMAIN ANALYSIS SDNN: Representative parameter to indicate HRV degree. Decreased SDNN indicates ANS (Autonomic Nervous System) dysfunction. SDNN Value Over 50 Over 30 20~30 Below 20 Status Healthy Normal Attention Consulting HEART RATE VARIABILITY (HRV): Measures the degree of fluctuation in the length of intervals between heart beats. For healthy people, HRV a fluctuation in heart rates, while unhealthy people have a simple and consistent heart rate. HRV measures the adaptability of the cardiovascular system and autonomic nervous system, which is composed of the sympathetic nervous system (SNS) and parasympathetic nervous system (PNS). Your SNS plays the role of the accelerator, also known as flight or fight. Your PNS functions as the brake, also known as rest and repair. A healthy person has a balanced autonomic nervous system. FREQUENCY DOMAIN ANALYSIS: TP: Total Power, combination of the 3 frequencies VLF: Very Low Frequency LF: Low Frequency HF: High Frequency Reduction of TP: Decreased ANS function, decrease in regulatory competence and a decrease in the ability to cope with environmental change. Reduction of VLF: Decrease in the bodies ability to regulate body temperature and hormone levels. Reduction of LF: Loss of energy, fatigue, insufficient sleep and lethargy. Reduction of HF: Chronic stress, aging, reduced electrical stability of the heart. Healthy Unhealthy

2. Stress Report (DDR Report) ANS (Autonomic nervous system) ANS Activity : It’s derived from TF (Total Power) on the Frequency Domain. The result is divided into 5 level and indicates the activity of ANS function and its regulation competence. ANS Balance : It’s derived from LF / HF ratio on the frequency domain. If unbalanced ANS is sustained for a long time, increase the risk of cognitive or somatic pathology. ANS Stability : Indicates Autonomic Balance on the Diagram. Stress Resistance : It’s derived from SDNN on Time Domain. The competence to maintain metabolic balance and stability against stressor or environmental changes. Stress Index : It’s derived from PSI (physical stress index) on Time Domain. Fatigue Index : It’s derived from overall tone of LF (SNS). Reduction of LF(SNS) causes the ‘loss of energy’ and fatigue. Electro-Cardiac Stability : It’s derived from overall tone of HF (PNS) on Frequency Domain. HF reflects the activity of parasympathetic nervous system (Vagus nerve) and it’s related to electro-cardiac stability. Ectopic Beat : It means abnormal beat likes arrhythmia or artifact. If ectopic beat is more than 5, re-measurement is required

3. APG Report Level1: Blood circulation and artery state is great! artery state is good but a slight build up is beginning to occur. Level3~4: Blood circulation and artery state is becoming poor and build up is starting. Level5: Blood circulation and artery state is bad and build up is increasing. Level6~7: Blood circulation and artery state is very bad and build up is becoming serious. DPI(Differential Pulse Wave Index) : Represents the overall health of the cardiovascular system. DPI is the main indicator that represents the aging of arteries. EC(Eccentric Constriction) : Represents the contraction power of vessels from the left ventricle. AE(Arterial Elasticity) : Analyzes the blood circulation, the vascular elasticity and resistance of the vessels. It detects early cardiovascular disease like atherosclerosis and peripheral circulation dysfunction. RBV(Remaining Blood Volume) : The remaining blood volume in the vessels after systolic contraction on the heart. If the blood vessels are healthy, there is little remaining blood volume. If the vascular state improves, the remaining blood volume will decrease.