Technologies in Health
- Medical
Analyzer Software
Introduction
Patient
monitoring systems employ only heart rate variability
monitoring in intensive care units and intensive cardiac
care units. Medical Analyzer, a PC based Software developed
for the study of physiological variabilities, has unique
feature that it yields heart rate variability, cardiac
output variability, stroke volume variability/peripheral
blood flow variability from a single data acquisition
session from the patient. The data acquisition is controlled
by the PC, serially connected to the acquisition unit.
The variability analysis and transfer to database is
performed by the PC with the help of user-friendly software.
Specifications
Principle
:
Short term analysis of variations in a physiological
parameter in time and frequency domain
Parameters (Hardware dependent)
:
Heart Rate, Stroke Volume, Cardiac Output, Peripheral
Blood Flow with Impedance Cardiovasograph and Heart
Rate, Peripheral Blood Flow with Oxygen Saturation
Monitor
Method of Analysis
:
Fast Fourier Transform
Operating System
:
Windows 98 or higher version using Lab Windows CVI
Platform
Functions
This package consists of different screens providing many useful functions like
Data Acquisition with hardware of Impedance Cardiovasograph / Oxygen Saturation Monitor
Display of Acquired data in Time and Frequency Domain
Deriving Different Variabilities from the Acquired data
Saving of calculated parameters in Database for further reporting and analysis
Contact for
more information Head,
Technology Transfer & Collaboration Division,
Bhabha Atomic Research Centre,
Trombay, Mumbai - 400 085
Tel : 091-022-25505337/25593897
Fax : 091-022-25505151
E-mail : headttcd@barc.gov.in
Patient
monitoring systems employ only heart rate variability
monitoring in intensive care units and intensive cardiac
care units. Medical Analyzer, a PC based Software developed
for the study of physiological variabilities, has unique
feature that it yields heart rate variability, cardiac
output variability, stroke volume variability/peripheral
blood flow variability from a single data acquisition
session from the patient. The data acquisition is controlled
by the PC, serially connected to the acquisition unit.
The variability analysis and transfer to database is
performed by the PC with the help of user-friendly software.