Peripheral Pulse Analyzer, a computer based System developed at Bhabha Atomic Research Centre, for the study of physiological variabilities has unique feature that it yields heart rate variability, respiration rate variability, cardiac output variability and 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 Peripheral Pulse Analyzer package in post processing module.
Peripheral Pulse Analyzer, a computer based system developed at Bhabha Atomic Research Centre, for the study of physiological variabilities. It has unique feature that it yields heart rate variability, respiration rate variability, cardiac output variability/ peripheral blood flow variability from a single data acquisition session from the patient. The picture shows Peripheral Pulse Analyzer system in operation developed at BARC. 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 Peripheral Pulse Analyzer package in post processing module.
Variability is the sign of life; therefore higher variability in physiological parameters is generally an indicator of better health. The use of variability for the diagnosis of several diseases is age old. Because of great potential of this technique, heart rate variability monitoring is a routine feature in the patient monitoring systems available in the market for employment in intensive care units and intensive cardiac care units. Bhabha Atomic Research Centre has introduced respiration rate variability, cardiac output/ peripheral blood flow variability; integrated them with heart rate variability and study these changes in variety of diseases.
Peripheral Pulse Analyzer, a computer based System developed at Bhabha Atomic Research Centre, for the study of physiological variabilities has unique feature that it yields heart rate variability, respiration rate variability, cardiac output variability/ peripheral blood flow variability from a single data acquisition session from the patient. The picture shows Peripheral Pulse Analyzer system in operation developed at BARC. 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 Peripheral Pulse Analyzer package in post processing module.
This System gives following facilities :
SPECIFICATIONS
Sr. No. | Specification | Value |
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1 | Principle | Short term analysis of variations in a physiological parameter as a function of time in time and frequency domain |
2 | Parameters (Hardware dependent) |
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3 | Method of Analysis | Fast Fourier Transform |
4 | Output |
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5 | Database |
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6 | Operating System | Windows XX |
7 | Operating Environmental Conditions | The instrument gives optimum performance with isolated earthing and at room temperature of around 27°C |
8 | PC Connectivity | Standard A-type male to B-type male USB Cable |
9 | Electrode | Silver plated copper band electrode |
10 | Output Connector | 3-pin Metal round connector with 2 co-axial cables |
11 | Input Connector | 3-pin Metal round connector with 2 co-axial cables |
12 | Power Supply | 7-to-20V DC / 2A |
INFRASTRUCTURE
MANPOWER