The Real Time Analysis capabilities of the Ponemah Physiology Platform consist of a library of pre-programmed, validated software analysis modules. The software analysis modules have been developed and proven in the life science research community for over 17 years.
Action Potential
The Action Potential Analysis Module identifies commom parameters such as Maximum, Minimum and Plateau voltages. User defined Recovery Points as well as rates of change are also generated by this module. |
Action Potential
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Blood Pressure
The Blood Pressure Analysis Module can analyze pressure from the circulatory system and can derive, on a beat-to-beat basis, values for the cardiac cycle such as Systolic, Diastolic, HR, and +/-dP/dt. |
Blood Pressure
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Coronary Blood Flow
The Coronary Blood Flow Analysis Module derives typical flow information such as Maximum and Minimum Flow, Mean, Stroke Volume and Cardiac Output. When coupled with the Left Ventricular Pressure Module, the addition of timing information from this module allows for flows and volumes to be calculated specific to the Systolic and Diastolic portions of the cardiac cycle. |
Coronary Blood Flow
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Electromyogram
The purpose of the Electromyogram Analysis Module is to compute physiologically meaningful parameters from digitized EMG data. The analysis functions by applying a series of logical tests to the digitized EMG signal using criteria selected by the user to generate the Integral of the rectified signal as well as the Peak. |
Electromyogram
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Left Ventricular Pressure
The Left Ventricular Pressure Analysis Module was developed to specifically analyze the left ventricular pressure from the heart. Some of the on-line derived parameters include LVEDP, HR, +/-dP/dt, Q-A interval and Tau. As with all modules, derived data can be reported in a beat-to-beat or time averaged presentation. |
Left Ventricular Pressure
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Multiple Lead Electrocardiogram
The Electrocardiogram and Multi Lead Analysis Modules analyze ECG complexes. Over 30 derived parameters can be calculated for every complex on a beat-to-beat basis and presented in real time while acquiring or replaying data. Examples include RR Interval, Corrected QT calculations, and a host of wave heights and cross lead comparisons. |
Multiple Lead Electrocardiogram
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Pulmonary Airflow & Airway Resistance
The Pulmonary Air Flow Analysis Module calculates, on a breath-to-breath basis, values for the respiratory cycle obtained from plethysmograph boxes or pneumotachs. Tidal volume, peak flows and PEnh are examples of the derived output that are available. |
Pulmonary Airflow & Airway Resistance
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Pulmonary Compliance & Resistance
The Pulmonary Compliance and Resistance Analysis Module analyzes air flow and pressure signals to derive Compliance, Resistance and Conductance values. Additional derived output for various flows pressures and volumes are also available. |
Pulmonary Compliance & Resistance
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Pulsatile Tissue & Gut Motility
The Pulsatile Tissue & Gut Motility Analysis Module calculates, on a contraction-to-contraction basis, derived values such as Maximum and Minimum values, Average (AUC) and Rate. Numerous other parameters can be generated in real time such as first and second derivatives. |
Pulsatile Tissue & Gut Motility
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Segment Length & Wall Thickness
The Segment Length & Wall Thickness Analysis Module analyzes signals from sonomicrometer equipment. Common parameters generated for this application include various length and thickness derivations, Work, Power and Area, to name a few. |
Segment Length & Wall Thickness
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Systemic Blood Flow
The Systemic Blood Flow Analysis Module analyzes both coronary and systemic blood flow. Common derived parameters generated from the Systemic Blood Flow analysis include, but are not limited to, Max and Min Flow, Stroke Volume, and Cardiac Output. |
Systemic Blood Flow
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Unrestrained Plethysmography
The Unrestrained Plethysmography Analysis Module analyzes signals obtained from free-roaming chambers. Derived values for Flow and Volume measurements, as well as PEnh, are examples of measurements performed by this module. |
Unrestrained Plethysmography
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Indirect Blood Pressure
The Indirect Blood Pressure Analysis Module utilizes an Indirect Blood Pressure Sound channel to provide a non-invasive means of calculating Mean and Heart Rate. |
Indirect Blood Pressure
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