Calculate and record left ventricular pressure (LVP) data from acute, chronic and isolated heart preparations. Use the MPMS200 Micro Pressure Measurement System for small vessel recordings, including mouse left and right ventricular blood pressure. Interface with a variety of invasive transducers, including the popular series of Millar Mikro-Tip Catheters.
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This is one of many ADVANCED FEATURES for the selected Application. Scroll down for hardware options.AcqKnowledge® extracts various cycle-by-cycle cardiac measures of left ventricular blood pressure data, optionally in conjunction with an ECG Lead II signal. Define events at the systolic pressure and the left ventricular end diastolic pressure (LVEDP) for each cycle; examine the LVP signal and its derivative. Selected preferred location method—Adaptive threshold of 0 plus a percentage of the peak to peak change in pressure OR First zero crossings before contraction. Examines the LVP signal, ECG, and derivative of the LVP signal.
The analysis outputs the following information on a cycle-by-cycle basis and the textual output cites the average of all of these cycle-by-cycle measurements:
| Name | Abbrev. |
| Contractility index | CI |
| Developed pressure | DP |
| dP/dt Max | – |
| dP/dt Min | – |
| End diastolic pressure | LVEDP |
| Minimum pressure | Min |
| QA Interval | QA |
| Rate | – |
| Recovery time | %REC |
| Systolic pressure | SYS |
| TAU | |
| Tension time index | TTI |
Do your students feel ready for engineering in the real world? Are they prepared for real-life scenarios that include human factors and ergonomics? Understanding human physiology enables engineers to create quality biomedical devices for real-life applications. Join us as we explore why physiology should be a prerequisite for engineering students and learn how Biopac Student Lab can help prepare the next generation of engineers.What You Will Learn:
• How to plan engineering curriculum around real-world applications
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• Overview of the Biopac Student Lab
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BIOPAC’s comprehensive Introductory ECG Guide addresses fundamental to advanced concerns to optimize electrocardiography data recording and analysis. Topics include: ECG Complex; Electrical and Mechanical Sequence of a Heartbeat; Systole and Diastole; Configurations for Lead I, Lead II, Lead III, 6-lead ECG, 12-lead ECG, precordial leads; Ventricular Late Potentials (VLPs); ECG Measurement Tools; Automated Analysis Routines for extracting, […]
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