MP Research Catalog - Biopac

Blood Pressure Q26Record continuously for short- and long-term singleandmulti-animal studies (24+ hours), or pre-program torecord for specific time periods and dosing schedules.The software provides a detailed, beat-by-beat analysisof blood pressure signals. Powerful automatic data reductiontools reduce large data files into manageable sizes.Extract a variety of values over user-defined time periods.AcqKnowledge can provide mathematically precise meanblood pressure via the arithmetic mean calculatorfrom the Rate function, or can estimate meanarterial pressure via the following MAP formula in theEquation Generator:MAP = [(2 • Diastolic) + Systolic] / 3Pressure Volume LoopsFlexible graphing capabilities let users display data in avariety of formats (Chart, Scope or X/Y); simple toolbaricons make it easy to switch between display modes. Forexample, use the X/Y mode to plot Left VentricularPressure against Myocardial Wall Thickness, or anyother data channel.Blood FlowQ27Interface with an array of flow meters including ultrasonic,electromagnetic, and the LDF100C Laser Doppler Flowmodule. The software will provide beat-by-beat, on-lineanalysis for acute, chronic and in-vitro preparations. Takefull advantage of the data reduction features inAcqKnowledge to summarize large data files.Automatic Data ReductionThe powerful data reduction function will reduce large(24-hour) data files to manageable sizes. Select theappropriate measurements (Max, Min, Mean, Std Dev,Delta, Pk-Pk, Time of max, Time of min) and thesummary time delta—the software will automaticallyanalyze the data and enter the values into a Journal fileand display them as new data channels. Analyze bothprimary signals (such as arterial blood pressure) andderived data (such as Systolic BP). The summarized datacan be automatically displayed within AcqKnowledge forfull access to all the analysis and measurement tools forfurther refined analysis.Automatically Control OtherEquipmentThe MP System will interface with a wide variety of devicessuch as pumps, valves, stimulators and switches. The MPSystem has 16 digital I/O lines that can be manually orautomatically controlled from within the software. Usethe on-line Calculation and Control channels toautomatically trigger devices to turn on and off.Interface with Existing EquipmentMP Systems will interface with a widevariety of third-party equipment suchas flow meters, force plates,sono-micrometers, telemetryequipment, transducers, amplifiers,metabolic carts, and bedsidemonitors. BIOPAC offers twointerface solutions: isolated forhuman use and non-isolated foranimal and in-vitro applications. Seethe Amplifiers & Interfaces applicationon page 48.Automate AcquisitionProtocolsAutomatically trigger preprogrammedtrials to record thedata around dosing periods, 24hours a day, seven days a week. Recordcontinuously (24+ hours) or pre-program to record forspecific time periods and dosing events. The system willaccept outputs from other equipment to provide automaticevent marking during hemodynamic experiments.Create Standard OperatingProceduresSave customized algorithms and display settings to aTemplate file. Tailor the menu displays by removingoptions and use the Journal to display specific proceduralinstructions for Standard Operating Procedures.MRI ApplicationsNew (EL254-RT and EL258-RT) carbon fiber leadelectrodes provide high quality signals without interferingwith the MRI. Add an ECG alarm (OUT102) foran audible reference of the subject’s heart rate whilein the imager.Defibrillation & ElectrocauteryUse the MEC111C Module Extension Cable to protectthe MP System amplifiers against high frequency currents.Noninvasive Cardiac• Heart rate• Systolic• Diastolic• Mean• dP/dt• dP/dt max• dP/dt min• Pulse height• Max• Min• Mean• Std dev• Delta• Pk-PkOutput MeasurementCardiac Output can be determined,noninvasively, by employingelectrical bioimpedance measurementtechniques with the EBI100C. Withpairs of electrodes attached to theneck and torso, the EBI100C canisolate the base [Z(t)] and deltaimpedance (dZ/dt) values, which varyas the heart pumps blood. Determine dZ/dt maximumand BPM on a cycle-by-cycle basis, in real time.Simultaneously identify aortic valve opening and closingtimes with the DA100C and the TSD108. To computeStroke Volume and Cardiac Output on-line, combinedata from these various sources with the EquationGenerator.• Pulsatile flow max• Pulsatile flow min• Mean flow• Cardiac output• Stroke volume• ResistanceQ13HardwareOptions:27DA100C 54General-purposeTransducer AmplifierTSD104A 69Precision PressureTransducerTSD108 70Physiological SoundsMicrophoneECG100C 56ElectrocardiogramAmplifierEBI100C 60Electrical BioimpedanceAmplifierLDF100C 60Laser Doppler FlowModuleSKT100C 59Temperature AmplifierOXY100C 61Pulse Oximeter ModuleNIBP100A 68Noninvasive ArterialBlood Pressure MonitorHLT100C 53High Level TransducerModuleINISO 53Input Signal IsolatedAdapterOUTISO 53Output Signal IsolatedAdapterSTM100C 64Stimulator ModuleSTMISOSeries 64Electrical StimulusIsolation AccessoriesTSD116C 728-channel Digital MarkerCBL100Series 88Analog ConnectionCablesCBL204 86Touchproof “Y” ElectrodeLead AdaptersEL Series 83ElectrodesLEAD Series 83Electrode LeadsMEC Series 87Module Extension Cables