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MP Research Catalog

MP Research Catalog

Product catalog summary

Overview: The document introduces the MP150 system for data acquisition and analysis in life sciences research, highlighting its high-speed sampling, Ethernet connectivity, and cross-platform compatibility.

Key Features of MP150 System:

Remote Monitoring: Enables local area network monitoring.
High-Speed Sampling: Supports 400kHz aggregate sampling.
Multiple Sample Rates: Allows variable sample rates for different channels.
Improved User Interface: Enhanced usability and control for multiple units.
Applications: Suitable for human and animal research.

Applications: The MP systems are applicable in EEG, ERS, psychophysiology, cardiac output measurement, eye movement tracking, plethysmography, sleep studies, cardiology, hemodynamics, electrogastrogram, noninvasive blood pressure, pharmacology, laser Doppler flow, micro-electrode recording, pulmonary function, exercise physiology, EMG, biomechanics, and remote monitoring.

Hardware Specifications:

High Resolution: 16-bit resolution for accurate signal detection.
Analog and Digital Inputs/Outputs: 16 analog inputs, 2 analog outputs, and digital I/O lines.
Safety and Compliance: Isolated, human-safe, and CE marked for EU compliance.

Software Features (AcqKnowledge®):

Interactive Program: Instant data viewing, measurement, analysis, and transformation.
Customizable Acquisition and Analysis: Offers tools like FFT, histogram displays, and peak detection.
Display Options: Multiple modes such as Chart, Scope, and X/Y with customizable grids.
Measurement Tools: Manual or automatic data measurement with SOP creation and note-taking.

Additional Features:

Calculation Presets: Predefined settings for specific analysis tasks.
Signal Averaging: Real-time and offline capabilities.
Data Reduction: Automatic measurement over specified periods.

Conclusion: The MP150 system with AcqKnowledge® software offers a robust solution for data acquisition and analysis in life sciences, providing high-speed performance, extensive application support, and user-friendly features.

Signal Analysis Features: The document describes algorithms for analyzing cyclical signals like Blood Pressure, Flow, and ECG, with features such as baseline removal, auto threshold detection, noise rejection, and window min/max settings.

Application Functions: Recommended functions for specific applications include Peak Maximum for Systolic BP, Peak Minimum for Diastolic BP, and Rate (BPM) for Heart Rate and Breaths per minute.

Physiological Recording Applications: The MP Systems support a wide range of physiological recording scenarios, including Biomechanics, Cardiovascular Hemodynamics, ECG, EEG, EMG, and more, designed for research applications.

EEG Analysis: EEG analysis capabilities include real-time filtering, spectral analysis, amplitude histogram, spike and episode counting, evoked responses, and event-related potentials.

Evoked Response Studies: Supports auditory, visual, and somatosensory responses with features like signal averaging and software-controlled stimulator.

Hardware Options: Lists various hardware components and accessories such as amplifiers, stimulators, electrodes, and transducers.

Technical Support: Available resources include the BIOPAC website for updates, FAQs, and technical assistance.

Autonomic Nervous System Studies: Discusses evaluation through ECG, electrogastrogram (EGG), skin temperature, and electrodermal activity.

Evoked Response Studies: Highlights the use of biopotential amplifiers and stimulators for recording and measuring evoked potentials.

Event-related Potentials (P300): The STP100W package is used for presenting stimuli and recording responses.

Startle Eye Blink Tests: Describes the use of stimulators and headphones for startle response measurements.

Software-controlled Stimulator: Offers various output options and allows custom stimuli design.

Sexual Arousal Studies: Outlines monitoring of psychophysiological parameters using the STP100W package.

Automated Data Analysis: Tools for measuring response times and amplitudes with options for manual or automatic measurements.

Heart Rate Variability: Covers recording ECG signals and calculating R-R intervals.

Cardiac Output Measurement: The EBI100C amplifier is used for noninvasive cardiac output measurements.

Peripheral Blood Flow and Tissue Modeling: Techniques for assessing arterial blood flow and modeling tissue impedance.

Respiration Monitoring: Explains the use of the EBI100C for monitoring respiration through thoracic impedance changes.

Eye Movement Studies: The EOG100C amplifier is used for recording eye movements.

Electrode Leads and Module Extension Cables: Discusses various electrode leads and module extension cables essential for physiological monitoring systems.

Evoked Response and EEG Amplifiers: The ERS100C and EEG100C amplifiers are used for recording evoked responses and electroencephalograms.

Stroboscope and Eye Movement Tracking: The TSD122 stroboscope is used in visual evoked response studies.

Visual Evoked Response Studies: Utilize the TSD122 stroboscope and MP System for triggering and recording responses.

Oculomotor Research and Visual Attention: Involves recording eye movements to analyze saccades and fixations.

Blood Pressure and Blood Flow Measurements: Indirect blood pressure recordings are performed using a cuff and microphone.

Sexual Arousal Studies: Monitor various physiological parameters to analyze responses to stimuli.

Sleep Studies: Multi-channel sleep recording involves capturing data from EEG, EOG, ECG, and other physiological signals.

ECG Analysis: Details methods for recording and analyzing ECG data.

Gastric Slow Wave Propagation: Recording involves placing multiple electrodes along the gastric axis.

Gastrointestinal Motility Analysis: The ECA and ERA components of the EGG are isolated using digital filters.

Peristaltic Propagation: Recorded using monopolar or bipolar techniques.

Migrating Myoelectric Complex: Histograms of the MMC are extracted from bipolar recordings.

Animal Studies: Invasive EGG measurements on animals use needle or fine-wire electrodes.

Automatic Data Reduction: Large data files are reduced to manageable sizes.

Psychophysiology and Neurology Research: AcqKnowledge extracts blood pressure data and combines it with other physiological data for analysis.

Noninvasive Blood Pressure Monitoring: The NIBP100A monitor provides continuous arterial pressure signals noninvasively.

Cardiology Research: Combines blood pressure and cardiac output data to indicate vascular resistance.

Autonomic and Orthostatic Testing: Tests involve measuring blood pressure, ECG, and CO2 during activities like tilt table tests.

Tissue Bath Monitoring and Analysis: Records and analyzes tissue bath preparations.

Langendorff and Working Heart Preparations: Interfaces with various devices to monitor flow rates and pressure.

Isolated Lung Studies: Calculates pulmonary values and controls ventilators during experiments.

Field Potential Measurements: Electrodes record potential around isolated tissues.

Laser Doppler Flowmetry: Measures blood perfusion in microvasculature using a noninvasive laser technique.

Overview: Provides detailed information on the use of Laser Doppler Flow (LDF) technology for monitoring microcirculation.

Cerebral Blood Flow: Laser Doppler monitoring can be performed using various fiber-optic probes.

Rheumatology: Discusses the use of LDF technology to study microvascular blood flow changes in rheumatic disorders.

Allergies and Inflammation: Standard surface probes are used to evaluate microvascular blood flow in skin affected by allergies.

Data Analysis and Reduction: Outlines software capabilities for analyzing pulsatile flow data.

Micro-electrode Recording: The MCE100C amplifier supports a wide range of micro-electrode applications.

Pulmonary Function: Techniques for measuring lung volume and forced expiratory flow are described.

Hardware Options: Various modules and accessories are listed for different applications.

Specifications and Equipment: The TSD160 Series pressure transducers are used for recording plethysmogram chamber pressure.

Procedures and Analysis: The software records primary pressure and flow signals.

Applications: Exercise Physiology, EMG Analysis, and Biomechanics.

Key Features: On-line and off-line analysis capabilities for various respiratory parameters.

Conclusion: The document serves as a detailed resource for professionals in respiratory and exercise physiology.

Overview: Provides detailed information on various technical equipment and systems used for biomechanical measurements.

Key Sections:

Equipment Features: Lists various equipment such as transducer amplifiers, dynamometers, goniometers, accelerometers, and remote monitoring modules.
Muscle Contraction Analysis: Describes methods for evaluating isometric and isotonic muscle contractions.
Ergonomics Evaluation: Outlines procedures for analyzing body position and posture.
Synchronization with Video Capture: Methods for synchronizing motion analysis equipment with video capture systems.
Remote Monitoring: The TEL100C remote monitoring module set is highlighted for its ability to support a wide range of biomechanical measurements.
Data Acquisition Systems: The MP150 and MP100 systems are described.
Software and Analysis: AcqKnowledge software is used for data analysis and display.

Critical Information:

Equipment Compatibility: Emphasizes the importance of using the correct cables and interfaces.
Data Reduction: Automatic data reduction tools in AcqKnowledge simplify the analysis process.
Smart Sensors: A variety of Smart Sensor electrodes and transducers are compatible with the TEL100C system.

Specifications:

Voltage Levels: TTL, CMOS
Output Drive Current: ±20mA (max)
External Trigger Input: TTL, CMOS compatible
Time Base: Min Sample Rate of 2 samples/hour
Trigger Options: Internal, External or Signal Level
Power: Amplifier Module Isolation provided by the MP data acquisition unit
CE Marking: EC Low Voltage and EMC Directives
Leakage current: <8µA (Normal), <400µA (Single Fault)
Fuse: 2A (fast blow)

MP150 High-speed Data Acquisition System: Utilizes Ethernet technology, allowing compatibility with any Ethernet-ready PC or Macintosh.

Function Performance Comparison:

MP150 vs MP100 System: MP150 offers higher recording speed and aggregate sampling rate.
Cardio-pulmonary and Neuro-physiology measurements: Both systems perform excellently.
Direct LAN operation: Available in MP150, not in MP100.
Interactive measurements and running multiple applications: MP150 excels in both areas.

Interface Modules:

UIM100C: Connects 100-series amplifier modules and signal cables.
IPS100C: Operates 100-series amplifier modules independently.
HLT100C: Interfaces high-level output transducers to an MP System.

Signal Isolators: Used to connect mains powered external laboratory equipment to the MP System.

General-Purpose Transducer Amplifier (DA100C): A low noise and drift differential bridge amplifier.

Electromyogram Amplifier (EMG100C): Amplifies muscle electrical activity.

Electrooculogram Amplifier (EOG100C): Amplifies the corneal-retinal potential.

Evoked Response Amplifier (ERS100C): A low noise differential amplifier for stimulus/response recordings.

Biopotential Amplifiers: Connect to electrode leads for measuring biopotentials.

Transducer Amplifiers: Work with specific BIOPAC transducers.

Specialty Amplifiers: Record cardiac output and thoracic impedance.

Pulse Oximeter Module (OXY100C): Measures blood oxygen saturation (SpO2).

Gas Analysis Modules: Measure CO2 and O2 concentration levels.

CO2100C Specifications:

CO2 Range: 0-10% CO2
Gain: 1, 2, 5, 10 (%CO2/Volt)
Output Range: 0-10 volts
Repeatability: 0.03% CO2
Resolution: 0.1% CO2
Linearity: 0.1% CO2
Zero Stability: 0.1% CO2/24 hours
Response Time: 90msec @ 200 ml/min
Flow Range: 50-200 ml/min
Temp Range: 10-45°C
Zero Drift: 0.01% CO2/°C
Span Drift: 0.02% CO2/°C
Warm Up Time: 5 minutes @ 25°C
Sampling Port: Male Luer
Weight: 740 grams
Dimensions: 7cm x 11cm x 19cm
Power Source: 12VDC @ 1 amp

02100C Specifications:

O2 Range: 0-100% O2
Gain: 10, 20, 50, 100 (%O2/Volt)
Output Range: 0-10 volts
Repeatability: ±0.1% O2
Resolution: 0.1% O2
Linearity: ±0.2% O2
Zero Stability: ±0.01% O2/hr
Response Time: 160msec @ 200 ml/min
Flow Range: 50-200 ml/min
Temp Range: 5-50°C
Zero Drift: ±0.05% O2/°C
Span Drift: ±0.25% O2/°C
Sampling Port: Male Luer
Weight: 990 grams
Dimensions: 7cm x 11cm x 19cm
Power Source: 12VDC @ 1 amp

Stimulus Presentation System (STP100W):

Measures subject responses to visual or auditory stimuli.
Includes a six-pushbutton response box for reaction time measurements.
Requires SuperLab™ software and a Digital I/O card on a PC running Windows 95, 98, or 98SE.

Stimulator Module (STM100C):

Provides pulse and waveform stimulus outputs for various physiological tests.
Programmable stimulus duration, repetition, onset, and amplitude.
Includes overload and pulse stimulus indicators.

Remote Monitoring Module Set (TEL100C):

Allows data recording while subjects are mobile or distant from the recording system.
Includes a portable amplifier/transmitter and a receiver module.
Compatible with MP System and other standard 100-series amplifiers.

TEL100C System Overview: Designed for non-distorting 50/60 Hz interference filtering with adjustable gain and bandwidth for each channel.

Specifications:

Channels: 4
Low Pass Filter: 30Hz, 500Hz
High Pass Filter: DC, 0.05Hz, 0.5Hz
Channel Gain Control: 10 levels from x50 to x50,000
Output Range: ±9V (analog)
Input Impedance: 2 MΩ (differential)
CMRR: 110dB min (50/60Hz)
CMII: 1000 MΩ min (50/60Hz)
CMIV: ±7V (amplifier ground), ±1500 VDC (mains ground)
Noise Voltage: 0.1µV rms (0.05-30Hz)
Signal/Crosstalk Ratio: 65dB min (0.05-500Hz)
Signal/Noise Ratio: 75dB min (0.05-30Hz), 65dB min (0.05-500Hz)
Signal Transmission Range: ≤ 60 meters via coaxial cable

Smart Sensors and Transducers: Connect to the TEL100M-C amplifier/transmitter.

NIBP100A Noninvasive Blood Pressure Monitor: Provides continual, noninvasive blood pressure measurement.

TSD105A Force Transducer: Measures a wide range of forces.

TSD104A Precision Pressure Transducer: Measures direct arterial or venous blood pressure.

TSD107B Air Flow Transducer: Used for high-performance air flow tests.

TSD108 Physiological Sounds Microphone: Measures physiological sounds.

Additional Transducers: Various transducers are available for specific applications.

Specifications Overview:

TSD115: Features a scale output range of 0-5 V.
TSD116: Pushbutton switch type with various dimensions.
TSD120: Noninvasive blood pressure cuff.
TSD117: Pneumotach air flow transducer.
TSD121C: Isometric dynamometer.
TSD122: Stroboscope for visual evoked response applications.
TSD123 Series: Oxygen saturation transducers.
TSD125 Series: Force transducers.
TSD127: Pneumotach air flow transducer for animal use.
TSD130 Series: Goniometers for measuring limb angular movement.
TSD137 Series: Pneumotach transducers for small animal pulmonary measurements.

Additional Components:

RX120 Series: Optional blood pressure cuffs.
RX137 Series: Replacement air flow heads.
HDW100A: Force transducer tension adjuster.
Laser Doppler Flow Probes: Designed for invasive and endoscopic blood flow monitoring.

Overview: Provides detailed specifications and applications for various probes, transducers, and electrodes used in biomedical monitoring and research.

Surface Probes: Designed for skin and exposed tissue blood flow monitoring.

Disposable Fiber Probes: Includes disposable single fiber probes for invasive microvascular blood flow monitoring.

Active Electrodes: Used for surface EMG measurements.

ECG Cables: Allows for a standard 12-lead ECG recording.

Pressure Transducers: Designed for low range pressure monitoring.

Temperature Transducers: Includes various probes for temperature measurement.

Electrodermal Response Transducer: Used for skin conductance recording.

Electrode Leads and Electrodes: Details various electrode leads and disposable electrodes.

Electrode Specifications and Usage: Unshielded electrodes terminate in a single Touchproof connector.

General-purpose Reusable Ag-AgCl Electrodes: Suitable for ECG, EEG, EGG, EMG, EOG, and ERS recordings.

Small Reusable Ag-AgCl Electrodes: For closely spaced biopotentials.

EEG Electrode Cap: Reduces setup time and increases comfort.

Needle Electrodes: Used for stimulation or recording in animal subjects.

Bar Electrodes: Used for nerve conduction and muscle twitch recordings.

Cables & Accessories: Various cables and accessories are available for electrode site preparation.

Wilson Terminal and Jumper Connectors: Creates a virtual reference for ECG components.

Analog Connection Cables: Connect laboratory equipment to an MP System.

Calibration and Connector Kits: Available for specific modules and custom configurations.

Air Flow & Gas Analysis Accessories: Disposable filters, mouthpieces, and noseclips are provided for use with breathing circuits.

Overview: Provides detailed specifications and usage guidelines for various air flow transducers and accessories.

Specifications:

AFT6: Equipped with a 22mm OD, 15mm ID coupler.
AFT7: Smooth Bore Tubing with 35mm ID.
AFT8: Autoclavable Mouthpiece with 30mm ID.
AFT9: Reusable Mouthpiece for 35mm circuits.
AFT10: Disposable Adult Facemasks for 22mm circuits.
AFT12: Tubing for 22mm circuits.

Couplers:

AFT11 Series: Flexible and rigid couplers for connecting various air flow ports.

Mixing Chambers:

AFT15A: 5-liter chamber for expired gas analysis.
AFT15B: 8-liter chamber for high volume gas analysis.

Non-Rebreathing T Valves:

AFT21: 35mm valve for high air flow applications.
AFT22: 22mm valve for low to medium air flow.

Interface Options:

CBLSERA: Cable for connecting MP100 to MAC or PC.
CBLEXT: Extension cable for MP100 system.
ETHSW1: Ethernet switch for MP150 system.

Power and Battery:

AC100A: Transformer for MP100 system.
AC150A: Transformer for MP150 system.
BAT100: Rechargeable battery pack for MP systems.

Technical Specifications and Product Overview: Provides a comprehensive overview of various technical products and components offered by BIOPAC Systems, Inc.

Policies and Procedures: Key policies include the terms of pricing, quotations, and order placement.

Exports and International Orders: For international orders, payment should be made in advance.

Warranty and Service: BIOPAC offers a one-year limited warranty on its equipment.

Frequently Asked Questions: Addresses common inquiries about software compatibility and data import/export capabilities.

Customer Support: Technical support is available via phone and email.

Global Distribution: BIOPAC products are distributed worldwide.

Applications: Lists various applications for BIOPAC products, including EEG, ECG, EMG, and other physiological and biomedical research areas.

Catalog excerpts

Innovative practical solutions for data acquisition and analysis for PC with Windows and Macintosh

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Powerful New MP Systems The Next Generation Is Here Today! Ethernet ready data acquisition & analysis Use the new MP150 for: Remote monitoring (local area network) High speed 400kHz (aggregate) sampling Multiple, variable sample rates New calculation presets Improved user interface View and control multiple MP150 units Human and animal applications

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Data Acquisition & Analysis D 2 • MP SY5TEMS/Acg/Cr/VD^LEDGE SOFTWARE Applications 1D* EEG 12« ERS: Evoked Response 14* Psychophysiology 16« Electrical Bioimpedance / Cardiac Output 18* EOG: Eye Movement 2D* Plethysmography 22* Sleep Studies 24* ECG: Cardiology 26* Cardiovascular Hemodynamics 2 8* EGG: Electrogastrogram 3D* Continuous Noninvasive Blood Pressure 32* In-vitro Pharmacology 34* Laser Doppler Flow 36* Micro-electrode Recording 38* Pulmonary Function 4D* Exercise Physiology 42* EMG 44* Biomechanics 46* Remote Monitoring 48* Amplifiers & Interfaces 5D* MP Systems for Data Acquisition...

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Acquisition... Combine the sophistication and technology of BIOPAC data acquisition hardware with… The MP System provides a flexible tool for your research needs. The modular, powerful interface system can be used with BIOPAC amplifiers and transducers and existing equipment in your lab. The newly expanded range of amplifiers further enhances your ability to create a system to suit your application requirements. Amplifiers snap together and pull apart for simple substitutions. MP Starter Systems include all hardware, software and documentation you need to get started…then you can add amplifier...

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and Analysis ...the power and flexibility of AcqKnowledge® software to customize your acquisition and analysis system. AcqKnowledge® is an interactive, intuitive program that lets you instantly view, measure, analyze and transform data. Perform complex data acquisition, stimulation, triggering and analyses using simple pull-down menus and dialogs—no need to learn a programming language or new protocol. On-line analysis settings, filters and transformations provide real-time feedback or you can choose from a wide variety of off-line analysis tools. Multiple display options are available during...

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| 'Acquisition Sample Pate r-i|- -"j- J |p. r-^- • Easy to use waveform display features • Efficient data acquisition controls • Adaptable software for simple to sophisticated measurements • Quick & reliable operation • Intuitive user interface • New customizable grid options Lhy.B" h^mS-TMkrmHt rr^Fi UM-MIMl uni-'f-u'-dr IdT— -Ol'^F Tool Tips Mouse-overs provide helpful hints. Just move the cursor over a display feature to generate a descriptive tag. Measurement Mouse-overs Mouse-over the measurement to see full precision and units of the result. Channel Identification System Improved user interface...

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JJP15D SefcLp.Chamsb... Sehjp^cqMsilion.. Setup Iimeira... Setup :'i -Ij'.i... ShowJtipw'^etues Minuet Control.. Intuitive menu options make setup easy SetjLp^h-smeb... SetiJjaLflJiiltTL.. Start collecting immediately—intuitive menus save time and make setup easy. Customize menus, use calculation presets to simplify the experimental setup, and add measurement specific instructions to increase efficiency. Sdnctnelwork fd^rf UplSDiErialnurrlKi About MF1K Customize menu displays to suit a variety of protocols — makes it easy to comply with GLP requirements INTUITIVE MENUS Simplified setup lets users...

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ACQUISITION SETUP Memory required (bytes): NEW HIGH SPEED DATA ACQUISITION Use the MP150 for up to 400 kHz aggregate sampling. Use the MP100 for up to 70 kHz aggregate sampling. SIGNAL AVERAGING See the data averaged in real time. Control the acquisition length, latency, and number of averages. Synchronize the averaging passes with external triggers. Employ artifact rejection to eliminate movement artifact effects. AUTOMATE ACQUISITION PARAMETERS Control start and stop times for the recording. Set measurement points to coincide with specific experimental protocol. C = # of Calc. channels A =...

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ANALYSIS Extensive Off-line Analysis & Data Editing Tools ON-LINE & OFF-LINE FILTERING Select IIR or FIR filtering, and choose from low pass, high pass, band pass and band stop filters to remove noise and isolate the signal of interest. • IIR filters are implemented as 2nd order biquads that can be run in succession to implement higher order filters. • FIR filters provide an adjustable number of coefficients to create arbitrarily steep cutoffs between frequencies. TEMPLATE ANALYSIS Select a template (waveform) and determine its correlation, convolution, mean square error, and inverse mean square...

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PEAK DETECTION FEATURES Peak Detector operation provides for automated data-driven measurements. Data selection cursors can be located at fixed positions from peaks found in the record. Cursor settings allow users to isolate events and characteristics such as the P, Q, R, S, and T components of the ECG complex. Features allow you to track a moving baseline, perform crosschannel measurements, and automatically measure data over specified time periods. The Peak Detector can be synchronized to one channel of data while taking measurements from adjacent channels. These measurements can be written...

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09 FIND RATE FEATURE Automatically analyze a wide variety of cyclical signals. The sophisticated algorithm allows the software to track a variety of physiological data types including Blood Pressure, Flow and ECG. Find Rate dialog and Rate Detector functions If the signal event amplitude is fairly constant, use a fixed threshold to reliably capture the event on a cycle-by-cycle basis. If the signal changes rapidly (in terms of frequency or baseline), a number of useful Rate Detector features are available. Adjust the algorithm settings to suit your situation. • Remove baseline—Synchronizes the...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.

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