Record ECG data from one-, three-, or multi-lead montages and implement a fully automated LEAD II analysis or automatically classify heartbeats. Recording using a variety of different ECG lead placements allows users to study the properties of the ECG wave.
The powerful ECG averaging function evaluates changes in the ECG complex before, during, and after exercise or dosing.
Use automated data reduction tools to simplify analysis over user-defined time periods (max, min, mean, p-p, delta, time of max, time of min, and many more).
► In-lab or mobile data acquisition
► Short or long-term studies
► MRI recording solutions
► ECG Classification
► ECG Interval Extraction
► Heart Rate Variability
► MP Research Systems ECG100C–MP160 for up to 16 channels or MP36R 4-ch universal amplifier
► BioNomadix BN-RSPEC®–Wireless Dual-Channel Physiology Amplifiers
► Mobita–32-channel Wearable Biopotential system (wireless live or logged data)
► BioHarness–Wearable telemetry and logging physiology system
AcqKnowledge® includes a series of automated Heart Rate Variability (HRV) analysis tools that conform to international cardiology standards. It is possible to perform the analysis over user defined selections of data, or automatically within user specified time periods, or between stimulus presentation event marks, or user entered event marks.
Request Info► Record EDA/GSR in both DC (tonic) or AC (phasic) modes
► Automatically locate and mark skin conductance responses
► Correlate EDA recording with stimulus events
► Automated Event-Related SCR Analysis
► Results support the Handbook of Psychophysiology guidelines
► Automatically derive phasic EDA from tonic EDA
► Interface with many Stimulus Presentation programs
► Record EDA/GSR in the MRI
► Record from active subjects with BioNomadix Logger
BIOPAC® provides a wide range of tools for recording, displaying, and analyzing surface EEG (sEEG) and implanted EEG signals from human and animal subjects. BIOPAC® offers a number of hardware solutions that allow you to record from a single channel of EEG and up to 32 channels of wireless and logged data.
► BioNomadix® Dual-Channel Wireless EEG Amplifiers with the MP160 System
► B-Alert 9 Channel Wireless EEG System with Cognitive States Analysis
► Mobita® 32 channel Wearable EEG system (wireless live or logged data)
► EEG100C Tethered amplifiers with spot electrodes, or electrode caps and the MP160 System
► EEG100C-MRI amplifiers with spot electrodes with cable/filter sets and the MP160 System
► Epoch Wireless 2 Channel EEG System for small animals used with the MP160 System
► Approximate Entropy
► Delta Power Analysis
► Derive Alpha RMS
► Derive EEG Frequency Bands
► EEG Frequency Analysis
► Remove EOG Artifacts
► Comfortable for subjects to wear
► Set up & calibrate in less than three minutes
► Suitable for small children (~4-5 years) to large adults
► AcqKnowledge software provides automated scoring & analysis routines, plus powerful transformation, measurement, and reporting tools.
► ABP Classifier
► Arterial Blood Pressure Analysis
► LVP Classifier
► Left Ventricular Blood Pressure Analysis
► Blood Pressure Analysis
► Estimating Cardiac Output from Arterial Blood Pressure
► MP Research Systems NIBP100D–MP160 for up to 16 channels
Measure the time-varying gastrointestinal electrical activity of human and animal subjects, using invasive or noninvasive techniques
► Gastric Myoelectric Activity
► Gastrointestinal Motility Analysis
► Peristaltic (Slow Wave) Propagation
► Gastric Slow Wave Propagation
► Migrating Myoelectric Complex
► Wireless Recording
► BioNomadix®: Wireless Dual-Channel EGG Amplifiers with the MP160 System
► EGG100C: Tethered amplifiers with spot electrodes, or electrode caps and the MP160 system
► Mobita®: 32 Channels of wireless biopotential data, live or logged
► EMG100C Tethered amplifiers with surface electrodes, active electrodes, or needle electrodes and the MP150 system
► EMG100C-MRI amplifiers with spot electrodes with cable/filter sets and the MP150 system
► BioNomadix® Wireless Dual-Channel EMG Amplifiers with the MP150 System
► Mobita® 32 channel Wearable EMG & Biopotential system (wireless live or logged sEMG data)
► Muscle Strength and Fatigue
► Motor Unit Action Potential
► 1 to 32 channel solutions
► Wired, wireless and logging options
► Facial EMG and Startle
► Automatic spike analysis
► H-Reflex
► Single fiber EMG
Record and analyze eye position and movement, or observe vestibular response or “jitter” wirelessly with BioNomadix®, or with tethered amplifiers and the powerful MP160 research system. For precise pupil tracking and movement analysis choose from a variety of complete eye tracking systems for binocular and monocular assessments.
► Determine eye travel and position
► Determine focal points on images, advertisements, or ergonomic layouts
► Examine saccadic and micro saccadic movement
► Calculate eye movement velocity
► Record horizontal and vertical movement, plot on X/Y
► Study pendular or jerky nystagmus
► Examine vestibular function
► Precise pupil tracking systems
► BioNomadix® Wireless Dual-Channel EOG Amplifiers with the MP160 System
► Mobita® 32 channel Wearable EOG & Biopotential system (wireless live or logged data)
► EOG100C Tethered amplifiers with surface electrodes, active electrodes, or needle electrodes and the MP160 system
Perform a wide variety of evoked response studies with the powerful on- and off-line averaging features in AcqKnowledge®. Record and measure evoked potentials, Evoked Muscle Action Potentials (EMAP), late potentials, startle, nerve conduction and field potentials as well as visual, somatosensory and auditory evoked responses
► Record and analyze (P50, N100, P200, N200, P300, N300, N400, P600)
► Signal Averaging
► Auditory Evoked Response (AER) & Jewett Sequence
► Visual Evoked Response (VER)
► Somatosensory Evoked Response (SER)
► Event Related Potentials (ERP)
► Extra-cellular Spike Recording
► Automatically Control External Equipment
► Action Potential Recording
► Compound Potentials
► Absolute and Relative Refractory Periods
► Inhibitory and Excitatory Stimulus
► Nerve Conduction Velocity
► Twitch, Sub-Threshold/Threshold
► Maximum Contractile Response
► Tetanic Tension Post-Tetanic Potentiation
► Summation
► Fatigue
► Isometric vs. Isotonic Contraction
► Interface with MRI equipment
Use EEG or fNIR to examine responses to stimuli or decision making tasks in the brain. Real-time EEG analysis options allow you to understand the subject’s cognitive state and gauge their level of engagement, workload and drowsiness while performing a task, watching a presentation, or participating in a consumer test situation.
Record and examine changes in ECG/Heart Rate, skin conductance level (EDA/GSR),respiration, facial EMG, and more to gather a wider range of biometrics to record and measure responses to specific stimuli.
Combine eye tracking data with other physiological variables to better understanding of the subject’s emotional response to certain types of stimulation…what are they really looking at when they have a certain physiological response.
The entire experimental procedure is easily videoed (single or multi subject camera options) and fully synchronized with the physiological data so you will always know exactly what the subject was doing when you review the data.
Record and analyze plethysmography data from a variety of body locations. Record pulse rate from the fingers, ears or toes for heart rate calculation or pulse transit time studies. Look at variations in appendage size or blood volume changes to regions of the body to examine venous capacitance, outflow, and compliance measures. For indirect approximation of blood pressure changes, record the pulse signal while occluding and releasing the brachial artery.
► Online rate calculation
► Pulse transit time (PTT)
► Pulse wave velocity (PWV)
► Blood Volume measurements (BVP)
► Regional blood flow
► Arousal studies
► Indirect BP measurements
► MP Research Systems PPG100C–MP160 for up to 16 channels or MP36R 4-ch universal amplifier
► BioNomadix BN-PPGED®–Wireless Dual-Channel Physiology Amplifiers to perform PPG along with EDA (Electrodermal Activity)