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Research

SYSTEM SOLUTIONS FOR GREAT DATA, GREAT SCIENCE, AND REPRODUCIBLE RESULTS—FOR ONE OR MANY EXPERIMENTS

Today’s research laboratories need powerful, flexible, integrated, and easy-to-implement systems solutions to satisfy the needs of multiple experiments acquiring a wide variety of physiological signals for multiple researchers.

BIOPAC research systems are the ideal answer to this challenge and are the core components of a modern facility. BIOPAC’s full range of systems support a wide range of experiment protocols—from the simple to the complex—and are engineered to allow researchers of varying experience levels the ability to acquire, analyze, and interpret scientific data. Complete solutions are available, or starter systems can be easily expanded to meet developing needs.

BIOPAC tethered data acqusitionBIOPAC wireless dataMRI safe hardware

Human or animal, wired, wireless, wearable or MRI—BIOPAC provides a complete hardware/software combination to meet your specific experiment’s needs. In addition to a full line of in-lab, wired solutions, our wireless physiology measurement solutions ensure greater human subject comfort and freedom of movement. And, using extensive and special domain knowledge, BIOPAC offers a series of electrodes, electrode leads, cables, transducers, and stimulus options for safe data acquisition of physiological signals in the MRI environment.

WIreless, wearable BioNomadix Systems

BioNomadix Systems
Wireless, wearable physiology measurement

fNIR Optical Brain Imaging Sensor

fNIR Imaging
Affordable cognitive assessment

Wireless wearable physiology monitor

BioHarness
Physiology on a strap

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MP160 Systems
Complete acquisition
& analysis system

BIOPAC’s high-quality tools for physiology measurement and interpretation are backed by world-class support and BIOPAC’s long-term collaboration with customers to exchange domain-specific knowledge, perfect methodology, and achieve physiological understanding.

MP160 and MP36R research systems

MP160 System

BioNomadix

MP36R System

16-channel core system with high-level transducer interface module and AcqKnowledge 5: one system, many applications Wireless, wearable Physiology—record or log full bandwidth, uncompromised data in the lab or in the real world Cost-effective 4-channel system with built-in universal amplifier and AcqKnowledge 5 software
View MP160 Systems View BioNomadix Systems View MP36R Systems



Mobita

B-Alert X10

BioHarness

32 channels of wireless EEG or other biopotentials in the palm of your hand Wireless acquisition of 9 channels of high fidelity EEG plus ECG  "Lab on a strap"—Lightweight, portable biological data logger and telemetry
View Mobita Systems View B-Alert X10 Systems View BioHarness Systems



Stellar

Virtual Reality

Eye Tracking

AcqKnowledge software to schedule and control implantable, wireless, small animal telemetry systems Integrated virtual reality & physiological measurement—subjects can be seated, standing, walking, or in projection environments Easy-to-integrate eye tracking
View AcqKnowledge for Stellar Systems View complete VR Systems View Eye Tracking Systems

fNIR

Complete functional near infrared optical brain imaging
View fNIR Systems

 

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BioNomadix-Electrode Cap Sys., TouchProof

BioNomadix Wireless EEG 10/20 Cap System

For reduced application time and increased subject comfort, use the BioNomadix EEG Cap System to record multiple EEG channels. The medium Lycra stretch cap (54-58cm) holds 19 embedded tin electrodes closely to the subject’s head. Electrodes are pre-positioned in the international 10/20 montage, so even novice EEG researchers can minimize electrode placement errors.

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Latest News

New Citations—Brain Response and Music, BRS Indicating Stress, & Dopamine and Substance Abuse

Brain Connectivity and Human Responses to Music: While it has been proven that people find music aesthetically appealing because of neural circuitry, it is unclear why individuals received different levels of enjoyment to different types of music. Researchers from Wesleyan University used a combination of survey data and behavioral and psychophysiological measures to try and understand […]

New Citations—VR Muscle Training, Hypertension, & Stem Cell Smile Reconstruction

Virtual Reality Muscle Training in Stroke Patients: Muscle weakening of the lower extremities has a significant correlation with loss of balance and walking ability in stroke patients. Researchers at Sehan University studied the effect of a virtual reality-based eccentric training program on lower extremity muscle activation and balance for rehabilitation of stroke patients. BIOPAC’s EMG100C surface […]

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