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Auditory Research System

Auditory Stimulation and Flexible ABR/DPOAE System

Description

Specs & Resources

This robust auditory research system gets things done. The versatile RZ6 Auditory Processor can provide complex auditory stimulation or reliable animal screening, day after day. High bandwidth provides a dynamic range of up to 115 dB and sampling rates up to ~200 kHz. Built-in attenuators, speaker and microphone amplifiers and even a monitor speaker greatly simplify setup and reduces both the overall footprint of the system and the number of cords needed. The RZ6 quickly connects to a variety of transducers and to our MedusaZ biological amplifiers. The power of the RZ6, combined with flexible input/output capabilities make it ideal for a wide variety of mouse auditory research experiments, from Psychoacoustics to rapid phenotyping of mouse deafness models.

Coupled with our proven BioSigRZ software, the Auditory Workstation is well-suited for Auditory Brainstem Response (ABR) screening, evoked potential research, and Distortion Product Otoacoustic Emissions (DPOAE) testing. The BioSigRZ protocol can be set once then effortlessly handed-off to technicians for routine testing. Our proven BioSigRZ signal averaging software includes standard experiments to get you started and provides enough flexibility to grow with your lab.

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Software Brings All the Features You Need:

BioSigRZ, ABR & DPOE Screening

  • Full signal averaging and analysis capabilities
  • Real-time visualization of averaged waveforms
  • Real-time speaker normalization
  • Artifact rejection
  • Peak, latency and comparison overlay analysis
  • Auto-cursoring and data manipulation
  • Easy configuration for rapid animal screening and hearing screening

BioSigRZ is an easy-to-use tool designed for rapid animal screening.

It automates the process of presenting stimulus signals and acquiring response signal data. BioSigRZ works with the RZ6 Multi I/O processor and supports stimulus customization. BioSigRZ gives you control over the stimulus signal parameters used to generate stimuli that vary across successive presentations.

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