Physiology & Respiratory Research

Bioseb develops advanced in-vivo tools for monitoring physiological and respiratory responses in rodents, primarily mice and rats. These instruments provide real-time data capture, enabling precise analysis of cardiovascular function, pulmonary diseases, and overall physiological health. Given the close links between respiratory, cardiovascular, and metabolic disorders—often sharing common inflammatory and oxidative stress pathways—and their increasing global prevalence, these tools are essential for studying their complex interactions under controlled experimental conditions and developing effective treatments. Read more >

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Four channel transducer amplifier

The ETH-401 is a bridge amplifier for various transducers that provides four channels of excitation power, gain, and noise...

IX Data Acquisition System

The IX-118 is a fast 100 Khz, high-resolution data acquisition system suitable for most data recording studies in research...

Two Channels Combinaison Bridge-ECG-EMG-EEG...

The ETH-256 is a 2 channels high performance, general-purpose life science research amplifier, allowing faithful low noise...

Programmable stimulator

Full-featured multi-channel stimulator for neuromuscular stimulation

Data acquisition teaching unit

The From now On POPULAR IX-214 Unit is the perfect rugged,
reliable, four-channel data recording unit,

Modular Rack Measurement Instruments

Modular instrument which permit the simultaneous measurement of several physiological variables in experimental animals -

BMA-200 AC-DC Bioamplifier

High-performance portable extracellular amplifier

BMA-400 AC-DC Bioamplifier

Full-featured, low-noise 4-channel extracellular amplifier

IX-300 Series Research Grade Recorders

High-resolution and high-sensitivity physiological data recorders, highly suitable for cardio hemodynamic research, organ and...

LabScribe 2.0

LabScribe Software for Research: a state-of-the-art data acquisition and analysis solution, now available in a new improved...

CO2 and O2 Respiratory Gas Analyzer

An economical, high performance Oxygen and Carbon Dioxide Analyzer with sampling rates fast enough to measure

Data Recorder with Pressure-Volume Loop Analysis

An economical, general purpose data acquisition and analysis module for use with any analog amplifier. With the Pressure-Volume...

Description

Bioseb's innovative instruments are highly regarded in the scientific community for their role in advancing research on physiology and respiratory functions. Featured in numerous peer-reviewed publications, these tools have contributed significantly to understanding cardiovascular health, pulmonary diseases, and related physiological mechanisms. Below are key examples of studies leveraging Bioseb's solutions in this domain.

Bioseb’s suite of physiology and respiratory research instruments provides researchers with the capability to accurately measure, record, and analyze a wide array of physiological signals. From cardiovascular parameters (ECG, blood pressure) and neural signals (EEG, EMG) to respiratory metrics and biomechanical forces, our solutions integrate seamlessly into complex experimental workflows. These tools are indispensable for studies ranging from basic life science research to translational and preclinical applications, including pulmonary disease models, cardiovascular assessments, and neuromuscular evaluations.

By providing robust hardware and intuitive software solutions, Bioseb enables reproducible, precise measurements essential for advancing your research into physiological health, disease, and therapeutic interventions.

FAQ

1. Which animal models can be used with these physiology and respiratory research instruments?

Our systems are primarily designed for rodent models (mice and rats), but certain configurations can be adapted for other small laboratory animals. Please contact Bioseb to discuss your specific experimental requirements.

2. Can I combine multiple physiological parameters (e.g., ECG, EMG, EEG, respiratory signals) in a single setup?

Yes. Our Modular Rack Measurement Instruments, combined with appropriate amplifiers (such as the Two Channels Combination Bridge-ECG-EMG-EEG Amplifier), allow simultaneous measurement of diverse signals. This flexibility supports comprehensive, multimodal physiological studies.

3. How do the bioamplifiers (BMA-200, BMA-400) minimize noise and ensure data quality?

The BMA series amplifiers utilize low-noise circuitry, high-quality filters, and stable components to preserve signal integrity. Their design reduces electrical interference and drift, ensuring reliable and reproducible data across multiple recording sessions.

4. Can I integrate data from the IX Data Acquisition System with other analysis tools or software platforms?

Absolutely. The IX Data Acquisition System (IX-118) outputs data in widely compatible formats. Users can integrate these data into common analysis software for signal processing, statistical analysis, and visualization, facilitating a comprehensive understanding of physiological parameters.

5. Is the Programmable Stimulator compatible with various transducers and recording devices?

Yes. The programmable stimulator is designed to interface with our range of amplifiers and transducers, providing versatile stimulus output. It enables users to design complex neuromuscular protocols or apply controlled stimuli in electrophysiological experiments.

6. Can the Data Acquisition Teaching Unit (IX-214) be used for advanced research, or is it limited to teaching purposes?

While the Data Acquisition Teaching Unit is an excellent tool for educational environments, it is also fully capable of supporting basic to intermediate-level research studies. Its robust design and four-channel data recording capability make it suitable for various experimental needs beyond the classroom.

7. What kind of technical support and training does Bioseb provide?

Bioseb provides technical support upon request. Depending on the equipment’s complexity, this support may include installation assistance, training on hardware and software, or guidance on experimental protocols. For additional details or to request support, please contact us via our contact form.