Isolated tissue baths are used to maintain the integrity of muscle tissue for several hours, in a controlled environment, while physiological measurements are performed. Controlling conditions like temperature, oxygenation, nutrients and pH is a...

Isolated organ research allows for an organ to be studied in a controlled environment, free from external influences. Conditions such as temperature, the degree of oxygenation, available nutrients, and pH can be controlled for research purposes...

Tubing flow is the quantification of bulk fluid movement within a piece of tubing. This is important to many discovery, evaluative and monitoring studies. Tubing flow can be measured using a variety of methods depending on the nature of the fluid and...

ADInstruments offers a comprehensive and easy-to-use solution for visual stimulus presentation and evoked response studies to study behavioral and cognitive neuroscience, and decision-making. With the combination of SuperLab and StimTracker from...

Video Capture applications include studies that require video observation alongside data acquisition. Sample applications include exercise physiology, sleep and seizure studies, as well as evoked responses and evoked potential studies. The Video...

Electrocardiography (ECG or EKG) measures the heart's electrical activity by using surface or needle electrodes. ECG signals are employed to examine heart rate, heart rate variability, analysis of the waveform morphology, surgical monitoring, and...

Arterial blood pressure measurements are key parameters in studies of autonomic regulation of cardiovascular function. The power of integrative physiological analysis is enabled by the capability to measure additional parameters concurrently with...

Intracardiac ECG enables cardiac assessment through pacing and recording via electrodes within the heart, characterizing the physical and electrical properties of landmarks within the atrium and ventricle. Intracardiac recording is an important tool...

Electrocardiography (ECG or EKG) measures the heart's electrical activity using by surface or needle electrodes. ECG signals are employed to examine heart rate, heart rate variability, analysis of the waveform morphology, surgical monitoring, and...

Heart Rate Variability (HRV) is determined by analyzing the time series of beat-to-beat intervals from an electrocardiogram (ECG). HRV analysis has become one of the most popular methods of ANS evaluation. It is based on the observation that even at...

Measure tissue oxygen alongside other physiological signals using our Kaha Sciences telemetry solutions. Localized measurement of tissue oxygen can provide information on specific neuronal activity / blood flow in target regions such as the brain...

Metabolic function during exercise is most often analyzed by interrogating the gas exchange occurring in the lungs of an exercising subject. For a typical metabolic study for exercise physiology, the following variables are recorded: Inspired or...

Blood pressure is the pressure exerted by blood on the surrounding vessel walls as it is pumped around the cardiovascular system by the heart. The ability to measure continuous arterial and vascular pressure signals directly at the source through...

Non-invasive Blood Pressure recording allows you to capture intermittent blood pressure data in awake rats or mice over long sampling periods easily and unobtrusively with a high standard of care. Reliably record and monitor blood pressure using...

ADInstruments offers streamlined solutions for stimulus presentation and the recording and analysis of evoked responses. The combination of SuperLab and StimTracker from Cedrus with PowerLab and LabChart lets you create an integrated system with...

Wireless monitoring in exercise and sports science provides freedom of movement for your subjects, ensuring you are observing realistic human activity in your research. ADInstruments’ wireless solutions are ideal for a wide range of applications and...

Non-invasive Blood Pressure (NIBP) recording in the field of exercise and sports science allows you to capture continuous blood pressure data over long sampling periods easily, and with increased comfort for your subject. Reliably record and monitor...

Using wired (tethered) physiological monitoring you can collect precise movement data, record joint movement, and measure muscle activity with absolute confidence. ADInstruments offer a wide range of wired solutions for studying the mechanics...

The ability to easily record and measure various physiological responses is a key requirement in psychophysiology where the focus is on the relationship between mental and physiological processes. Some of the most common physiological processes...

Heart Rate Variability (HRV) is determined by analyzing the time series of beat-to-beat intervals from an electrocardiogram (ECG). HRV is a popular tool within psychophysiology as it can be an easy indicator to assess the relative contributions of...