Record the electrical activity of the brain that occurs between pairs of electrodes in contact with an animal's scalp and which represents the underlying neural activity.

Measure electrical stimulation and pacing in animal subjects.

Electromyography (EMG) is the study of muscle electrical activity. Quantify muscle movement, activity, effort, and fatigue.

Extracellular recordings are recordings of electrical potentials produced by a cell, either in extracellular fluid near the cell of interest, or non-invasively. These types of recordings can be divided into three main groups; single/multiple unit recordings, whole nerve recordings, and field potentials.

HRV analysis is ideal on an ECG recording but any recording that picks up a subjects pulse will work i.e: NIBP, Finger Pulse, Pulse Oximetry.

Record blood pressure directly at the source to analyze a wide range of pressures - including systolic, diastolic and mean arterial pressure alongside heart rate and interbeat interval - for comprehensive cardiovascular and physiological research.

Automatically calculate and display ventilatory parameters from measurements of O2, CO2 and air flow. The changes in gas mixture between inhalation and exhalation, combined with a measurement of respiratory flow, can be used to estimate metabolic rate and measure calorimetry.