Biomedical research applications span from understanding disease mechanisms to developing novel diagnostics, therapies, and preventive interventions 1. These applications are critical for advancing healthcare and improving patient outcomes. Within this broad field, researchers often focus on specific domains to address targeted questions. Two prominent areas of investigation include behavioral studies, which explore observable actions and responses to environmental or experimental stimuli, and physiology, which examines the internal functions and processes that sustain biological systems.
Paw tracking. Precise water delivery. Lick counter. Sensorial feedback. Automatic home cage system. Automatic long term weight measurements. Lever task and perturbation.
Awake or anesthetized. Electrocardiogram (ECG) and heart rate. Oxygen Saturation (SpO2). Blood Pressure. Exhaled CO2. Respiration waveform and breath rate. Temperature.
Both behavioral studies and physiology monitoring are indispensable pillars of biomedical research applications. Behavioral tools—such as lever systems, treadmills, and stimulation devices—enable precise, reproducible assessments of motor and cognitive function in preclinical models. Physiology systems—such as integrated monitoring platforms, ECG gating devices, and in‑vivo imaging systems (OiS300)—provide high-resolution insights into internal processes like cardiac rhythm, respiratory dynamics, oxygenation, and neural activity.
Integrating both approaches strengthens experimental design: behavioral assays reveal how interventions impact function and behavior, while physiological and imaging modalities uncover mechanisms underlying those effects. The synergy accelerates discovery, enables rigorous validation, and supports translation into clinical applications aimed at improving health outcomes.
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