
A unique setup for the automation of the Open Field test for rats and mice : 3D-camera based technology is now capable of direct height...
For over 25 years, Bioseb has been a key player in preclinical research, developing cutting-edge in vivo instrumentation to support studies in neuroscience, metabolism, pain, and physiology. Our tools, designed primarily for rodent models, provide precise, reproducible data essential for understanding disease mechanisms, assessing therapeutic interventions, and advancing translational research. These in vivo research tools are aligned with our commitment to ethical and responsible preclinical research
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The advanced version of our Dynamic Weight Bearing Test allows for faster paw identification, based on a video solution...
An easy way to objectively quantify the muscular strength of mice and rats, and to assess the effect of drugs, toxins,...
An easy and non pain-inducing solution for assessing the level of discomfort (incapacitance) in the injured paw of a small...
The BIOSEB Spontaneous Activity Wheel is an easy way to quantify rodent voluntary activity in their home cage environment....
A NEW software for increasing the repeatability of nociceptive tests: by recording the reflex respond the software help the...
The uncomplicated way to monitor rodent activity over several days from their home cage without manual...
These small animal treadmills are used for forced exercise training and accurate testing of fatigue in rodents. The control...
Rotarod provides an easy way to test the motor activity in rodents (mouse or rat) - an ideal solution for studying central...
A unique setup for the automation of the Open Field test for rats and mice : 3D-camera based technology is now capable of...
Fully automated instrument for sophisticated detection and analysis of foot faults on the horizontal ladder test for...
A unique device that provides automated measurement of weight bearing and force distribution over time during voluntary...
A unique, automatic apparatus for the detailed and objective modeling of walking and coordination disorders in mice and/or...