coordination
coordination
Showing all 3 results
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Ugo Basile Motor CoordinationGA.I.T Analysis System
Gait Analysis by Ugo Basile Gait is a next-generation, fully automated table-top system designed to detect gait alterations in rodent models with unmatched ease of use and 100% accuracy in paw detection. Powered by proprietary AI algorithms, it identifies subtle motor, age-related, or pain-related changes that traditional tools might miss, or require extensive manual corrections
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Ugo Basile Motor CoordinationRotaRod for Mice and Rats
The RotaRod is a simple test to assess motor function and coordination in rodents. Motor coordination or fatigue can be evaluated by measuring the time the animal stays on a rotating rod before falling. The Rod can rotate at constant, accelerating, rocking (back and forth) or through complex acceleration/deceleration ramps, thanks to the included PC software XPad.
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Ugo Basile Motor Coordination
GA.I.T Analysis System
Gait Analysis by Ugo Basile Gait is a next-generation, fully automated table-top system designed to detect gait alterations in rodent models with unmatched ease of use and 100% accuracy in paw detection. Powered by proprietary AI algorithms, it identifies subtle motor, age-related, or pain-related changes that traditional tools might miss, or require extensive manual corrections
SKU: UB GA.I.T -
Ugo Basile Motor Coordination
RotaRod for Mice and Rats
The RotaRod is a simple test to assess motor function and coordination in rodents. Motor coordination or fatigue can be evaluated by measuring the time the animal stays on a rotating rod before falling. The Rod can rotate at constant, accelerating, rocking (back and forth) or through complex acceleration/deceleration ramps, thanks to the included PC software XPad.
SKU: UB RotaRods
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Ugo Basile Motor Coordination
GA.I.T Analysis System
Gait Analysis by Ugo Basile Gait is a next-generation, fully automated table-top system designed to detect gait alterations in rodent models with unmatched ease of use and 100% accuracy in paw detection. Powered by proprietary AI algorithms, it identifies subtle motor, age-related, or pain-related changes that traditional tools might miss, or require extensive manual corrections
-
Ugo Basile Motor Coordination
RotaRod for Mice and Rats
The RotaRod is a simple test to assess motor function and coordination in rodents. Motor coordination or fatigue can be evaluated by measuring the time the animal stays on a rotating rod before falling. The Rod can rotate at constant, accelerating, rocking (back and forth) or through complex acceleration/deceleration ramps, thanks to the included PC software XPad.
