motor function
motor function
Showing all 5 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 CoordinationRotaRod Enlargers and Complex Wheels
Enlargers and complex wheels for RotaRods to change the complexity of the experiment. Enlargers increase rod diameter and offer the option to change the surface from grooved to smooth. Complex wheels add complexity thanks to the asymmetrical and adjustable rungs which increase the test sensitivity and add a higher involvement of motor cortex and hippocampus.
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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 -
Ugo Basile Motor Coordination
RotaRod Enlargers and Complex Wheels
Enlargers and complex wheels for RotaRods to change the complexity of the experiment. Enlargers increase rod diameter and offer the option to change the surface from grooved to smooth. Complex wheels add complexity thanks to the asymmetrical and adjustable rungs which increase the test sensitivity and add a higher involvement of motor cortex and hippocampus.
SKU: UB RotaRod Enlargers and Complex Wheels
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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.
-
Ugo Basile Motor Coordination
RotaRod Enlargers and Complex Wheels
Enlargers and complex wheels for RotaRods to change the complexity of the experiment. Enlargers increase rod diameter and offer the option to change the surface from grooved to smooth. Complex wheels add complexity thanks to the asymmetrical and adjustable rungs which increase the test sensitivity and add a higher involvement of motor cortex and hippocampus.
