Advanced Multidimensional Rodent Gait Analysis System

Summary of the technology

This invention introduces a novel computer-implemented method for multidimensional analysis of rodent gait. It addresses the challenge of interdependency among gait variables, providing more accurate and reproducible results. The system captures comprehensive step data from multiple animal subjects, performs sophisticated multidimensional analysis, and outputs detailed gait characterization. For example, it can precisely analyze stride length, cycle time, and duty factor in relation to each other, offering insights into coordinated locomotion that traditional methods miss.

Georgetown University

Details of the Technology Offer

BACKGROUND

Locomotion analysis is crucial in animal research, but current methods often treat gait variables as independent, leading to inconsistent results across studies. This innovation tackles the interdependency of gait measures, a significant problem in reproducing animal studies and evaluating potential treatments. By providing a more nuanced and comprehensive analysis of rodent gait, it aims to enhance the reliability and translatability of preclinical locomotion studies.

Benefit

  • Improves accuracy and reproducibility in rodent gait analysis
  • Offers a more comprehensive understanding of coordinated locomotion
  • Enhances the reliability of preclinical studies evaluating treatments affecting gait
  • Provides a standardized method for comparing gait across different animal groups
  • Potentially increases the translatability of animal locomotion studies to human applications

Market Application

  • Potential use in pharmaceutical research for evaluating drugs affecting motor function
  • Possible application in neuroscience research studying motor control and coordination
  • Can be implemented in orthopedic research for assessing joint and muscle function
  • Suitable for toxicology studies evaluating compounds' effects on locomotion
  • Applicable in aging research to study changes in gait over time

Intellectual property status

Granted Patent

Patent number : Patent No. 11,373,452

Where : USA

Related Keywords

  • biomechanics
  • coordinated movement analysis
  • multidimension locomotion analysis
  • preclinical motor function assessment
  • rodent gait analysis

About Georgetown University

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