Shenzhen Juan Technology Co., Ltd. - Running table gait analysis system

Quality creates trust, innovation leads the future

Running table gait analysis system

The GAT-Gait running platform gait analysis system can place experimental animals on a treadmill and force them to walk or run when the track rotates. During this process, the gait of the experimental animals is recorded through two high-resolution cameras perpendicular to each other.The system analyzes plantar gait and lateral joint posture. The system uses footprint light refraction technology to detect and analyze the walking cycle and posture corresponding to the disease, and then evaluate the degree of impact of arthritis, nerve damage and other diseases.It can be used to study the motor functions of model animals such as nervous system injuries, muscle-related injuries, bone and joint diseases, and trauma.

Features

The running speed of the treadmill is adjustable, up to 2.5m/s

Runway length and width can be customized, suitable for mice, rats, guinea pigs, rabbits and other animals

Closed camera and lighting system allows gait experiments in any lighting environment

Shooting and analysis with both downward and side directions

Technical parameters

Product size

55X40X65cm

Footprint optical refraction track system

●Length 50cm, can be customized

●Material PU

●Background light source red LED

●Reflective light source green LED

automatic tracking system

●Two-way shooting from the bottom and side can analyze the gait and posture of experimental animals at the same time

●Video quality: 1080p, 120fps, up to 720p, 240fps

Application areas

●Arthritis, Parkinson's disease, Alzheimer's disease, neurodegeneration, drug toxicity, neuropathy, myelitis, bone and joint aging, Huntington's disease, amyotrophic lateral sclerosis, etc.

software analysis

Lateral analysis

Single footprint data extraction

Multi-footprint data hotspot analysis

Movement speed judgment and movement status classification

Changes in footprint pressure intensity

Changes in footprint area

Time sequence diagram of joint movements in 3-month-old mice

Time sequence diagram of joint movements in 20-month-old mice