Product Description

The Motor-operated Spinal Cord Impactor is a contusion device specially designed for animal medical research. It locates the target part of the animal body from the three-dimensional directions of X, Y, and Z axes, and then simulates the displacement of the spinal cord by standard force to bone or soft tissue The force at the time of impact establishes an efficient and reproducible model of spinal cord injury in animals, providing experimental support for disease prevention and treatment.

Features

· Adjustable strike height, height resolution 5um

· Impact range 0~5N, adjustable settings

· Impact evaluation function, which automatically evaluates the error rate of each strike

· With laser positioning function, improve strike accuracy

· Animals can be tested in both awake and anesthetized states

· A variety of firing pin sizes are available to suit different animals

· Adjustable height and angle of clamp clamps according to individual differences of animals

· Compatible with gas anesthesia, with anesthesia adapter

· Electromechanical and computerized control, easy to operate

· Three-dimensional positioning, more accurate fixed point and fixed height

· The impact effect can be evaluated, and the data can be saved for easy review and extraction

· USB serial port connection communication, easy to connect

· Two modes are available: torque mode, position mode

Application

· Spinal cord injuries caused by traffic accidents, industrial and mining accidents, falls from heights, sports injuries, violent behaviors, etc.

· Spinal shock, concussion; spinal contusion and hemorrhage; spinal compression; cauda equina injury; demyelination; axonal rupture; neuronal and glial loss; spasticity; autonomic dysreflexia; deep vein thrombosis; ossification; motor and sensory disturbances; temperature control disturbances; defecation dysfunction; sexual dysfunction; spinal cord injury at different levels; pressure ulcers complicated by sepsis; urinary tract infection and respiratory and cardiac complications

Configuration

[1]Deng Ming,Xie Ping,Chen Zhonghui,Zhou Yan,Liu Junqi,Ming Jianghua,Yang Jianwei. Mash-1 modified neural stem cells transplantation promotes neural stem cells differentiation into neurons to further improve locomotor functional recovery in spinal cord injury rats[J]. Gene,2021,781(prepublish):

* Our company can provide customization services according to customers' special applications and special needs, and can also provide related experimental services. Please contact us for details