Rat acceleration and deceleration brain trauma striking system

Abstract

The invention discloses a rat acceleration and deceleration brain trauma striking system which comprises an experimental platform, a striking module, a striker module, a positioning module and an acceleration and deceleration trauma switching module. The positioning module is longitudinally and perpendicularly arranged on the experimental platform, the striking module is transversely and perpendicularly arranged on the positioning module, the striking module is placed on the experimental platform, the striker module is arranged at the position, arranged between the positioning module and the striking module, of the experimental platform, and the acceleration and deceleration trauma switching module is arranged on the side edge, longitudinally and perpendicularly corresponding to the striking module, of the experimental platform. Compared with the prior art, the system can precisely manufacture a rat brain trauma model, the repeatability is good, the operation is easy, a rat does not easily die, the acceleration brain trauma model and a deceleration brain trauma model can be manufactured, trauma grading can be carried out on the manufactured models, a matched group of a brain opening cavity and a brain non-opening cavity can be manufactured, and a large amount of support can be provided for research for the human brain trauma.

Description

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AI Technical Summary

Benefits of technology

The technical effect of this patented technology allows scientists to create accurate mouse-brain injury model systems that have high replication rates, ease of use, and no risk of dying from severe head injuries or other causes such as strokes. These models help study how people who were exposed to harm may develop neurologically related conditions like stroke damage during their first year after being subjected to these treatments.

Problems solved by technology

The technical problem addressed in this patented text relates to developing better ways to protect people who may be experiencing temporary or permanent damage caused due to head injuries during medical procedures like surgery. Current methods involve create artificially designed tissue structures called 'brain traps' (BTs) - made up mostly of cells grown within 3-5 days old mouse embryonic fibroblasts). These BTXs were found to contain specific proteins involved in regulating neuronal growth and function. They could potentially serve as tools to aid understanding how these factors affect nerve cell activity and ultimately lead to improved patient outcomes when they experience severe impacted areas.

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