DEVICE FOR STUDYING biomechanical properties of the peripheral nerves in the depths of the surgical wound on section material

摘要

The invention relates to the field of medicine, in particular to the field of experimental anatomy and can be used to study the biomechanical properties of the peripheral nerves on autopsy, human cadaver.;The term "biomechanical properties of peripheral nerves" refers to the tensile force that occurs in the process of overcoming the diastasis between the ends of the injured nerve.;The basis of the utility model, the object of obtaining the most accurate readings when measuring the tensile force of the damaged nerve ends in the operating depth of the wound with simultaneous detection of residual diastasis between the proximal and distal fragments of the nerve trunk.;The object is achieved in that the device for measuring biomechanical properties of peripheral nerves in the operating depth of the wound to autopsy material includes: a metal frame with a built-frame graduated scale-ruler in millimeters for measuring residual diastasis between the stumps of the damaged nerve trunk; two test dynamometer with a graduated scale in milliNewtons fixed adjustably in a frame with the help of pins, the rotation of the latter and drives the spring mechanisms dynamometers; Clamping devices, which are located on the dipstick each of dynamometers. 1 yl.