A clinical measurement method of scalp surface area in skull defect area

Abstract

The invention relates to a clinical measurement method for a skull defect area scalp superficial area, and belongs to the technical field of medical measurement. The clinical measurement method for the skull defect area scalp superficial area comprises the specific steps that 1, an ultraviolet light irretrievable color inelastic ultra-thin soft material with grids covers the skull defect area scalp surface of an object needing detecting, and the edge of a skull defect area is described; 2, an ultraviolet radiator with the irradiation strength of 80 mu w / cm<2> is used for irradiating the position 1.0 m away from the skull defect area scalp surface for 20 seconds; 3, the number of the allochroic grids is counted and the skull defect area scalp superficial area is computed according to a conventional method. The devices used in the method are purchased on the market. The clinical measurement method for the skull defect area scalp superficial area has the advantages of being low in cost, convenient to operate, and capable of accurately, objectively and rapidly carrying out clinical measurement on the skull defect area scalp superficial area.

Description

Technical field: [0001] The invention relates to a clinical measurement method for the scalp surface area of ​​a skull defect area, belonging to the technical field of medical measurement. Background technique: [0002] The clinical measurement of the scalp surface area in the skull defect area is of great significance to the determination of the disease progression and follow-up treatment plan of patients with craniocerebral diseases after bone flap repair. At present, the clinical measurement of the scalp surface area in the skull defect area mostly adopts the method of visual inspection or indirect measurement of CT images. The above method has the following disadvantages: 1. The visual inspection method is related to the experience of medical personnel, is highly subjective and has errors. 2. The indirect measurement of CT images is expensive and requires professionals to operate, which is not convenient for rapid clinical measurement. At present, the measurement of th...

AI Technical Summary

Problems solved by technology

The above method has the following disadvantages: 1. The visual method is related to the experience of medical personnel, is highly subjective, and has errors

2. Indirect measurement of CT images is expensive and requires professional operation, which is not convenient for rapid clinical measurement

However, the unevenness of the scalp in the skull defect area still makes the current common methods unable to fully meet the requirements of accurate, objective, convenient, long-term, repeated, and rapid clinical measurement of the scalp surface area in the skull defect area.

[0003] Through literature search, do not find the public report identical with the technical scheme of the present invention