Bone Development Analysis System

Abstract

The invention relates to the medical field, in particular to a bone development analysis system for quickly obtaining bone development results with high accuracy. It includes an analysis processing server, bone scanning equipment, input control module, database module and output display module, and the bone scanning equipment, input control module, database module and output display module are all connected to the analysis processing server. The bone development analysis system of the present invention, through the cooperation of the analysis and processing server, input control module, database module, output display module, and bone scanning equipment, can quickly provide bone measurement results with high precision. It replaces manual methods, saves time and avoids calculation errors, thereby improving the efficiency of bone age evaluation and the accuracy of results. Improve the efficiency of doctors and shorten the time for patients to see a doctor.

Description

technical field [0001] The invention relates to the medical field, in particular to a bone development analysis system for quickly obtaining bone development results with high accuracy. Background technique [0002] At present, there are "atlas method" and "bone development sub-measurement algorithm" or "scoring method" for bone age. Most of the bone development sub-measurement algorithms are calculated by hand, which is inefficient, slow and error-prone. There are also computer versions of bone age measurement algorithm software, but most of them are remote network version calculation software. The online version of the software has legal and regulatory issues for doctors to issue bone age reports, and the doctor's name signature, and the efficiency of remote consultation is lower than that of on-site reports. [0003] The exact value of bone age measurement by the "atlas method" is 0.5 years old (6 months), and the accurate value of the current "scoring method" is 0.1 yea...

AI Technical Summary

Problems solved by technology

[0002] At present, there are "atlas method", "bone development sub-measurement algorithm" or "scoring method" for bone age. Most of the bone development sub-measurement algorithms are calculated by hand, which is inefficient, slow and error-prone.

There are also computer versions of bone age measurement algorithm software, but most of them are remote network version calculation software. The online version of the software has legal and regulatory issues for doctors to issue bone age reports and physician name signatures, and the efficiency of remote consultation is lower than that of on-site reports

[0003] The exact value of bone age measurement by the "atlas method" is 0.5 years old (6 months), and the accurate value of the current "scoring method" is 0.1 years old (0.1 years ≠ 1 month). It is simple and quick, and the age is calculated according to the months we usually use (such as 1 year and 5 months instead of 1.5 years), which is easy to accept, so clinicians are also using the "mapping method". The more existing "scoring method" Too accurate, the more there is a corresponding deviation from the actual age, when our radiology department uses the "scoring method" to calculate the bone age, there will often be obvious errors with the "atlas method" (after all, the exact value is far apart), which will cause differences. diagnosis results, so that there is unnecessary doubt in the patient's mind

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