Computer ScienceMedicine

E. Shinohara, E. Aramaki, Takeshi Imai, K. Ohe

2010Studies in Health Technology and Informatics

DOI: 10.3233/978-1-60750-588-4-1010

tlooto Summary

An internal structure analyzer was built, which achieved high (83.7%) accuracy and demonstrated that the analyzed output is helpful for precise ICD-coding tasks.

Abstract

ICD-coding is a complex and difficult task. Coding results vary a great deal depending on each coder's ability. Although the Japanese Standard Disease-Code Master facilitates the coding tasks, it also engenders post-coordination problems derived from combinations of basic diseases (with ICD code) and modifiers. Post-coordination sometimes alters the original ICD code dramatically. To solve this problem, this paper presents a proposal for using internal structures of disease names to correct the ICD code. First, we built an internal structure analyzer, which achieved high (83.7%) accuracy. Results demonstrated that the analyzed output is helpful for precise ICD-coding tasks.

Citation format

SHINOHARA, E., et al. Internal structure of a disease name and its application for ICD coding. Studies in Health Technology and Informatics, 2010, 160 Pt 2: 1010–4.