خلاصة:
In this paper, the opinions of bioinformatics experts were sought to examine the knowledge semantic maps. The research question was whether the mapping of bioinformatics field articles could contribute to the reflection of knowledge map in this field; can knowledge within articles be demonstrated through a knowledge map? The research type was applied and analytical. Data collection was performed in two ways. First, the data were collected from scientific databases by using semantic search software and drawing knowledge maps by the software. Second, Delphi technique was used in two stages in order to obtain the opinion of experts regarding these knowledge semantic maps and co-concepts in bioinformatics field. In this method, first, the co-concepts map of the articles exported by Yewno and the knowledge semantics map were presented to the experts to get their viewpoints. By implementing the Delphi approach, the opinions of experts in examining the application of knowledge semantic maps resulted in the phonological analysis of articles in this field. The analysis results demonstrated that the knowledge map of bioinformatics studies dynamically developed over time. The continuous conduction flow of scientific studies in this field brought continuous changes to the knowledge of this field.
ملخص الجهاز:
lute rnntionn 1 Journal c'//nJc'rmufic'n Scienc'e and Munn gement Vol. 18, No. 2, 2020, 229-24d Co-Concept Analysis in Bioinformatics Field by Yewno Based on Experts' Viewpoints Masoume Kiani Asefeh Asemi Ph. D.
By implementing the Delphi approach, the opinions of experts in examining the application of knowledge semantic maps resulted in the phonological analysis of articles in this field.
Keywords: Knowledge Semantics Map, Bioinformatics, Concepts Relationship, Semantic Relations, Co-concepts, Scientific Studies, Yewno Introduction Nowadays, researchers in unique medical fields are showing interest in finding out the concepts' knowledge map governing special areas of research.
The results of ecological studies conducted in information environments significantly contribute to investigating and understanding the nature and statuses of conducted studies, identifying the research fields of previous studies, modeling study trends, indicating considerable advances, representing the growth and evolution of current studies, and predicting the concept patterns of future studies (Wang, Guo, Yang, Chen & Zhang, 2017).
Second, Delphi technique was used in two stages in order to obtain the opinion of experts regarding these knowledge semantic maps and co-concepts in bioinformatics field.
Second, Delphi technique was used in two stages in order to obtain the opinion of experts regarding these knowledge semantic maps and co-concepts in bioinformatics field.
The results of the present study in the second phase of Delphi technique showed that the maps obtained from the co-word analysis of anicles in the field of bioinformatics could be useful in identifying core concepts for experts.
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