Research on Core Competency Elements of Clinical Investigators.

IF 2 4区 医学 Q4 MEDICAL INFORMATICS
Xin Wang, Shuang Zhao, Han Yang, Miao Miao, Siwei An, Wenbing Yao
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引用次数: 0

Abstract

Background: To construct a competency model for clinical investigators involved in the process of new drug development, providing a reference for the training, selection and assessment of clinical investigators.

Methods: The Behavioral Event Interview (BEI) method was used to interview 12 excellent clinical investigators and 8 clinical investigators of average performance. Each competency characteristic was extracted from the interview text by semantic coding. Total frequency, total score, average score and highest score were calculated for each competency element. Category agreement coefficient, coefficient of reliability and Spearman correlation coefficient were used to assess the consistency of two coders for coding and classification. Independent-samples Mann-Whitney U test was applied to compare the differences in competency elements between the group of excellent clinical investigators and the group of average investigators.

Results: The average coefficient of category agreement was 0.671, and the average coefficient of reliability was 0.803. No significant differences were observed between the two groups in the aspect of interview time (P = 0.190) and the interview words (P = 0.184), indicating comparability between the two groups. However, there was a clear performance difference between the excellent and average groups. In addition, we found that the competency model for clinical investigators contained 24 prominent competence elements and 8 benchmark competency elements.

Conclusions: Clinical investigator is a medical professional who is involved in a highly research-intensive and practical job, where prominent competency element largely reflects clinical practice skills, innovation and awareness of Good Clinic Practice (GCP). Our results provide a reference for assessing clinical investigators' competencies, encouraging and guiding them to modify their behaviors according to the competency model, and also cultivating clinical investigators so as to improve the competence level of clinical investigators.

临床调查员核心能力要素研究。
背景:构建参与新药开发过程的临床研究者胜任力模型,为临床研究者的培养、选拔和考核提供参考。方法:采用行为事件访谈法(Behavioral Event Interview, BEI)对12名优秀临床调查员和8名表现一般的临床调查员进行访谈。通过语义编码从访谈文本中提取各胜任特征。计算每个胜任力要素的总频率、总分、平均分和最高分。采用类别一致系数、信度系数和Spearman相关系数评价两种编码器编码和分类的一致性。采用独立样本Mann-Whitney U检验比较优秀临床调查员组与一般临床调查员组胜任力要素的差异。结果:分类一致性平均系数为0.671,信度平均系数为0.803。两组在访谈时间(P = 0.190)和访谈字数(P = 0.184)方面均无显著差异,具有可比性。然而,优秀组和一般组之间存在明显的表现差异。此外,我们发现临床研究人员胜任力模型包含24个突出胜任力要素和8个基准胜任力要素。结论:临床调查员是研究强度高、实践性强的医学专业人员,其胜任力要素突出,在很大程度上反映了临床实践技能、创新能力和良好临床实践意识。本研究结果可为临床研究者的胜任力评估、鼓励和指导临床研究者根据胜任力模型调整行为、培养临床研究者以提高临床研究者的胜任力水平提供参考。
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来源期刊
Therapeutic innovation & regulatory science
Therapeutic innovation & regulatory science MEDICAL INFORMATICS-PHARMACOLOGY & PHARMACY
CiteScore
3.40
自引率
13.30%
发文量
127
期刊介绍: Therapeutic Innovation & Regulatory Science (TIRS) is the official scientific journal of DIA that strives to advance medical product discovery, development, regulation, and use through the publication of peer-reviewed original and review articles, commentaries, and letters to the editor across the spectrum of converting biomedical science into practical solutions to advance human health. The focus areas of the journal are as follows: Biostatistics Clinical Trials Product Development and Innovation Global Perspectives Policy Regulatory Science Product Safety Special Populations
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