摘要过敏原组分解析诊断（CRD）作为精准过敏医学的重要技术，能够通过识别单一过敏原分子水平的致敏模式，为过敏性疾病的分型诊断、风险评估及个体化治疗提供新的科学依据。然而，由于组分信息复杂、解读门槛高、临床路径尚未统一，CRD在我国基层和部分非专科医疗机构的实际应用仍面临显著挑战。为推动该技术的有效落地，构建系统化、分层化的继续教育体系至关重要。本文围绕CRD的技术基础、临床价值与解读难点展开分析，并提出基于分层培训、临床问题导向、流程化管理、多学科协作及智能辅助工具的教育体系构建路径。通过完善教育体系，可显著提升医务人员的解读能力，加速CRD从“检测技术”向“临床决策工具”的转化，助力过敏诊疗迈向精准化与规范化。

abstractsComponent-resolved diagnosis (CRD), a cornerstone of precision allergology, enables the identification of specific allergenic molecules and refines the diagnosis, risk stratification, and personalized management of allergic diseases. However, its widespread clinical adoption, especially in primary care and non-specialist settings in China, remains constrained by the complexity of component-based data, limited interpretability among clinicians, and the absence of standardized clinical pathways. To address these challenges, the establishment of a systematic and tiered continuing medical education framework is essential. This article examines the technological foundations, clinical applications, and interpretation challenges of CRD, and proposes a structured educational framework incorporating competency-based tiered training, case-driven and problem-oriented learning, standardized interpretation workflows, multidisciplinary collaboration, and digital support tools. By strengthening the educational infrastructure, this approach can enhance clinicians′ interpretive competence, facilitate the translation of CRD from a diagnostic tool into a clinical decision-making aid, and ultimately advance the precision and standardization of allergy care.