Laboratory medicine is an essential part of modern healthcare, as it actively contributes to clinical decision-making across the entire spectrum of patient care. Although laboratory diagnostics account for a relatively small proportion of healthcare expenditure, the information it provides is pivotal for screening, diagnosis, therapeutic monitoring, and prognostication of the vast majority of human diseases. As medical knowledge and diagnostic technologies continue to expand, patient management increasingly relies on integrating data generated across multiple specialties, typically including laboratory medicine, radiology, pathology, and clinics. Within this framework, effective communication among healthcare professionals has become a leading factor of quality and patient safety. Multidisciplinary decision-making requires a timely exchange of multiple clinical information and a shared interpretation of diagnostic findings. However, communication failures remain a frequent source of diagnostic delays or even diagnostic errors, potentially caused by fragmented information systems, discipline-specific terminology, and organizational structures that ultimately limit effective interaction between professionals. Structured communication and clearly defined team roles can help improve the efficiency of multidisciplinary discussions and support clinical decisions. In parallel, the development of integrated diagnostic models, now deeply supported by interoperable digital infrastructures, can facilitate coordinated interpretation of laboratory test results alongside imaging, pathology, and clinical data. Therefore, strengthening communication within multidisciplinary teams and promoting the integration of diagnostic data represent essential steps toward improving diagnostic accuracy and the overall quality of patient care.

Organizational, technological, and communicative foundations of multidisciplinary care pathways involving laboratory medicine

LIPPI, Giuseppe
In corso di stampa

Abstract

Laboratory medicine is an essential part of modern healthcare, as it actively contributes to clinical decision-making across the entire spectrum of patient care. Although laboratory diagnostics account for a relatively small proportion of healthcare expenditure, the information it provides is pivotal for screening, diagnosis, therapeutic monitoring, and prognostication of the vast majority of human diseases. As medical knowledge and diagnostic technologies continue to expand, patient management increasingly relies on integrating data generated across multiple specialties, typically including laboratory medicine, radiology, pathology, and clinics. Within this framework, effective communication among healthcare professionals has become a leading factor of quality and patient safety. Multidisciplinary decision-making requires a timely exchange of multiple clinical information and a shared interpretation of diagnostic findings. However, communication failures remain a frequent source of diagnostic delays or even diagnostic errors, potentially caused by fragmented information systems, discipline-specific terminology, and organizational structures that ultimately limit effective interaction between professionals. Structured communication and clearly defined team roles can help improve the efficiency of multidisciplinary discussions and support clinical decisions. In parallel, the development of integrated diagnostic models, now deeply supported by interoperable digital infrastructures, can facilitate coordinated interpretation of laboratory test results alongside imaging, pathology, and clinical data. Therefore, strengthening communication within multidisciplinary teams and promoting the integration of diagnostic data represent essential steps toward improving diagnostic accuracy and the overall quality of patient care.
In corso di stampa
Organizational, technological, communicative, foundations, multidisciplinary care pathways, laboratory medicine
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11562/1191967
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