The Role of Clinical Chemistry in Health Administration Decision-Making and Policy Development

AL-AHMADI, SULTAN ABDULAZIZ; Ibrahim Albalawi, Khalaf; Ibrahim Albushi, Ahmed; Mohammed  Aleidi, Asim; Menwer Albalawi, Basim; Eid Al-Hawiti, Mohammed; Eid Fadhi Alhejaili, Salman; Ghali Alsuhaymi, Fahad; Raja Al-Hejaili, Abdullah; Essa Alhawsawi, Maged

doi:10.21608/ejchem.2025.382688.11769

The Role of Clinical Chemistry in Health Administration Decision-Making and Policy Development

Document Type : Review Articles

Authors

¹ National Guard Prince Mohammad Bin Abdulaziz Hospital, Technician-Health Administration, Ministry of Health, Saudi Arabia

² National Guard Prince Mohammad Bin Abdulaziz Hospital, Technician-Health Administration, Ministry of health, Saudi Arabia

³ National Guard Prince Mohammad Bin Abdulaziz Hospital, Laboratory Technician, Ministry of health, Saudi Arabia

10.21608/ejchem.2025.382688.11769

Abstract

Background: Clinical chemistry plays a critical role in healthcare systems by providing accurate biochemical data that informs diagnostics, treatment, and policy decisions. Its integration into health administration supports evidence-based strategies aimed at improving patient care and operational efficiency.

Aim: This study aims to examine the role of clinical chemistry in health administration and policy development, focusing on its contributions to clinical decision-making, preventive healthcare, guideline formation, and resource management.

Methods: A narrative review approach was used to synthesize literature from peer-reviewed journals, health policy reports, and laboratory medicine guidelines. Key themes were identified regarding the operational, clinical, and administrative applications of clinical chemistry in modern healthcare systems.

Results: Clinical chemistry contributes to diagnostic precision, treatment monitoring, and disease prognosis. It supports population health through screening programs and epidemiological surveillance. Its data guides evidence-based policy formation and resource allocation, influencing budgeting, infrastructure planning, and technology assessment. Challenges identified include data management, access disparities, and the need for continuous protocol updates.

Conclusion: Clinical chemistry is deeply embedded in healthcare delivery and administration. Its data-driven contributions enable health systems to design responsive, equitable, and cost-effective strategies. As healthcare becomes increasingly personalized and data-intensive, the role of clinical chemistry will remain essential in shaping clinical practices and guiding health policies.

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