Key result
The proposed GA-PATH framework aims to transform glycated albumin into a context-aware laboratory tool for early detection of dysglycemia and global metabolic-risk prevention.
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Proposes the GA-PATH framework for implementing glycated albumin testing in emergency diabetes and cardiorenal risk screening.
Glycated albumin is gaining attention as a complementary biomarker for dysglycaemia, particularly when HbA1c interpretation is limited by altered erythrocyte survival, anaemia, haemoglobin variants, or chronic kidney disease. Building on the recent Clinica Chimica Acta study evaluating glycated albumin for emergency-department screening of undiagnosed prediabetes and diabetes, this correspondence argues for a broader equity-ready and cardiorenal-risk-aware implementation pathway. We propose a GA-PATH framework focused on population calibration, albumin-turnover safeguards, triage logic, harmonisation, and health-equity analytics. This approach may help transform glycated albumin from an alternative glycaemic marker into a context-aware laboratory tool for early detection, confirmatory referral, and global metabolic-risk prevention.
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Prasad et al. (2026) conducted a letter in Dysglycaemia, prediabetes, and diabetes. Glycated albumin screening (GA-PATH framework) was evaluated. The proposed GA-PATH framework aims to transform glycated albumin into a context-aware laboratory tool for early detection of dysglycemia and global metabolic-risk prevention.
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