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Hepatitis C virus core antigen as alternative diagnostic algorithm for active hepatitis C virus infection among haemodialysis population: Cost implications
Author(s) -
Wong Xue Z.,
Amirah Azzeri,
Gan Chye C.,
Fatiha Shabaruddin,
Maznah Dahlui,
Yahya Rosnawati,
Ganapathy Shubash,
Tan Soek S.,
Mohamed Rosmawati,
Lim Soo K.
Publication year - 2021
Publication title -
nephrology
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.752
H-Index - 61
eISSN - 1440-1797
pISSN - 1320-5358
DOI - 10.1111/nep.13862
Subject(s) - medicine , hepatitis c virus , algorithm , population , hepatitis c , virology , immunology , virus , environmental health , computer science
Aims In Malaysia, majority anti‐HCV positive haemodialysis patients do not undergo hepatitis C confirmation due to the high cost of HCV RNA. HCV Core Antigen might be a cost‐effective diagnostic test to identify HD patients who have active HCV infection eligible for Direct Acting Anti‐viral therapy. Methods A cross‐sectional study was conducted to assess the correlation between HCV Ag and HCV RNA and the cost implications of different diagnostic algorithms to diagnose active HCV infection using Anti‐HCV, HCV Ag, and HCV RNA. Pre‐dialysis blood was tested for both HCV Ag and HCV RNA. HCV Ag was tested with Abbott ARCHITECT HCV Ag test. Results Two‐hundred twenty‐seven haemodialysis patients were recruited from 20 centres with mean age of 57.68 ± 12.48 years, and male constitutes 56.8% (129) of the study population. HCV Ag correlated well with HCV RNA (Spearman test coefficient 0.943, p < .001) with sensitivity of 93.9%, specificity 99.3%, and the accuracy was 97.36%. Cost analysis indicated that a sequential test involving Anti‐HCV antibody as initial screening, followed by HCV Ag on Anti‐HCV positive and HCV RNA on HCV Ag negative cases translated to a modest cost‐saving algorithm compared to standard diagnostic algorithm. Conclusion HCV Ag correlated well with HCV RNA and can potentially be fused in an alternative diagnostic algorithm to generate cost savings methods to diagnose active HCV infection among haemodialysis patients. This alternative algorithm is especially relevant in low to middle‐income countries such as Malaysia to optimize the use of the healthcare resource and gains in clinical outcomes.