At EuroMedLab 2025 in Brussels, Gentian Diagnostics will present two scientific posters showcasing our latest research:
NT-proBNP (in development): A novel assay for improved detection and monitoring of heart failure
Retinol-Binding Protein (RBP): An assay designed to support nutritional status evaluation and renal function assessment
The poster 0356 "Development and characteristics of immunoturbidimetric NT-proBNP assay based on antibodies targeting glycosylation-free regions of NT-proBNP" focuses on Gentian’s novel approach to NT-proBNP quantification.
Current immunoassays use antibodies that bind to the central region of NT-proBNP, which is usually glycosylated. Glycosylation of NT-proBNP restricts the binding of the antibodies and detection of the protein. It has been shown that up to 80% of the circulating NT-proBNP may be glycosylated in the central region. Gentian’s proto-type assay is designed to overcome this underestimation by using antibodies targeting glycosylation-free regions of the molecule.
Measuring NT-proBNP, independent of glycosylation status, potentially offers more accurate assessment of heart failure in diverse patient populations. Ongoing studies aim to further explore the clinical utility of this approach.
In the poster 2423 "Establishment of a Reference Range for Gentian Retinol Binding Protein (RBP) Assay Using Beckman Coulter DxC 700 AU Analyzer", Gentian presents a comprehensive reference range study for its RBP assay.
RBP plays a dual role as a biomarker for vitamin A deficiency and renal dysfunction, making it valuable in both nutritional and nephrological assessments.
These results underscore the importance of assay-specific reference validation to ensure accurate clinical interpretation of RBP levels.
Visit us at booth #115 to learn more about our full range of diagnostic assays and ongoing scientific developments. Our team looks forward to connecting with laboratory professionals and clinicians interested in improving diagnostic workflows through high-quality, open-channel reagents.