Description
| Product Name | CAT.No | Size |
| T4 | BXE0711A | 96T |
| T4 | BXE0711C | 480T |
| T4 Streptavidin | BXE0712A | 96T |
Product Description
The Biorex Diagnostics Total Thyroxine ELISA kit is a highly sensitive and specific microplate assay designed for the quantitative measurement of total T4 in human serum or plasma. Thyroxine is a principal thyroid hormone that plays a critical role in regulating growth, metabolism, energy balance, and overall endocrine function. Accurate measurement of total T4 is essential for the assessment, diagnosis, and monitoring of thyroid disorders in both neonates and adults, including hypothyroidism, hyperthyroidism, and subclinical thyroid dysfunction. Monitoring total T4 levels provides vital clinical information for optimizing therapy, evaluating treatment efficacy, and supporting long-term endocrine health management.
Key Features
• Quantitative Microplate ELISA – precise determination of total T4 concentrations in serum or plasma
• High Sensitivity and Specificity – ensures reliable detection across physiological and clinically relevant ranges
• Serum and Plasma Compatibility – suitable for routine laboratory and diagnostic applications
• Reproducible Results – delivers consistent performance across multiple assays and laboratory settings
• Comprehensive Kit Components – includes ready-to-use reagents, standards, and controls for efficient workflow
• Clinical and Research Utility – ideal for neonatal screening, thyroid disorder diagnosis, therapy monitoring, and advanced endocrine research
The Biorex Diagnostics Total T4 ELISA kit provides a trusted, efficient, and clinically relevant solution for laboratories worldwide. By enabling accurate quantitative measurement of total thyroxine, this assay supports early detection of congenital hypothyroidism, timely diagnosis of acquired thyroid disorders, and effective monitoring of hormone replacement therapy or suppression therapy. It also facilitates detailed endocrine research, including studies on thyroid regulation, metabolic disorders, and interactions with other hormonal pathways. The assay’s high reproducibility, sensitivity, and ease of use will ensure consistent, reliable results across clinical and research applications, contributing to improved patient outcomes, informed clinical decision-making, and enhanced understanding of thyroid health.
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