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Enhancement of M. tuberculosis Line Probe Assay Sensitivity through Whole Genome Amplification of Low-Quantity DNA Released from Sputum and Archived on Chemically-Coated Cellulose Matrix Using an Isothermal Enzymatic Strand-Displacement Process

Enhancement of M. tuberculosis Line Probe Assay Sensitivity through Whole Genome Amplification of Low-Quantity DNA Released from Sputum and Archived on Chemically-Coated Cellulose Matrix Using an Isothermal Enzymatic Strand-Displacement Process

Tuberculosis News
Publication date: Jun 27, 2024 In this study, thirty-nine sputum samples from tuberculosis (TB)-positive patients undergoing first-line therapy were collected and archived on a chemical-coated cellulose matrix. DNA was extracted ... Read more