Research Articles
Catching Cancer Early: How Tiny Chemical Antibodies Are Revolutionizing Medical Detection
Explore how aptamers - synthetic chemical antibodies - are transforming cancer detection through high-throughput selection methods like QPASS technology.
Nucleic Acid Aptamers: From Laboratory Selection to Living Applications
Explore the fascinating world of nucleic acid aptamers - synthetic molecules that can precisely target specific molecules, with applications in medicine, diagnostics, and biotechnology.
Nature's Magic Bullets: How Aptamers Are Revolutionizing Cancer Detection
Explore how aptamers, the chemical antibodies, are transforming cancer diagnostics with unprecedented precision and sensitivity for early detection.
Taming Cellular Switches: How Pan-Selective Aptamers Could Revolutionize Medicine
Explore how pan-selective aptamers are targeting previously undruggable small GTPases, offering new hope for cancer and neurodegenerative disease treatments.
Tiny DNA Weapons Against Invisible Foes: How Aptamers Are Revolutionizing the Fight Against Arboviruses
Explore how DNA aptamers are revolutionizing the fight against arboviruses through advanced diagnostics and potential therapeutic applications.
Unlocking a Blood-Clotting Puzzle: How DNA's Shy Cousin is Supercharging Medical Sensors
Discover how 2'F-ANA modified aptamers are revolutionizing thrombin detection and creating next-generation medical sensors through advanced microarray technology.
Aptamers and Oncolytic Viruses: The Dynamic Duo Revolutionizing Cancer Therapy
Discover how aptamers enhance oncolytic viruses' antitumor efficacy in cancer treatment through targeted delivery and immune evasion.