A research team led by a Duke professor recently developed a novel computational model to predict antibody structures, a significant breakthrough for disease prevention efforts. A study published in ...

Purity, aggregation state, and target binding are critical quality requirements that need to be monitored throughout the antibody development cycle as they impact product efficacy and safety. Yet, ...

Immunoassays are measurement procedures that use immune-based reagents to generate a detectable signal, allowing scientists to quantify biological processes. Scientists perform immunoassays to measure ...

In part 1, the initial model was selected and given a Trp residue for robust quantitation (along with 5 other mutations), generating the intermediate structure pdb:7KAE. In part 2, structure 7KAE was ...

Researchers have developed a novel antibody-based enzyme switch that converts antibody–antigen binding into enzyme activity, paving the way from detection via bioluminescence to the control of ...

Scientists harnessed AI to create mutation-resistant antibodies that outperformed conventional drug design, offering a powerful new tool against fast-evolving viruses like SARS-CoV-2. Study: AI ...