Discover the Top 12 Blogs in Advanced Research

Advanced Research

Artificial enzymes, catalytic antibodies, and designed proteins are expanding therapeutic possibilities through AI-driven protein engineering.

Advanced Research

SEE-CITE introduces an AI-driven approach to map drug-protein interactions with high precision, enabling faster and more accurate drug discovery workflows.

Advanced Research

Advances in C–N bond formation are transforming amine synthesis, enabling greener chemistry and AI-driven optimization in drug discovery.

Advanced Research

Rising costs and failure rates are forcing pharma to shift from scale-driven discovery to efficiency-driven, AI-powered, predictive pipelines.

Advanced Research

AI and structural modeling are enabling enzyme engineering without crystal structures, unlocking faster, mechanism-aware, and data-driven protein design.

Advanced Research

Europe’s biotech sector faces a funding and innovation gap, but AI, policy reform, and strategic investment could redefine its global competitiveness.

Advanced Research

MolE represents a significant advancement in modeling molecular graphs using the Transformer architecture with a disentangled attention mechanism.

Advanced Research

Explore DeepREAD, a generative AI tool revolutionizing ADAR-mediated RNA editing for precise, efficient therapeutic applications.

Advanced Research

Discover how AI and deep learning are revolutionizing protein-protein interactions (PPIs) prediction with models like RF2-ppi.

Advanced Research

Explore how a human liver tissue chip enhances drug-metabolizing enzyme studies, offering accurate, long-term insights into drug-drug interactions.

Advanced Research

Quantum mechanical methods are transforming drug discovery, offering precise chemical insights and accurate predictions.

Advanced Research

PocketGen represents a significant advancement in the field of protein pocket design. It integrates a bilevel graph transformer for structural encoding and sequence refinements.