Manufacturing

Vascularization remains a critical biotechnological hurdle for the industry, as thick tissue cuts cannot survive without internal systems to deliver nutrients and remove waste. This fundamental challenge defines the current landscape of cellular agriculture in 2026, as scientists move beyond basic

The integration of artificial intelligence into biological research enables the analysis of vast datasets to accelerate both life-saving cures and the potential engineering of biological weapons. This dual nature of modern science has transformed the way governments perceive national safety and

With over 1,000 patents filed and nearly 400 papers accepted at global conferences, the institute has already addressed more than 100 distinct industrial challenges. As LG AI Research pushes the boundaries of innovation, the current landscape of industrial research is witnessing a profound

Strategic use of digital shadows allows engineers to run what-if simulations without risking the integrity of a physical production batch during development. This capability marks a dramatic departure from the era when biological manufacturing was as much an art form as it was a science. In the

The current pharmaceutical landscape is witnessing a profound transformation as the successful clinical implementation of personalized mRNA cancer vaccines begins to redefine the standard of care in oncology. This seismic shift is driven by a long-held vision: the ability to train a patient’s own

The ability of a compound to cross cell membranes and reach intracellular targets is a critical variable that simple test-tube assays cannot measure. This fundamental reality underscores the massive disconnect currently plaguing the pharmaceutical industry, where high-potency molecules identified