Webinars

Advanced machine learning methods generate de novo therapeutic proteins, unlocking new possibilities for more effective treatments.

Chimeric antigen receptor engineering is now possible for immune cells other than T cells, including macrophages and invariant natural killer T cells.

Advances in synthetic biology and automation accelerate high throughput antibody screening.

Scientists employ optogenetic tools to understand how the brain recovers from damage and generates sensory experiences.

Optimizing the chemical architecture of siRNA improves its therapeutic potential for neurodegenerative disorders.

An innovative oligonucleotide synthesis approach streamlines gene assembly, providing researchers with autonomy and efficiency.

Advanced histotechnology techniques enable accurate assessment of treatment outcomes, fueling pharmaceutical development. 

Researchers leverage novel biomarker detection techniques to transform cancer diagnosis and treatment management. 

Direct cardiac reprogramming relies on the principles of transdifferentiation to convert specialized cells into new cell types that help repair the heart.

Spatial biology platforms shed light on the cellular and molecular players underlying ulcerative colitis and Crohn’s disease.

User friendly, large-scale high performance computing platforms accelerate drug discovery with efficient computational chemistry.

Innovative carriers and delivery strategies may improve gene therapy efficacy and safety.