An Interactive Experience
AI has revolutionized the field of biology by enabling scientists to make significant breakthroughs in understanding complex biological processes. From genetic research to drug discovery, AI algorithms have played a crucial role in advancing our knowledge and capabilities in the field.
Current Issue - Quarterly Magazine
A single gene controls earwax and body odor, shaping one’s unique scent through microbes. A series of rodent experiments showed that even with abundant food and water, personal space is essential to prevent societal collapse, but Universe 25's relevance to humans remains disputed. An NIH policy to reduce funding for indirect costs to 15 percent, although temporarily blocked nationwide, sparks widespread concern and criticism among scientists. Profiling cells from ovarian endometriosis revealed signaling interactions that may sustain lesion growth, highlighting potential therapeutic targets.
Insights into Antibody Binding
Explore a comprehensive guide to standardizing large scale production and clarification of lentiviral vectors. In a webinar, Daryl Cole will share insights into the high-throughput screening and analysis of antibody binding and functional characterization. A reimagined lipid vehicle for nucleic acids could overcome the limitations of current vectors. Ethan Shelkey and Aurita Menezes will also highlight key aspects in the design of cell-based assays.
Advancements in Research
Discover how alternative animal models provide new perspectives on physiological and biochemical processes. Experts from the Women’s Brain Foundation and bit.bio will explore the importance of sex-specific in vitro models for neurological research and drug discovery. Combining a serum-free medium with a xeno-free serum replacement creates a reliable system for generating functional dendritic cells and macrophages.
Technological Innovations
From foundational technologies to cutting-edge microfluidics, scientists use the latest wastewater surveillance techniques to track infectious diseases as they arise and spread. Understanding how mRNA modification, purity, and in vivo delivery affect expression and toxicity is crucial in advancing medical research.
