Antibody-oligonucleotide conjugates (AOCs) represent a rapidly expanding class of chimeric molecules that merge the precise target recognition of monoclonal antibodies with the functional, structural, or amplifiable properties of nucleic acids. By combining these two distinct biological macromolecules, researchers are unlocking unprecedented capabilities in both targeted therapeutics—such as the targeted delivery of siRNA or antisense oligonucleotides…

In the rapidly evolving field of nanomedicine, exosomes have emerged as promising natural vehicles for drug delivery and cellular communication. However, traditional mammalian-derived exosomes often present distinct challenges, including high production costs, complex scalability issues, and the theoretical risk of zoonotic pathogen transmission. Enter a groundbreaking alternative: plant-derived exosome-like nanoparticles (PDENs). Extracted from everyday edible…

The global healthcare ecosystem relies heavily on accurate, rapid, and scalable diagnostic tools. At the heart of this infrastructure are In Vitro Diagnostics (IVD), with immunoassays representing a historically dominant and continually evolving segment. Whether diagnosing infectious diseases, tracking biomarkers for oncology, or managing chronic cardiovascular conditions, the accuracy of an immunoassay directly dictates the quality…

A small molecule shows strong activity against a cancer-related target. Follow-up experiments confirm the initial result, and the chemistry team begins developing related compounds. Yet one question remains: can the molecule achieve the exposure needed to make that activity meaningful? Potency provides only part of the answer. Researchers also need to understand how a compound…

A frozen tissue specimen, a fresh cell suspension, and a fixed sample may all hold valuable information about cellular diversity. However, they do not necessarily belong in the same transcriptomics workflow. Before planning a single-cell study, researchers need to consider how their samples were collected, which cell populations matter most, and what biological questions the…

Cancer cells must continually adjust protein production as they divide, invade surrounding tissue, and encounter stress. Ribosomes sit at the center of this activity, translating messenger RNA into proteins. Yet understanding their contribution to cancer requires more than counting how many ribosomes a cell contains. Researchers also need to examine how ribosomes are assembled, how…