Research Articles
Microscale Methods: Revolutionizing Antibody-Drug Conjugate Development
How tiny reactions are accelerating the creation of precision cancer therapies through microscale methods in ADC development
Building Lifelines in a Lab: The Revolution of Human Vascular and Cardiac Models
Explore how human cell-based in vitro vascular and cardiovascular models are revolutionizing medicine through stem cell technology, tissue engineering, and microfluidics.
Building from the Bottom Up: The Quest for Tomorrow's Electron Emitters
Exploring supramolecular chemistry and its potential for creating advanced electron emitters through self-assembly processes.
Crystal Clear: How a Dash of 'Green' Salt is Revolutionizing Protein Puzzles
Discover how ionic liquids are transforming protein crystallization, enabling scientists to solve protein structures faster and with greater clarity.
The Tiny Cell Factories: Engineering Microbes to Brew Nature's Rarest Molecules
Learn how synthetic biology and metabolic engineering are turning microbes into efficient factories for producing valuable isoprenoid compounds.
Bioengineering Antibodies: How Precision Labeling is Revolutionizing Spatial Omics
Explore how site-specific antibody labeling is transforming spatial omics research, enabling precise molecular mapping within native tissue environments.
The Hidden Touch: How Physical Cues Guide Stem Cell Behavior
Explore how mechanical cues in the cellular microenvironment guide stem cell behavior, differentiation, and their applications in regenerative medicine.
The Cellular Time Machine: Rewriting Your Body's Future
Discover how induced pluripotent stem cells (iPSCs) are revolutionizing medicine by reprogramming adult cells back to their embryonic state.
How a Hidden Chemical Code Shapes Life in the Ocean's Deepest Hot Springs
Discover how chemical speciation governs life in hydrothermal vent ecosystems and serves as a window into planetary processes.
Cellular Clocks: Capturing the Rhythm of Life, One Cell at a Time
Explore how noninvasive, real-time imaging revolutionizes the study of DNA replication and cell synchrony using V-79 cells and EdU technology.