Research Articles
Over Growth: The Unnatural Experiment Transforming Cape Town
Exploring Cape Town's urban densification as a crucial experiment in sustainable city growth and the challenges of rapid population expansion.
The Digital Lab: The Invisible Software Powering Modern Protein Discovery
Explore how specialized software transforms mass spectrometry data into biological insights through proteomics analysis workflows and tools.
Matrix-seq: The Revolutionary Technology Mapping Our Molecular Anatomy
Explore Matrix-seq, a breakthrough spatial transcriptomics technology using microfluidic matrix-based barcoding to map gene expression with adjustable resolution.
Cellular Cartography: Mapping the Brain's Microscopic Highways
Explore how super-resolution microscopy is revealing the nanoscale world of neuronal microtubules, the microscopic highways that sustain thought and memory.
Cracking the Cell's Fortress: How Scientists Are Engineering Molecular Delivery Trucks
Discover how scientists are designing in vitro assays to optimize nanoparticle-tagged nuclear import complexes for targeted drug delivery.
The Green Magic of Ionic Liquids: Transforming Biomass into Tomorrow's Materials
Explore how ionic liquids and 5-hydroxymethylfurfural (HMF) are revolutionizing sustainable chemistry by converting biomass into valuable materials.
Don't Forget the Basics: How Fundamental Physics Still Shapes Our World
Exploring how basic physics principles continue to power modern technology and innovation in our daily lives.
Redesigning Life: The Moral Landscape of Synthetic Biology
Exploring the scientific frontier of synthetic biology and the deep moral questions that accompany our newfound power to redesign nature.
The Invisible Workforce: How Tiny Cellular Machines Power Your Every Moment
Discover the fascinating world of molecular machines - the tiny cellular workhorses that perform essential functions to keep you alive and functioning.
The Epigenetic Switch: How Cellular Gatekeepers Control Our Genetic Destiny
Explore how integrated detection of 5mC and 5hmC reveals epigenetic reprogramming of bivalent genes during cellular differentiation and its implications for development and disease.