Research Articles
The Invisible Shield: How Synthetic Cell Mimics are Revolutionizing Medicine
Exploring the breakthrough in drug delivery technology with hybrid polymer-lipid vesicles that preserve natural membrane asymmetry for targeted therapies.
Seeing the Invisible: How Scientists Are Developing CLDN18.2-Targeting Probes to Transform Cancer Imaging
Discover how CLDN18.2-specific peptides are revolutionizing cancer imaging through noninvasive molecular detection methods.
Cracking Breast Cancer's Secret Code: How RNA Changes in Just Hours After Treatment Begins
Discover how next-generation RNA sequencing reveals early changes in gene expression and alternative splicing in breast cancer therapy response.
The Hidden World Revealed: How Scientists Decode Thin Films and Membranes
Explore the fascinating world of thin films and membranes and discover how scientists characterize these nanoscale materials that power modern technology.
Synthetic Biology in the Brain: Building the Organic Robots of Tomorrow
Explore how synthetic biology is revolutionizing neuroscience, creating organic robots with synthetic neurons and living biocomputers that bridge biology and technology.
Sugar-Coated Nanomedicine: How Tiny Particles Could Revolutionize Healthcare
Explore how sugar-coated nanoparticles are transforming medicine through targeted therapies, advanced diagnostics, and innovative vaccines.
From Leftovers to Clean Energy: The Promise of Biohydrogen
Explore how biohydrogen production from organic waste through anaerobic digestion offers a sustainable path to clean energy and a circular economy.
Beyond Blood: The Tiny Bubbles That Could One Day Save Your Life
Discover how Liposome-encapsulated Hemoglobin (LEH) is revolutionizing emergency medicine as a universal, shelf-stable oxygen carrier that could transform blood transfusion technology.
Single-Cell Cloning for Cell Line Development
Explore the fascinating process of single-cell cloning for developing cell lines in biotechnology, from limiting dilution experiments to screening high-performing clones.
The Tiny Sieve: Cracking Open Cells to Find the Secrets of Disease
Explore how membrane-based fractionation technology revolutionizes biological sample preparation for disease detection and diagnostics.