Research Articles
Beyond the Bullseye: The Hidden World of How Radiation Affects Our Cells
Explore the complex intracellular targets and intratissue effects of radiation, from direct DNA damage to indirect bystander effects and cellular communication.
Bridging the Gap: The Science of Turning Research into Real-World Results
Explore how Integrated Knowledge Translation (IKT) transforms scientific discoveries into real-world health solutions by bridging the gap between research and practice.
The Guardian's Choice: How a Single Protein Decides Life and Death in Your Gut
Explore how p53 protein acts as the master switch for life and death decisions in your gastrointestinal tract through groundbreaking radiation experiments.
Beyond the Glare: How Polarized Light Microscopy Reveals a Hidden World of Color and Structure
Discover how polarized light microscopy transforms invisible molecular order into spectacular displays of color, revealing hidden structures in cells, crystals, and materials.
The Molecular Whisper: How a Light Touch is Revolutionizing Blood Analysis
Discover how Surface-Enhanced Raman Spectroscopy (SERS) and multivariate analysis are transforming blood diagnostics by detecting molecular signatures of disease.
The Cellular Final Frontier: Mapping the Universe Within a Single Cell
Explore how proteomics and metabolomics are revolutionizing our understanding of individual cell states, revealing the functional machinery that makes cells tick.
The Invisible Tracker: How Radiocarbon is Revolutionizing Medicine
Explore how radiocarbon tracing and Accelerator Mass Spectrometry are transforming medical research, toxicology, and drug development with unprecedented precision.
Cracking the Sugar Code: How Scientists Use Plant Proteins to Isolate Glycoproteins
Explore how lectin precipitation techniques help scientists decode the sugar language of glycoproteins and their implications for medicine and biotechnology.
How Platinum Cancer Drugs Reshape Your DNA: A Cellular Story of Damage and Repair
Explore how platinum-based anticancer drugs interact with DNA at the molecular level, reshaping chromatin structure and influencing cancer treatment efficacy.
Omega-3 Fatty Acids: A New Ally in the Fight Against Cervical Cancer
Discover how omega-3 polyunsaturated fatty acids, particularly alpha-linolenic acid (ALA), are showing remarkable promise in fighting cervical cancer through epigenetic reprogramming.