Research Articles
Unlocking Silent Genes: How Cellular Senescence Breaks Heterochromatin Barriers
Discover how cellular senescence forces open tightly packed heterochromatin regions, activating previously silent genes with implications for aging and disease.
The Genetic Hiccup in Nature's Antiviral: Why Honeysuckle Fails Some Against COVID-19
Exploring how a genetic mutation in SIDT1 prevents 16% of people from benefiting from honeysuckle's antiviral properties against SARS-CoV-2
The Molecular Spring: Storing Sunshine for a Rainy Day
Exploring Molecular Solar-Thermal Energy Storage (MOST) systems that use designer molecules to store solar energy as chemical bonds and release heat on demand.
The Tiny Molecular Switches Revolutionizing Our World: Organic Electronics Take Center Stage
Discover how organic molecular switches are revolutionizing electronics, healthcare, and energy with their responsive properties and biocompatibility.
The Brain's Master Builders: How Neuroengineering Bridges Scales to Solve Neuroscience's Toughest Puzzles
Exploring how neuroengineering combines engineering, computational science, and neuroscience to bridge molecular, cellular, circuit, and behavioral levels in brain research.
The Omics Revolution: Decoding Life's Blueprint for Healthier People, Plants, and Planet
Exploring how omics technologies are transforming biomedical, agricultural, and environmental sciences through comprehensive molecular analysis.
The Shapeshifting World of Liquid Crystals: How Tiny Ions Trigger Molecular Metamorphosis
Discover how bent-core liquid crystals transform their nanostructure in response to ions, enabling programmable materials for photonics and biosensing.
The Sweet Solution: How Stingless Bee Pot-Pollen Could Revolutionize Our Fight Against Superbugs
Discover how stingless bee pot-pollen's unique compounds may help combat antibiotic-resistant superbugs through innovative research.
BioEngineers in Training: How a Summer Camp is Forging Tomorrow's Global Health Innovators
How a bioengineering summer camp is inspiring high school students to become global health innovators through hands-on projects like water pathogen sensors.
The Lactic Acid Breakthrough: Turning the Tide Against Stubborn Yeast Infections
Discover how lactic acid makes Candida albicans more susceptible to fluconazole, offering new hope for treating recurrent yeast infections.