Research Articles
The Hidden Architects of Ovarian Cancer: How Stem Cells Blueprint Treatment Resistance
Exploring the genomic differences between ovarian cancer stem cells and non-stem cancer cells, and how these differences contribute to treatment resistance.
Rewriting Life's Code: Engineered Bacteria Brew Proteins with Unnatural Ingredients
Breakthroughs in genomically recoded E. coli enable high-yield production of proteins with non-canonical amino acids for advanced biotech applications.
The Silent Storm: KCNJ8 Mutations and the Hidden Electrical Failure Behind SIDS
Exploring how KCNJ8 gene mutations disrupt cardiac KATP channels, leading to Sudden Infant Death Syndrome (SIDS) and potential prevention strategies.
The Invisible Maestros: How Your ABO Genes Conduct the Blood Type Symphony
Exploring the sophisticated transcriptional regulation of ABO genes and their profound impact on transfusion medicine, disease susceptibility, and human biology.
The Secret Codes of Our Defenses: How Your Skin and Vaginal Mucosa Speak Different Immune Languages
Discover how immune cells in skin and vaginal mucosa have distinct transcriptional fingerprints that revolutionize vaccine design and disease treatment.
Decoding Life's Blueprint: The Path from DNA Microarrays to Disease Prediction
Explore how DNA microarrays combined with path analysis transform genetic data into precise disease blueprints, revolutionizing disease prediction and treatment.
The Tubulin Code: How a Tiny Worm's Microtubules Compose a Cellular Symphony
Exploring how C. elegans' nine α-tubulin genes create functional diversity in microtubules and their implications for neuroscience and human health.
Seeing the Forest Through the Gene-Trees: Decoding the Genetic Secrets of Forest Survival
Exploring how genetic diversity and modern genomics help forests adapt to climate change, featuring CRISPR-engineered pines and assisted gene flow strategies.
Unlocking Sponge Secrets: Scientists Cultivate Hidden Ocean Microbes & Discover Genetic Treasures
Groundbreaking study successfully isolates and sequences 14 previously uncultivated bacterial associates from Spongia sponges, revealing their genetic potential for medicine and biotechnology.
The Invisible Armor: How a Repeating Protein Shields Cryptosporidium and Why It Matters
Discover how Cryptosporidium's unique repeating protein structure makes it resistant to environmental threats and potential therapeutic approaches targeting this molecular armor.