Research Articles
The Silent Syndemic: How Malaria Clinics Are Uncovering Uganda's Hidden HIV Epidemic
How malaria clinics in Uganda are revealing hidden HIV cases through integrated testing approaches.
The Unseen Unzippers: How Helicase Nanomachines Power Life's Blueprint
Exploring the molecular motors that unpack our genetic code - helicases, their functions, mechanisms, and medical implications
Unlocking the Secretome: How Pancreatic Cancer's Hidden Signals Could Revolutionize Early Detection
Discover how pancreatic cancer's secretome, particularly gelsolin, could revolutionize early detection and treatment of this deadly disease.
The Exosome Revolution: Tiny Messengers Changing Kidney Cancer Diagnosis and Treatment
Exploring how exosomes are transforming kidney cancer diagnosis and treatment through their unique properties as nanoscale messengers.
The Invisible Social Network of Proteins: How Math Decodes Life's Conversations
Discover how kernel methods are revolutionizing our understanding of protein interactions by combining evolutionary and structural data to predict functions and interactions.
Unlocking Life's Blueprint: Metal Tags and Mass Spectrometry Reveal Hidden Biomolecules
How metal stable isotope labeling paired with elemental mass spectrometry is transforming biomolecular profiling from guesswork into precision science.
Molecular Scalpels: How Engineered Nucleic Acids Are Learning to Target RNA with Surgical Precision
Exploring how engineered peptide nucleic acids with 2-aminopyridine modifications enable precise targeting of double-stranded RNA for therapeutic applications.
The Metal Whisperers: How Atomic Handshakes Power Antiviral Warriors
Exploring how metal ion coordination chemistry enables antiviral drugs to combat HIV, hepatitis B, and DNA viruses through atomic-level interactions.
The Molecular Handshake: How a Tiny tRNA Unlocks Viral Replication
Discover how tryptophan tRNA (tRNATrp) binds with precision to AMV's reverse transcriptase, revealing molecular recognition with implications for antiviral drug design.
The Cellular Tug of War: How Molecular Saboteurs Help Reclaim Leukemia Cells
Exploring how antisense oligodeoxynucleotides can rebalance PKA isoforms to force leukemia cell differentiation