Research Articles
Bacterial Allies: How Engineered Microbes Are Overcoming Gene Therapy's Biggest Hurdle
Exploring how engineered bacteria are revolutionizing RNAi therapy delivery through TransKingdom RNAi technology
Molecular Scissors and MicroRNA: The Aptamer Revolution Rewriting Genetic Medicine
Breakthrough approach using engineered aptamers to control miRNA production at its source, pioneering a new era of RNA-targeted therapy.
The Molecular Farm: How Pig Immune Proteins Are Harvested from Bacteria
Discover how scientists produce pig interleukin-2 (IL-2) in E. coli for immune research and potential medical applications.
Slug Unchained: How Silencing a Rogue Gene Offers New Hope Against Childhood Cancer
Discover how targeting the Slug (SNAI2) gene could revolutionize neuroblastoma treatment by facilitating apoptosis and inhibiting invasive growth in childhood cancers.
Cracking Life's Code: How AI is Revolutionizing Our Understanding of RNA
Exploring how machine learning is transforming our understanding of RNA biology through advanced data analysis and pattern recognition.
The Silent Guardian: How a Tiny Molecule in Dogs Could Revolutionize Bone Cancer Treatment
Discover how miR-34a in dogs could transform osteosarcoma treatment for both pets and humans through groundbreaking comparative oncology research.
Breaking the "Undruggable" Code: Pan-Selective Aptamers Target Small GTPases
Discover how pan-selective aptamers are revolutionizing targeting of small GTPases, previously considered undruggable, with potential applications in cancer and neurodegenerative diseases.
The Telomerase Takedown: How Imetelstat Is Revolutionizing Treatment for Aggressive Myelofibrosis
Breakthrough research on Imetelstat's efficacy in treating JAKi-refractory myelofibrosis patients with unprecedented survival benefits and disease modification potential
The Silent Messengers in Our Blood: Capturing Circulating Tumor Cells for Cancer Revolution
Exploring the groundbreaking science of circulating tumor cells (CTCs) and how they're transforming cancer diagnosis and treatment through liquid biopsies.
The Invisible Conductor: How MALAT-1 RNA Orchestrates Lung Cancer's Deadly Symphony and Predicts Patient Survival
Discover how MALAT-1 lncRNA drives non-small cell lung cancer progression and serves as a powerful prognostic biomarker in this comprehensive scientific review.