Research Articles
From Benign to Malignant: The Complex Journey of Melanoma Progression
Understanding the stepwise progression of melanoma from normal melanocytes to metastatic disease, including genetic mutations, dysregulated pathways, and innovative treatments.
The Hidden Clock: How Treatment Delays Impact Breast Cancer Survival
Exploring how treatment delays affect breast cancer survival rates and the critical 42-day tipping point for surgery.
Terahertz Spectroscopy: Seeing the Unseen in Medicine
Explore how terahertz spectroscopy revolutionizes pharmaceutical analysis through non-invasive molecular fingerprinting and quality control applications.
Cracking the Genetic Code of Eye Cancer: How a Better Chromosome Test Predicts Metastasis
Discover how SNP analysis revolutionizes uveal melanoma prognosis by detecting subtle chromosome 3 abnormalities that traditional methods miss.
Listening to the Whispers of a Cell: The New Era of Nanomechanical Sensing
Discover how modified cantilever arrays are revolutionizing nanomechanical sensing in living cells with unprecedented sensitivity and reproducibility.
The Invisible Shield: How Vitamin E Guards Your Genetic Blueprint
Explore how Vitamin E protects your DNA from oxidative damage and maintains genome stability through multiple protective mechanisms.
Exosomal MEF2C: The Tiny Messenger Steering Colorectal Cancer's Course
Discover how exosomal MEF2C drives colorectal cancer progression by regulating CD36 transcription, opening new frontiers for early detection and treatment.
Mapping Iran's Bioinformatics Landscape: What 4,000 Research Papers Reveal
Discover how topic modeling reveals key research trends in Persian bioinformatics through analysis of 4,000 scientific papers
The Hidden Metal Diet of Plants: Unlocking the Enzymatic Secrets of Your Garden Bean
Discover how trace metal ions like manganese, magnesium, and zinc control key energy-producing enzymes in bean plants and impact agricultural science.
The Invisible Crystal Ball: How Mathematical Models Shaped Our COVID-19 Response
Explore how mathematical models became our pandemic crystal ball during COVID-19, predicting outbreaks and shaping public health responses worldwide.