Research Articles
The Genome's Blueprint: How 'Junk DNA' Holds the Key to Complex Life
Discover how conserved intronic sequences in human and mouse genomes challenge the neutral theory of evolution and reveal a sophisticated genome design model.
Unlocking Cellular Complexity: How Transcript Diversity Expands the Genetic Code
Explore how transcript diversity expands genetic information through alternative splicing, cryptic transcription, and cutting-edge sequencing technologies.
Mapping the Genomic Landscape: How Interpretable AI is Revolutionizing Genetics
Explore how interpretable machine learning, particularly MrIML, is transforming genomic research by providing transparent insights into complex genetic landscapes.
Unlocking the Mind: How Genetic Pathways Shape Psychiatric Disorders
Explore how genetic pathways and signal transduction influence psychiatric disorders like schizophrenia, depression, and autism through cutting-edge research.
A Genomic Revolution: How Functional Genomics is Personalizing Radiation Oncology
Explore how functional genomics is transforming radiation oncology through personalized cancer treatment approaches based on genetic profiles.
PGRMC1: The Metabolic Mastermind in Head and Neck Cancer
Explore how PGRMC1 functions as a metabolic mastermind in head and neck cancers, driving tumor progression and therapy resistance through metabolic reprogramming.
How HIV Outsmarts Our Immunity by Hijacking Its Defense System
Discover how HIV manipulates our immune system by inflating CD8 T cell responses against Nef and adapted epitopes while evading detection of crucial viral components.
Unlocking Your Biological Blueprint: The Rise of Minimally Invasive Genome Health Monitoring
Explore the revolutionary development of minimally invasive techniques for monitoring genome health and their transformative impact on preventive healthcare.
The Hidden Driver of Lung Cancer: How a Non-Coding RNA Opens New Doors for Treatment
Discover how the long non-coding RNA FAM83H-AS1 drives lung adenocarcinoma progression and represents a promising new therapeutic target for cancer treatment.
Molecular Chipper: Mapping the Genome's Final Frontier
Explore how Molecular Chipper technology uses CRISPR to uncover hidden switches in the non-coding regions of our DNA that control our biology.