Research Articles
The Viral Ghosts in Our Genes: How Ancient Retroviruses Shape Health and Disease
Explore how human endogenous retroviruses (HERVs), ancient viral remnants in our DNA, influence both human health and disease through molecular functions.
The Genome's Hidden Conversation: Finding Gene Switches Without Sequence Alignment
Discover how alignment-free methods revolutionize the identification of orthologous enhancers in Drosophila genomes, overcoming limitations of traditional sequence alignment approaches.
Genome Detectives: How Evolutionary Sleuthing Unlocked the Secrets of a Rare Disease
Discover how comparative genomics revolutionized the identification of Bardet-Biedl syndrome genes through evolutionary detective work.
Decoding the Genome's Social Network: How AI Identifies Functional Gene Groups
Explore how AI and machine learning are revolutionizing functional genomics by identifying discriminant functional gene groups through integration of expression data and biological knowledge.
Unlocking Cancer's Code: How Pathway Analysis Reveals the True Impact of Mutations
Discover how pathway-based mutation analysis is transforming cancer research by revealing how mutations collectively disrupt biological systems.
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.