Research Articles
Unlocking the Symphony of Cells: How Crescendo Brings Spatial Genomics to Life
Discover how Crescendo, an AI-powered tool, revolutionizes spatial transcriptomics by enhancing gene expression data visualization and pattern detection.
Bangladesh's Biotechnology Revolution: From Fields to Pharmaceuticals
Explore Bangladesh's remarkable journey in biotechnology, from agricultural innovations to pharmaceutical advancements, showcasing scientific achievements and future directions.
Unlocking Nature's Hypoxia Survival Guide: What Transcriptomes Tell Us About Life Without Oxygen
Explore how transcriptome analysis reveals cellular adaptation to oxygen deprivation across species, from crucian carp to humans.
Cracking the Cell's Code: The Protein Detectives Mapping Our DNA's Control Centers
Discover how ChIP-seq technology revolutionizes our understanding of transcription factors and gene regulation in cellular biology.
Catching Function in Action: How Proteomics and Genomics Are Revealing Life's Secrets
Explore how proteomics and genomics work together to reveal the dynamic processes of cellular function, from static blueprints to living biological systems.
More Than Just Genes: Your Guide to the Omics Universe
Discover how omics technologies are transforming our understanding of biology from DNA to metabolites and revolutionizing personalized medicine.
Single-Cell Sequencing: Decoding Disease One Cell at a Time
Explore how single-cell sequencing technology is revolutionizing medicine by analyzing individual cells to understand disease mechanisms and develop personalized treatments.
Cracking Cancer's Code: How 'Severus' Spots Genomic Chaos with Pinpoint Precision
Discover how Severus, a sophisticated genomic tool, uses long-read sequencing to detect complex structural variants in cancer with unprecedented accuracy.
Cracking the Cell's Source Code: The Hunt for Hidden Gene Networks
Explore how scientists use reverse engineering with genomic time-course data to unravel the complex networks controlling gene expression and cellular function.
Beyond the Gene List: How vissE Maps the Hidden Landscape of Disease
Discover how vissE transforms gene lists into interactive networks to reveal the hidden biological pathways in diseases like cancer and Alzheimer's.