Research Articles
Distilling Structure in Scientific Workflows: Taming Complexity in Research
Learn how workflow distillation simplifies scientific research processes, removes complexity, and accelerates discovery across bioinformatics, chemistry, and AI.
SYK: The Unexpected Cellular Switch Driving Multiple Myeloma
Discover how SYK (spleen tyrosine kinase) acts as a master cellular switch driving multiple myeloma progression and treatment resistance through bioinformatics analysis.
The Long Non-Coding RNA TFAP2A-AS1: A New Frontier in Oral Cancer Research
Exploring the role of TFAP2A-AS1 long non-coding RNA in oral squamous cell carcinoma through bioinformatics analysis and experimental validation.
Unlocking Medical Secrets: How AI Reads Between the Lines of Your Health Records
Discover how machine learning is revolutionizing healthcare by automatically extracting diagnoses from electronic medical records, enabling earlier detection and better patient outcomes.
Hidden Patterns in the Genetic Noise: How Mixture Models Uncover Disease Genes
Explore how mixture models and outlier detection help identify differentially expressed genes in microarray data analysis, separating critical signals from genetic noise.
The Dawn of Biotechnological Applications on Wild Harvests and Cultivated Crops
Exploring how biotechnology bridges wild plant genetics and cultivated crops to address global food security challenges through gene editing and precision agriculture.
BioSAILs: Charting a Smoother Course Through the Sea of Genomic Data
Explore how BioSAILs revolutionizes genomic data analysis through standardized workflows, making high-throughput bioinformatics accessible and reproducible.
The Hidden Science in Your Everyday Life: Insights from a Digital Repository
Discover how public research from DigitalCommons@UNO reveals the science behind everyday phenomena from guitar tuners to crime prevention.
Unlocking Chocolate's Future: How Genetic Detective Work in Indonesian Cacao Could Save Our Chocolate
Discover how genetic research on Indonesian cacao's osmotin genes could help develop disease-resistant chocolate crops and ensure sustainable chocolate production.
From Lab to Clinic: How Mass Spectrometry is Revolutionizing Disease Diagnosis
Explore how mass spectrometry-based proteomics is transforming disease diagnosis and moving closer to clinical applications in modern medicine.