Exploring how biotechnology bridges wild plant genetics and cultivated crops to address global food security challenges through gene editing and precision agriculture.
Explore how BioSAILs revolutionizes genomic data analysis through standardized workflows, making high-throughput bioinformatics accessible and reproducible.
Discover how public research from DigitalCommons@UNO reveals the science behind everyday phenomena from guitar tuners to crime prevention.
Discover how genetic research on Indonesian cacao's osmotin genes could help develop disease-resistant chocolate crops and ensure sustainable chocolate production.
Explore how mass spectrometry-based proteomics is transforming disease diagnosis and moving closer to clinical applications in modern medicine.
Discover how genome-level studies are tackling Late-Maturity α-Amylase and boron tolerance in wheat through cutting-edge proteomic and genomic approaches.
Exploring how bacterial L-asparaginase enzymes combat leukemia while triggering immune reactions, and the scientific quest for safer cancer therapies.
Exploring OpenBio-C, a revolutionary platform addressing the reproducibility crisis in bioinformatics through collaborative, executable research workflows.
Explore the revolutionary pipeline for personalized ovarian cancer treatment through drug sensitivity testing and precision medicine approaches.
Discover how LTBP1 protein connects depression and glioblastoma, revolutionizing treatment for both conditions through molecular biology research.