Harnessing 3D Cell Cultures for Drug Discovery and Characterizationby Marnie WillmanOrganoids and 3D scaffolds are rapidly revolutionizing the world of pharmacological studies
NewsInnovative Solvatochromic Probe Allows for Real-Time Lipid Membrane Imagingby Tokyo Institute of TechnologyStable and non-toxic fluorescent dye allows for live visualization of membrane fluidity during cellular processes
NewsNew Study Discovers How Altered Protein Folding Drives Multicellular Evolutionby University of HelsinkiResearchers have discovered a mechanism steering the evolution of multicellular life
NewsDeconstructing the Structural Elements of a Lesser-Known Microbeby University of PennsylvaniaResearchers shed light on archaea, a single-cell microorganism, and the molecular mechanisms behind cell shape formation
NewsTurning Skin Cells into Limb Cells Sets the Stage for Regenerative Therapyby Kyushu UniversityNew study marks a stepping stone towards the long-term goal of regenerating human limbs after amputation
NewsHow the SARS-CoV-2 Virus Acquires Its Spherical Shapeby University of California - RiversideStudy findings can help tackle other pathogenic coronaviruses
NewsScientists Develop Color-Changing Dyes That Light Up Cellular Activityby Trinity College DublinThis research, which enables "time travel" within cells, may revolutionize bio-sensing and imaging approaches
NewsSuper-Resolution Microscopy Harnesses Digital Display Technologyby SPIEMicroscopy breakthrough combination allows for high-speed imaging that facilitates biological discovery
App NoteComparison of Mass Spectrometry and Next-Generation Protein Sequencing Analysis by Quantum-SiHow new approaches in protein sequencing address the inherent challenges of mass spectrometry
NewsNew Discovery: Blocking an Essential Nutrient Inhibits Malaria Parasite Growthby Virginia TechStudy findings could lead to a new way to fight malaria, one of the most devastating infectious diseases in the world
NewsMcMaster and ALK Researchers Discover New Cell That Remembers Allergiesby McMaster UniversityNewly described cells, called type-2 memory B cells, hold allergen-specific IgE memory