Particle.news
Gene Expression Gene Regulation RNA Biology Cell Biology Protein Function Proteins Cell Signaling Protein Structure Protein Interactions Genetics Protein Engineering Transcription Factors Epigenetics Enzymes Signal Transduction Enzymology DNA Structure DNA Repair Mechanisms Protein Complexes Genetic Engineering Protein Aggregation DNA Manipulation Genomics Signaling Pathways Genetic Code Gene Function Ribosomes RNA Gene Editing Cell Death Mechanisms DNA Integration Cell Communication DNA Mutations Gene Editing Techniques CRISPR Technology Cell Surface Receptors Signaling Mechanisms DNA Profiling Cell Physiology Cellular Processes Peptides DNA Elements Directed Evolution Noncoding RNAs Extracellular Vesicles Protein Signaling Chemokines Oncology Gene Delivery Protein Dynamics Cytoskeleton Regulation Gene Therapy Single-Cell RNA Sequencing Molecular Systems Engineering Cellular Pathways Amino Acids Viral Proteins DNA Packaging DNA Editing Coagulation Factors Proteomics MicroRNA Enzyme Interactions Cellular Biology Stress Responses Research Contributions DNA Research Structure of DNA DNA Technology Plant Physiology DNA Aptamers Human Physiology Cell Cycle DNA Replication Lipid Metabolism Protein Synthesis Nuclear Magnetic Resonance (NMR) Protein Chemistry Epitranscriptomics Blood-Brain Barrier Chromatin Factors Oncogenes Chromatin Structure Neuroscience Biochemistry Genomic Sequencing Nucleic Acids Sonification of Data Data Irregularities University of California Prostaglandins Lipid Signaling Genomic Mechanisms Ion Channels Protein Localization Mitochondrial Genetics DNA Repair
A peer‑reviewed study describes a wound‑triggered regeneration cascade delivered by engineered Agrobacterium.
