CRISPR
CRISPR systems have become essential in molecular biology for studying and controlling nucleic acids with precision. They provide powerful approaches for functional genomics, gene regulation, epigenetic studies, and nucleic acid analysis. By combining high accuracy with reproducibility, CRISPR methods support a wide range of experimental workflows, from basic research to advanced laboratory applications.
CRISPR Gene Editing Tools
CRISPR Gene Editing Tools are essential resources in modern molecular biology. It includes Cas9 antibodies (monoclonal, polyclonal, and conjugated formats) as well as CRISPR/Cas9 plasmids designed for targeted sequence control in human and murine systems. These reagents are widely used to confirm protein presence, validate CRISPR activity, and support reproducible experiments in nucleic acid research. High-quality antibodies ensure specific binding, minimal background, and reliable detection in laboratory assays, while plasmid constructs offer stable expression and efficient delivery for research applications. By combining optimized designs with rigorous validation, these tools provide scientists with accurate, consistent, and scalable solutions for functional genomics and nucleic acid analysis.