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Explore computational methods revealing CRISPR-Cas9 dynamics and mechanisms, from RNA binding to large-scale conformational changes, enhancing understanding of this revolutionary genome-editing tool.
Explore predictive human liver models for drug development using microphysiological systems. Learn about cell validation and drug-induced liver injury assessment to improve preclinical testing accuracy.
Explore IBEX, a cost-effective multiplexed imaging method for tissue analysis. Learn about community initiatives, organ mapping antibody panels, and guidelines for successful application across diverse scientific questions.
Explore genomic surveillance and ecological mapping to predict, track, and control climate-amplified diseases, preventing future epidemics and pandemics. Learn from experts about CLIMADE's global efforts.
Explore advanced flow cytometry and BLI label-free detection for characterizing anti-HER2 antibodies. Learn high-throughput techniques for screening and profiling antibody-based therapeutics in drug discovery workflows.
Master pipetting techniques for accurate, reproducible results. Learn proper pipette selection, maintenance, and adjustments for various liquids and conditions. Improve your lab skills and ensure reliable data.
Explore ATCC Cell Line Land for authenticated genomic profiles of cell lines. Access standardized 'omics data to enhance preclinical experiment planning and design. Learn about data curation, provenance, and practical applications.
Explore advancements in lung cancer treatment, including targeted therapies and immunotherapy. Learn about genetic diagnostics, improved survival rates, and emerging strategies for patient care in this evolving field.
Explore pharmacogenomics' role in optimizing drug selection, avoiding adverse effects, and identifying responders. Learn about new guidelines, research benefits, and overcoming implementation barriers in clinical practice.
Explore dystrophin quantification methods for Duchenne muscular dystrophy therapies. Learn about exon skipping, gene therapy approaches, and measuring dystrophin levels in clinical trials.
Explore lab automation for high-throughput discovery science in undergraduate and graduate courses. Learn about integrating research-scale automation, designing scripts, and embracing new challenges with liquid handlers.
Learn step-by-step best practices for designing successful flow cytometry panels of any size, using design tools, and optimizing panel performance through practical examples and troubleshooting techniques.
Explore fluorescence microscopy techniques for cancer research, covering cell staining, imaging methods, and applications in drug discovery and mechanism studies for 2D and 3D models.
Explore SLC25A46's role as a novel mitochondrial regulator and biomarker in breast cancer, focusing on its impact in triple-negative breast cancer and potential for targeted treatments.
Explore novel CAR-T cell engineering using piggyBac transposon for solid tumors. Learn about memory-rich T cells, manufacturing processes, and potential clinical applications in cancer immunotherapy.
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