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Explore long-read sequencing's revolutionary impact on human genetics, enabling rapid genome assembly and comprehensive variation detection for enhanced disease understanding.
Explore innovative gene therapy solutions, focusing on AAV plasmid DNA sequencing and synthesis for rAAV production, including ITR region management in clinical development.
Explore a novel saliva-based RT-PCR assay for SARS-CoV-2 detection, featuring simplified sample processing and high sensitivity, presented by an experienced molecular biologist.
Explore recent advances in lyophilized qPCR reagents for molecular diagnostics, focusing on rapid results, performance, and quality. Learn about applications in infectious diseases, genetic testing, and oncology.
Discover automated NGS library prep solutions to streamline workflows, reduce labor, and overcome adoption challenges. Learn about the AVENIO Edge System for efficient genomic research.
Discover Thermo Fisher's innovative approach to accelerate antibody and protein therapeutics development, from gene optimization to first-in-human trials, through an integrated workflow.
Explore high-throughput Luminex assays for multiplex gene and protein analysis, featuring ProcartaPlex and QuantiGene Plex technologies. Learn automation strategies for increased efficiency in genomic and proteomic research.
Explore high-throughput DESI-MS for drug discovery, including reaction screening, nano-scale synthesis, and bioanalysis. Learn innovative techniques for faster compound library synthesis and bioactivity assessment.
Explore automation in Miltenyi Biotec imaging workflows to accelerate research discoveries, increase efficiency, and transform data into valuable insights.
Explore tumor evolution using genomics and cell signaling. Uncover cancer cell death regulation, survival mechanisms, and drug resistance pathways. Gain insights into potential therapeutic targets.
Explore CRISPR/Cas gene editing technology's evolution, applications, and importance in research and clinical settings. Learn about choosing effective CRISPR reagents for successful gene editing experiments.
Explore single-cell genotype-phenotype mapping to uncover cancer mutation effects and HIV latency mechanisms. Gain insights into tumor heterogeneity and disease progression using advanced genomic methods.
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.
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