
Discover how to enhance genomic analysis by correcting GRCh38 reference errors, impacting variant calling in 33 protein-coding genes. Learn about FixItFelix for efficient re-analysis while maintaining existing annotations.

Explore immune activation and evasion in tumors, focusing on lymphocyte relationships. Gain insights into tissue phenotyping and multiplex immunofluorescence for biomarker identification and disease understanding.

Explore advancements in automated NGS platforms and optimized workflows for improved lab economics in genomics and oncology, featuring insights from industry experts.

Learn techniques to minimize repetitive strain injuries and improve ergonomic safety during pipetting, enhancing your lab work efficiency and reducing discomfort.

Explore advancements in detecting monoclonal antibodies and free light chains in serum for diagnosing and monitoring multiple myeloma and related disorders. Learn about new testing methods and their clinical implications.

Explore gene editing frontiers and genotypic confirmation's role in cellular physiology research, disease understanding, and treatment development. Gain insights into precision genome engineering techniques.

Explore advanced imaging techniques for small renal tumors, focusing on improving diagnostic accuracy and treatment decisions. Learn about new technologies that could revolutionize management of these tumors.

Explore genetic engineering approaches to enhance natural killer cells for cancer immunotherapy, focusing on overcoming challenges in targeting aggressive solid tumors and improving immune responses.

Explore novel bacterial species in colorectal tumors through cutting-edge genomic techniques. Gain insights into microbial diversity and potential impacts on cancer progression and treatment.

Explore racial disparities in cancer genomic data quality, their impact, and potential mitigation strategies. Gain insights into sequencing depth differences and their implications for cancer research and treatment.

Explore non-viral genome targeting and pooled knockin screening for advancing cellular therapies in solid tumors. Learn about innovative methods for large-scale genetic engineering of human immune cells.

Discover how automation can revolutionize cell biology experiments, increasing efficiency, reproducibility, and scalability while reducing manual labor and enhancing traceability in laboratory workflows.

Explore organ-on-a-chip devices for biomaterials testing and cancer research. Learn about innovative platforms like 'Tooth-on-a-chip' and bone-on-a-chip for investigating disease mechanisms and tissue interactions.

Explore spatial proteomics in liver transplant rejection, focusing on T-cell mediated rejection and Imaging Mass Cytometry for in-depth immune cell identification and spatial resolution of cell interactions.

Explore challenges and approaches in maturing in vivo CNS dosing techniques. Gain insights on resolving unknowns and establishing best practices for reliable, reproducible data in this evolving field.

Explore advanced techniques for pathogen discovery and diagnostic tools crucial for pandemic preparedness. Learn about emerging viruses, their impact on public health, and strategies for early detection and prevention.

Explore interferons' role in lung virus infections, their impact on immune responses, and potential applications in vaccine development. Gain insights from Dr. Ivan Zanoni's research.

Explore comparative genomics of skin microbiome, focusing on Staphylococcus and Corynebacterium. Gain insights into bacterial diversity, prevalence, and implications for health and disease.

Explore arbovirus emergence, transmission, and host interactions. Gain insights into vector-borne diseases, their complex life cycles, and molecular mechanisms promoting viral spread from arthropods to mammals.

Explore how hypoxia in the gut affects intestinal epithelial cell responses to enteric pathogens, using cell lines and human intestinal organoids to study intrinsic immune reactions.

Explore adjuvant-elicited T cell responses for therapeutic intervention in cancer treatment. Learn about vaccine design changes to enhance cellular immunity for improved therapeutic outcomes.