Single-cell RNA sequencing (scRNA-seq) technology is revolutionizing our understanding of cellular heterogeneity within complex tissues and RNA transcripts. However, navigating the nuances of scRNA-seq data is crucial for accurate downstream analyses.

Join this webinar to learn the fundamentals of spatial multiplexing for single-cell proteomics and hear how it enables the in-depth exploration of complex tissue microenvironments through the detection and quantification of a virtually unlimited number of protein target analytes.

Molecular diagnostics have revolutionized healthcare by enabling accurate and efficient disease diagnosis and treatments. Aging and growing populations, increased prevalence of infectious diseases and rising costs are impacting the diagnostic landscape presenting the need for increased clinical lab efficiency and innovation.

This webinar series will delve into the intricacies of the modern clinical lab and explore ways to optimize and streamline molecular diagnostics workflows and technologies to aid in the identification and diagnosis of disease.

In this webinar, Dr. Christian Koepfli will join us to explore the many factors affecting the performance of qPCR assays and how this impacts population-based studies. He will also outline strategies on how to optimize the sensitivity of these tests to increase lab efficiency.

Join us for an exclusive opportunity to speak directly with Dr. David Baltimore, a distinguished figure in this field and a Nobel Laureate, as he navigates the complexities of CRISPR genome editing technology.

This exclusive Q&A event invites you to ask anything about the world of predatory conferences to our expert speaker.

This talk delves into the fascinating world of aptamers. Aptamers are short single-stranded nucleic acid oligomers, either DNA or RNA, known for their ability to form intricate three-dimensional structures. The development of aptamers relies on SELEX (systematic evolution of ligands by exponential enrichment), a process that allows researchers to fine-tune their characteristics during selection.