Webinars

Most recent

• The Landscape of Reference Material for Pediatric Molecular Oncology Testing. In this webinar, Dr. Roy from Cincinnati Children's discusses their platform for developing molecular oncology tests for cancer genomics with an emphasis on pediatric and young adult tumors, molecular test development and implementation strategies, validation best practices, and the real-world value of reference material for clinical testing.
• Stricter precision: Enhanced dual-level control of inducible Cas9 systems for regulating functional gene expression. Watch our on-demand webinar to learn about the development and applications of our novel inducible CRISPR activation, interference, and knockout systems.
• Mastering RNA interference: Essential guidelines and pro tips. In this webinar, we dive deep into the mechanism of RNA interference (RNAi) and the use of small interfering RNA (siRNA) for gene silencing in experimental settings. We walk you through the crucial steps of the endogenous RNAi pathway, providing a comprehensive context for how siRNA mediates targeted gene knockdown.
• The critical role of external quality assessment (EQA) and reference standards in genomic testing. Watch our on-demand webinar with EMQN to find out how their EQA schemes support the standardization of genomic testing by assessing the quality and consistency of tests utilizing Revvity’s Mimix™ cell line-derived reference standards.
• The fascinating world of cell-free DNA (cfDNA) isolation and digital PCR analysis Cell-free DNA has been a topic of interest for decades, but recent advancements have revolutionized its detection and measurement.
• Towards standardization: Generation of Matched Cell Line-derived Reference Material Compatible with the Vanadis NIPT platform Non-Invasive Prenatal Testing (NIPT) is an early screening tool for the detection of fetal chromosomal abnormalities by analyzing cell free fetal DNA (cffDNA) in maternal plasma.
• Advancing Gene Editing Efficiency and Precision with the Pin-point™ Base Editing Platform Watch this webinar to learn how base editing with the novel Pin-point™ platform can achieve efficient and precise complex multiplex edits of cell lines, while decreasing the potential of unintended consequences.
• Etude de la fonction d’un gène par RNA interférence: considérations et recommandations French language webinar on RNAi recommendations.
• Etude de la fonction d’un gène par CRISPR: considérations et recommandations French language webinar on CRISPR recommendations.

All webinars

• A Conversation with Jennifer Doudna, 2020 Nobel Laureate Watch Jennifer Doudna in a candid “fireside chat” with several of her colleagues and friends to discuss the pivotal research that led to the award and celebrate a truly groundbreaking scientist.
• A virtual workshop for precise HDR-mediated genome engineering with CRISPR-Cas9 The use of CRISPR-Cas9 to create targeted double-strand breaks in genomic DNA has greatly simplified strategies for precise gene editing using the homology-directed repair (HDR) mechanism.
• Addressing the variability of molecular assays Horizon Discovery is a translational company and we have expertise in genome editing, discovery services, and diagnostic reagents.
• Advancing cancer drug development using 2D and 3D cell panel screens The clinical-relevance of cell panel screens can be enhanced by integrating robust, high throughput methods for screening in three-dimensional models, including cell line-derived spheroids and patient-derived organoids. Find out more by signing up for this webinar.
• Analyzing the combination effects of multi-drug interventions The increasing size and complexity of data sets from combination studies represent a major challenge in the drug discovery process.
• CRISPR engineered human cell lines and types of genomic modifications Explore through case studies the types of modifications that can be made with CRISPR-Cas9 in human cell lines
• CRISPR knockout guide RNA design for optimal function and specificity Emily Anderson, Principal Scientist at Horizon Discovery describes the development of the Dharmacon™ Edit-R™ CRISPR algorithm and the selection of predesigned guide RNAs for functional and highly specific knockouts.
• CRISPR screening: From target selection to patient stratification In a remarkably short time since its development, high-throughput CRISPR screening has revolutionized functional genomics and drug discovery
• CRISPR screening: Primary human T cells: Extending cell type capabilities Genetic screens are powerful tools to interrogate cell response to drug treatment as well as microenvironment perturbations.
• CRISPR Single-Cell Screening Drives Biological Discovery 
  During this webinar Horizon's Dr. Carlos le Sage presents data showing how our CRISPRsc screening platform offers a streamlined approach to elucidating valuable and intriguing biological information that is critical to resolving complex biological questions.
• CRISPR without the cut: Introducing CRISPRi - PAM-anchored transcriptional repression
  Learn about the development of the Dharmacon™ CRISPRmod™ CRISPR interference platform, designed specifically to be used with synthetic sgRNA.
• Exploring inducible systems to inactivate wildtypes This webinar will describe the level of knockdown that can be achieved with degron-tagged CRISPR interference proteins, how best to deploy dox-inducible Cas9, and various approaches to delete wild-type alleles of genes so as to replace them with inactive alleles that could be applied at scale.
• Expression of Fab-based Fusion Proteins using HD-BIOP3 GS Null CHO K1 cell line
  Sang-hoon Cha professor at Kangwon National University presents at BPI Asia Virtual 2021.
• Expression of a bispecific antibody using a CHO-K1 cell line
  Jay Sinha from Incyte Corp presents at BPI West Virtual 2021.
• Gene editing and RNAi in primary human immune cells Gene manipulation studies in primary human immune cells can answer important biological questions within a clinically relevant cellular context. Learn about several gene editing or modulation tools, including CRISPRko, RNAi and base editing, to modify various primary human immune cell types.

• High-throughput CRISPR-Cas9 genome engineering in primary T cells Learn how to optimize CRISPR-Cas9 gene editing in primary T cells using RNPs, and how this is being employed to understand HIV pathogenesis
• Higher through-put bioanalytical methods accelerate the development and evaluation of advanced biotherapeutics
  In this on-demand webinar, Tanvex CDMO’s Ron Morena and Revvity’s Neha Mishra showcase how they’ve developed and implemented more sensitive and higher throughput technologies for biotherapeutic workflows
• High-throughput genome-wide RNAi screens: Insights from the Sheffield RNAi Screening Facility This webinar will provide an overview of high-throughput RNAi screening from the perspective of a dedicated RNAi screening facility.
• How CRISPR-Cas9 screening will revolutionize your drug development programs A powerful tool for drug target ID and validation, understanding drug mechanisms of action, and patient stratification.
• How to use CRISPR-Cas9 for knockout, knock-in, and gene activation The rapid adoption and ease of use of CRISPR-Cas9 has driven the development of applications for gene knockout, precise gene editing, and transcriptional regulation.
• How to validate and verify the accuracy of your clinical laboratory procedures In the webinar we will discuss the latest developments surrounding the FDA and LDTs and will present examples of how HDx Reference Standards could help your laboratory improve the accuracy of your assay.
• Improving cell-based assays and their future in drug discovery Topics covered will include 3D in vitro models; complex co-culture assays using patient samples; iPSCs; imaging as a method for understanding the impact of a therapeutic; the use of functional genomic screens to aid drug discovery; and in vitro models to support the 3Rs.end
• Large scale drug combination screening: Finding the needle in the haystack  In this on-demand webinar, learn about our cell panel screening platform and its application for large scale oncology drug combination screening.
• Leveraging advances in predesigned synthetic sgRNAs for highly functional and specific CRISPR-Cas9 gene knockout Synthetic guide RNAs are amenable to chemical modifications, eliminate time-consuming steps of cloning, do not have the inherent immune response and cytotoxicity, and can be readily delivered into cells for high-throughput arrayed screening applications.
• Leveraging multiplatform cell-based screening for target ID In this on-demand webinar, Revvity’s Max Blanck demonstrates the power of using functional genomic and cell panel screening for improved target identification with a PARP inhibitor case study
• OncoSignature™ Long-term assay: Extending the reach of cell panel screens. In this on-demand webinar, Revvity’s Director of Cell-Based Screening David Sorrell introduces our OncoSignture™ Long-Term Assay service which enables the profiling of slower acting and epigenetic drugs over a 10-day period.
• Phenotypic CRISPR screening beyond cell viability to study complex genetic interactions CRISPR screening, whether using knockout, activation, or inhibition approaches, have become essential tools for drug discovery
• Resolving ambiguity in target ID screens CRISPR Cas9 based essentiality profiling The CRISPR–Cas9 system can be used to disrupt specific genes leading to genetic knockouts.
• Somatic Reference Sample Initiative to Improve Validation and Accuracy of Molecular Cancer Diagnostics In this on-demand webinar, a panel of experts discuss the Somatic Reference Samples (SRS) Initiative, a public-private partnership convened by the Medical Device Innovation Consortium (MDIC) guiding the development of reference samples that can be used to develop and validate NGS-based cancer diagnostics.
• Tackling disease with iPSCs and genome editing In this GEN webinar, we provide a field overview of how iPSCs, coupled with genome editing, hold the potential to expand our understanding of human diseases further and facilitate the development of new therapies.
• The critical role of external quality assessment (EQA) and reference standards in genomic testing. Watch our on-demand webinar with EMQN to find out how their EQA schemes support the standardization of genomic testing by assessing the quality and consistency of tests utilizing Revvity’s Mimix™ cell line-derived reference standards.
• The effect of formalin on clinical diagnostics The use of formalin fixative stems from its ability to cross-link proteins, however, it has also been reported to induce methylol modifications and acid-mediated hydrolysis which can confound genotyping analysis. Similarly, variability in the fixation time, delay of fixation and type of fixation effect tumor biopsies and subsequent sequencing.
• The fascinating world of cell-free DNA (cfDNA) isolation and digital PCR analysis Cell-free DNA has been a topic of interest for decades, but recent advancements have revolutionized its detection and measurement.
• The race to market: Strategies for rapid therapeutic screening in immune cells In this on-demand webinar, Revvity’s Cell-Based Screening Team Leader Dr. Isabelle Nett and Taiho Pharmaceutical’s Scientist Dr. Yuki Kataoka discuss their experience in assessing therapeutic candidates' immunogenicity and characterizing therapeutic candidates quickly.
• Towards standardization: Generation of Matched Cell Line-derived Reference Material Compatible with the Vanadis NIPT platform Non-Invasive Prenatal Testing (NIPT) is an early screening tool for the detection of fetal chromosomal abnormalities by analyzing cell free fetal DNA (cffDNA) in maternal plasma.
• Understanding and controlling for sample and platform biases in NGS assays In this webinar, we will focus on next-generation sequencing and discuss: the effect of formalin treatment on molecular protocols and how it can be controlled, how to select the sequencing platform most appropriate for your sample, evaluation of whether structural variants are being detected by your assay and how Reference Standards can be used in each validation parameter.
• Using reference standards to validate your NGS oncology workflow We are currently at an exciting precipice in clinical oncology management, where an increased rate of biomarker identification is driving the development of new targeted therapies, coupled with advances in sequencing technology capability.