Visualizing Cancer Biology through Cell Culture Inserts

Visualizing Cancer Biology
Understanding cell-to-cell interactions in a tumor microenvironment are increasingly challenging due to the complexity of cancer cells. Existing cell culture methods to visualize cancer cell interactions are limited to mono-layer culture with few established co-culture techniques.
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OTHER ON-DEMAND WEBINARS

2019 Joint Commission National Patient Safety Goals: Update and Practical Advice

Lorman Education Services

Understand the update of the National Patient Safety Goals to be sure your organization is in compliance with the requirements. Each year healthcare providers must meet the requirements of the Joint Commission's National Patient Safety Goals as part of the accreditation process. Receive an overview and update of the 2019 National Patient Safety Goals. Receive practical advice to implement the goals. Failing to meet a requirement will result in a requirement for improvement. This information is critical to ensure you are aware of the requirements.
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Combinatorial CRISPR Screening and the Next Evolution in Functional Genomics

Genome-scale CRISPR screens in cancer cell lines have enabled the unprecedented identification of genome-scale vulnerabilities and co-dependencies. However, a significant obstacle in identifying co-dependencies is that the range of genomic features defines the discovery space. Therefore, it is clear that paired perturbations are needed to comprehensively map co-dependencies and establish functional genetic interaction maps.
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The Evolution of Diverse, Ubiquitous CRESS DNA Viruses

labroots

Circular, Rep-encoding single-stranded (CRESS) DNA viruses were once thought to be a rare kind of viral genomic architecture. While some significant agricultural diseases were caused by circoviruses and geminiviruses, they are not typically human pathogens, and it was only when metagenomic methods that were not biased towards double-stranded DNA were widely used did we identify single-stranded DNA viruses ubiquitously.
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Performance of the OncoMate™ MSI Dx Analysis System

Screening cancer patients for microsatellite instability (MSI) can provide pathologists, oncologists, and patients with information that characterizes tumors to help guide care and make more informed decisions.
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