The Evolution of Diverse, Ubiquitous CRESS DNA Viruses

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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OTHER ON-DEMAND WEBINARS

Plasma Proteomics: The Next Frontier of Biomarker Discovery in the Precision Medicine Era

Liquid biopsy, utilizing blood as a less invasive alternative for tissue samples, is becoming more and more prominent in precision medicine. The possibility to analyze blood samples across the species matrix makes mass spectrometry-based proteomics a powerful tool for early-stage, translational, and clinical research.
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Streamlining Process Monitoring in Cell Culture Analysis & Spectrometry

Take discovery and simple analysis to new heights. Learn about Thermo Fisher Scientific’s products’ BEA process monitoring capabilities – from simplifying tech transfer from research and process development into clinical trials and commercialization. This webinar aims to explain the benefits of working with the TruBio Discovery Automation System, as well as the Thermo ScientificTM Prima PRO Process Mass Spectrometer. The newest model of the Prima PRO Process Mass Spectrometer enhances results using a variable magnetic field to maximize ion separation within the scanning magnetic sector. Gain insights on how to maximize result accuracy alongside other systemic best practices.
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The power of process insight to accelerate CAR-T process development

As gene-modified cell therapies advance to address new indications, the need for rapid development of robust manufacturing processes becomes increasingly important.
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Accelerated and AI-Based Genomic Workflows On-Prem and in the Cloud

NVIDIA

Parabricks has accelerated the secondary analysis of sequencing data to analyze a 30X whole genome in minutes instead of days. Gain an in-depth understanding of how GPUs accelerate industry-standard algorithms used in BWA-Mem, GATK4 and deep learning technologies used in variant calling such as DeepVariant.
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