Timely and accurate detection of an infective organism(s) impacts the treatment course and potentially patient outcomes. Although traditional culture has served as the “gold standard” for the recovery ...

The impacts of next-generation sequencing (NGS) can be seen throughout multiple phases of therapeutic antibody development, from discovery and engineering to manufacturing. Sequencing is a critical ...

Neurodevelopmental disorders (NDDs) are clinically and etiologically highly heterogeneous and are characterized by a wide range of overlapping clinical features. These characteristics pose serious ...

From drug discovery to cancer research, diagnostics to environmental sciences: help your lab manage resources, time and effort to keep up with high-productivity demands with this webinar from Standard ...

Are you interested in automating your NGS workflows but don't know how to get started? Learn more through Genuity Science's Automation Journey: From laying out all workflow steps and estimating sample ...

Translational oncology teams need NGS workflows that deliver trustworthy biomarker data, scale across growing studies and support future clinical decision-making. However, many labs still rely on ...

The webinar will cover important aspects of the genomic analysis of inherited cancer, including guidelines, challenges, and solutions. It will focus on the importance of copy number variation (CNV) ...

Next-generation sequencing (NGS) is a rapidly evolving technology for analyzing nucleic acids in a massively parallel fashion. However, NGS library preparation can be time-consuming and expensive. In ...

NGS library preparation can be a long, multi-step process but is essential for proper sample management and reproducible results. Automating this process reduces costs, frees up researchers’ valuable ...

Next-generation sequencing (NGS) is the primary technology used to identify genomic targets. Enhanced options for NGS now make it possible to identify multiple potentially pathogenic strains of a ...