Enhancing Productivity in Clinical Lab Research: Advanced Nucleic Acid Isolation Techniques for Comprehensive Microbial Analysis

Date: 29 Oct 2024
Time: 10.30AM (India)
Duration: 45 minutes

Molecular research necessitates the extraction of high-quality microbial nucleic acids from diverse sample types. To ensure successful outcomes, it is crucial to consider various starting sample characteristics, including viscosity, inhibition, volume, protein, and microbial content. It is essential to have versatile methods capable of studying a wide range of analytes within different microbial and cellular structures present in various sample types in the field of clinical infectious disease research.

Here, we review common challenges encountered in clinical laboratory research, particularly in the areas of gastrointestinal, respiratory, sexually transmitted, and blood-based microbes. These different microbial ecosystems require the utilization of specific sample types such as stool and stool-derivatives, saliva, nasopharyngeal swabs, urine, vaginal swabs, or dried blood spots. We will explore common obstacles faced in microbial research for downstream molecular applications such as PCR or sequencing and propose streamlined solutions to enhance research productivity through implementation of automation techniques. Addressing these challenges aims to optimize research workflows and facilitate more efficient molecular research with clinical samples.

Advancements in Hematologic Research: Maximizing Efficiency with a Single Streamlined Workflow

Date: 5 Nov 2024
Time: 10.30AM (India)
Duration: 45 minutes

Explore our latest advancements in isolating nucleic acid from precious sample types in hematologic research. In most blood or bone marrow isolations, red blood cell lysis of DNA and RNA extractions are required upfront. Here, we show a novel workflow that reduces the need for tedious red blood cell lysis steps upfront of the sequential DNA/RNA isolation from a single hematologic sample using magnetic bead-based chemistry compatible with automation workflows. Further research with these workflows shows expansion in applications like myeloid cancer research and sensitive genomic research like BCR-ABL monitoring. Learn more on how to increase your lab’s productivity while streamlining workflows with a versatile chemistry that maintains high-quality, high-yielding nucleic acids from blood-derivative sample types for downstream molecular analysis.

Accelerating Plasmid DNA Research: Optimized Automated and High-Throughput Extraction Methods

Date: 12 Nov 2024
Time: 10.30AM (India)
Duration: 45 minutes

A resurgence of interest in transformative medicines developed using plasmid DNA (pDNA) has sparked a need for fast and easy high-throughput and automatable pDNA extraction methods. During this seminar, we will explore the combination of next-generation sample purification instruments and liquid handlers with new magnetic bead chemistries. This combination facilitates automatable, high throughput workflows and enables rapid screening of plasmid candidates as well as simplified processing of large volume preparations.