MACHEREY-NAGEL Online Seminars

Find below the Online Seminars to register*. Looking forward to e-Meet you!

MN offers a variety of kits for low (LTP), medium (MTP), and high throughput (HTP) nucleic acid and protein purification. Our solutions are based on different technologies. For RNA and DNA purification, we offer:

• NucleoBond: anion exchange chromatography
• NucleoSpin: silica membrane technology
• NucleoFast: ultrafiltration
• NucleoMag: magnetic bead technology
• Protino: affinity chromatography

Furthermore, we supply validated and released basic scripts on request. Our R&D specialists assist you to generate customized scripts for different robotic platforms if needed. MN experts help you to optimize or adjust your scripts on request e.g., to process new sample material.

Find below the online seminar to register. Looking forward to e-Meet you!

Nucleic acid purification is the first step in most molecular biology workflows, and obtaining high quality DNA or RNA with sufficient yield is vital for subsequent downstream analysis. A thorough understanding of the methods involved in these workflows is beneficial when attempting to optimize and troubleshoot existing protocols or develop new procedures. The need to scale up these workflows for high throughput processing is also increasing, and MACHEREY-NAGEL offers nucleic acid purification kits with silica membrane or magnetic bead technology suitable for automation.

In this webinar, MACHEREY-NAGEL has joined forces with Eppendorf to show you how to automate your DNA/RNA purification procedures in order to increase both sample throughput and reproducibility. Together, we will assist you with optimizing your workflow.

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The nucleic acid purification kit manufacturer MACHEREY-NAGEL and Opentrons have collaborated to develop verified methods for the automated DNA/RNA purification and clean-up from various sample materials on the OT-2.

Join us in our webinar recording to learn more about MACHEREY-NAGEL's magnetic bead-based extraction solutions and how they combine with Opentrons affordable OT-2 liquid handling pipetting robot. In this online seminar with live Q&A we will guide you through different technical aspects of the OT-2 liquid handler and present demonstrated methods for various DNA/RNA extraction workflows.

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The nucleic acid purification kit manufacturer MACHEREY-NAGEL and Chroma ATE have collaborated to develop verified methods for the automated DNA/RNA purification from various sample materials on the MagXtract 3200.

This webinar will focus on the collaboration between Chroma ATE and MACHEREY-NAGEL to establish fully automated solutions for your automated purification of DNA/RNA and automated preparation of PCR reactions from various sample sources for a variety of downstream applications.

Participants will benefit from learning a fully automated system for nucleic acid purification and PCR setup, verified protocols and scripts for method safety, a simplified and user-friendly interface, true walk-away solutions, a compact system, and easy handling through intuitive protocol information.

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Nucleic acid purification is an essential part of any molecular approach to detection, identification, or characterization of pathogenic microorganisms and viruses, enabling the rapid, specific, and sensitive diagnosis of infectious diseases. Obtaining high quality nucleic acids with maximal yield from an extraction process is necessary for successful and reliable veterinary sample analyses, especially for animal welfare testing or disease surveillance. MACHEREY-NAGEL has developed a product line for these workflows that delivers optimal performance and quality for both manual and automated nucleic acid extraction from a wide variety of veterinary specimens.

MACHEREY-NAGEL can help you find the right nucleic acid extraction solution for your project whether it is for veterinary diagnostics, infectious disease research, drug development, or genotyping of companion animals, wildlife, or livestock. Please contact us directly for assistance with locating the most appropriate product.

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The new NucleoProtect VET Blood and Swab Tubes are intuitive, single-step storage and transport systems for animal swab or blood collection that feature reliable DNA /RNA stabilization capacity and powerful inactivation of high risk viruses. Join our upcoming webinar to learn more about how NucleoProtect VET benefits molecular testing and animal health monitoring!

• Reliable DNA / RNA stabilization
• Powerful virus inactivation
• Safe sample collection and transport

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Clinical workflows rely on accurate DNA/RNA purification. With our online seminars we want to show you our way to reliably extract highly pure DNA/RNA from various clinical samples.

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Reliable clinical sample analysis plays an essential role in human healthcare or disease control & strongly depends on products of high performance & quality. The challenges of the current Covid-19 pandemic showed crucial need for reliable, high throughput testing to control and trace the infection events. In this webinar you will learn how MACHEREY-NAGEL Kits for viral RNA isolation will help you to ensure highly sensitive and reliable pathogen detection.

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Reliable clinical sample analysis plays an essential role in human healthcare or disease control & strongly depends on products of high performance & quality. Various samples types such as blood, stool, body fluids and FFPE are characterized by inherent challenges for nucleic acid purification. In this webinar you will learn more about the solutions that MACHEREY-NAGEL offers to isolate high quality nucleic acids from clinical samples ensuring robust results with a high degree of reliability

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Extraction of pure, intact and highly concentrated DNA and RNA from whole blood is indispensable for a huge variety of blood-based applications including whole genome sequencing, large-scale genetic studies, genotyping, blood banking and liquid biopsies. The technique you choose for whole blood nucleic acid isolation impacts not only the quality of your results, but also the practicality and ease of use.

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Plasmid purification, PCR clean-up and DNA extraction from gels are the most commonly used applications in molecular biology labs. Please join our webinars to learn more about tips and tricks to optimize your plasmid DNA purification and clean-up process.

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Although PCR clean-up and gel extraction are two of the most common techniques used in a molecular biology laboratory, it is often these supposedly simple preparations that can pose challenges and influence the success of your research project. High quality and clean DNA is needed for specific applications such as restriction digest, ligation and transformation, PCR, or sequencing, and therefore it is important that the DNA is recovered efficiently.

In this webinar, we want to help you to get the most out of your gel extraction and/or PCR clean-up procedure. In addition, we will discuss the best ways to quantify DNA yield and quality.

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Plasmid purification is among the most common techniques used in molecular biology labs. However, anyone working in molecular biology knows that despite being a routine application there are still many things that can go wrong. In this webinar, we share some tips to help you maximize your plasmid DNA yields, purity and quality.

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Plasmid purification is among the most common techniques used in molecular biology labs and the demand for high quality plasmid DNA has increased vastly in response to rapid advances in its use in gene therapy and vaccine production. New applications like mRNA based vaccines or gene therapy treatment all require plasmid DNA as an important starting material.

In this webinar, we want to share some tips to help you maximize your plasmid DNA yields, purity and quality in standard applications and introduce you to the increasingly important applications with high-demanding results for vaccine and AAV production.

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Microbiome researchers need efficient sample disruption methods and DNA purification techniques in order to study microbial communities from sources such as stool, soil, water, or biofilm. However, researchers are often confronted with diverse materials that are difficult to disrupt. Furthermore, inhibitors found in these samples can lead to inaccurate nucleic acid quantification as well as inhibition of downstream applications.

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In this online seminar we will discuss:

• The best nucleic acid purification methods for complex samples
• Recommendations for sample disruption
• How to minimize PCR inhibition

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Environmental DNA (eDNA) surveillance is increasingly recognized as a non-invasive tool for monitoring and studying biodiversity in freshwater and marine ecosystems. eDNA is derived from cellular material shed by organisms into natural substrates such as water or air, and successful and reliable purification of eDNA from those substrates is critical for downstream analyses.

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In this online seminar we will discuss:

• Fast and reliable eDNA purification without downstream inhibition
• Sample filtration and eDNA concentration
• Minimizing the risk of DNA cross-contamination

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Many agencies routinely test wastewater for SARS-CoV-2 titers, to monitor infection rates and estimate the numbers of asymptomatic, but infected individuals. MACHEREY-NAGEL presents product recommendations with inhibitor removal technology to optimize SARS-CoV-2 viral RNA extraction from difficult wastewater samples. Our products can be used for purification of viral nucleic acids from wastewater samples concentrated by a variety of methods, and solutions are available for both low and high thoughput workflows.

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MACHEREY-NAGEL presents the second webinar in our SARS-CoV-2 wastewater surveillance series. We will discuss product recommendations to optimize SARS-CoV-2 viral RNA extraction from difficult wastewater samples, but also demonstrate how these products have been successfully implemented in customer wastewater testing workflows in both Germany and the U.S.A.

This webinar will feature a guest speaker from one of our partners, Ceres Nanosciences, who will present how their viral capture and concentration technology pairs with our extraction kits for increasing testing sensitivity. We will also host additional guest speakers from the University of Washington and the University of California Los Angeles who have utilized MACHEREY-NAGEL products and support for their testing processes. These collaborators will share their experiences in order to enable other researchers to further their own wastewater surveillance programs by overcoming common testing challenges.

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During this webinar we will present solutions for efficient nucleic acid purification from cultured microorganisms as well as various bead beating options for convenient and thorough sample disruption in both low and high throughput formats.

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