The webinar vault
The webinar vault
The webinar vault
The webinar vault
The webinar vault
In our monthly webinar series, we aim to create a space for professionals in molecular labs to learn from real-world experiences, exchange insights, and connect with others in the community. Explore past sessions below.
In our monthly webinar series, we aim to create a space for professionals in molecular labs to learn from real-world experiences, exchange insights, and connect with others in the community. Explore past sessions below.
In our monthly webinar series, we aim to create a space for professionals in molecular labs to learn from real-world experiences, exchange insights, and connect with others in the community. Explore past sessions below.
In our monthly webinar series, we aim to create a space for professionals in molecular labs to learn from real-world experiences, exchange insights, and connect with others in the community. Explore past sessions below.
In our monthly webinar series, we aim to create a space for professionals in molecular labs to learn from real-world experiences, exchange insights, and connect with others in the community. Explore past sessions below.
On-demand webinars
On-demand webinars
On-demand webinars
On-demand webinars
On-demand webinars
Dive into the past recordings anytime you want:
Dive into the past recordings anytime you want:
Dive into the past recordings anytime you want:
Dive into the past recordings anytime you want:
Dive into the past recordings anytime you want:
Isolating DNA from stool samples for microbiome research
Isolating DNA from stool samples for microbiome research
Isolating DNA from stool samples for microbiome research
Isolating DNA from stool samples for microbiome research
Isolating DNA from stool samples for microbiome research
Stool samples are tricky - inhibitors, degradation, and low yields that can affect your sequencing results. In this webinar, we’ll explore the key challenges and how the right extraction methods, especially automation with Manta, can boost DNA quality and consistency. Ideal for those in microbiome, gut health, or metagenomics research.
Stool samples are tricky - inhibitors, degradation, and low yields that can affect your sequencing results. In this webinar, we’ll explore the key challenges and how the right extraction methods, especially automation with Manta, can boost DNA quality and consistency. Ideal for those in microbiome, gut health, or metagenomics research.
Stool samples are tricky - inhibitors, degradation, and low yields that can affect your sequencing results. In this webinar, we’ll explore the key challenges and how the right extraction methods, especially automation with Manta, can boost DNA quality and consistency. Ideal for those in microbiome, gut health, or metagenomics research.
Stool samples are tricky - inhibitors, degradation, and low yields that can affect your sequencing results. In this webinar, we’ll explore the key challenges and how the right extraction methods, especially automation with Manta, can boost DNA quality and consistency. Ideal for those in microbiome, gut health, or metagenomics research.
Stool samples are tricky - inhibitors, degradation, and low yields that can affect your sequencing results. In this webinar, we’ll explore the key challenges and how the right extraction methods, especially automation with Manta, can boost DNA quality and consistency. Ideal for those in microbiome, gut health, or metagenomics research.
Managing technical complexities of a high-throughput WES Lab
Managing technical complexities of a high-throughput WES Lab
Managing technical complexities of a high-throughput WES Lab
Managing technical complexities of a high-throughput WES Lab
Managing technical complexities of a high-throughput WES Lab
Scaling Whole Exome Sequencing (WES) in high-throughput labs comes with unique challenges, from workflow optimization to automation. In this webinar, Strand Life Sciences shares how their team successfully scaled WES. Learn about the hurdles they faced, the solutions they implemented, and how automation tools like Manta helped improve efficiency and consistency. Perfect for labs looking to expand or streamline their WES setup.
Scaling Whole Exome Sequencing (WES) in high-throughput labs comes with unique challenges, from workflow optimization to automation. In this webinar, Strand Life Sciences shares how their team successfully scaled WES. Learn about the hurdles they faced, the solutions they implemented, and how automation tools like Manta helped improve efficiency and consistency. Perfect for labs looking to expand or streamline their WES setup.
Scaling Whole Exome Sequencing (WES) in high-throughput labs comes with unique challenges, from workflow optimization to automation. In this webinar, Strand Life Sciences shares how their team successfully scaled WES. Learn about the hurdles they faced, the solutions they implemented, and how automation tools like Manta helped improve efficiency and consistency. Perfect for labs looking to expand or streamline their WES setup.
Scaling Whole Exome Sequencing (WES) in high-throughput labs comes with unique challenges, from workflow optimization to automation. In this webinar, Strand Life Sciences shares how their team successfully scaled WES. Learn about the hurdles they faced, the solutions they implemented, and how automation tools like Manta helped improve efficiency and consistency. Perfect for labs looking to expand or streamline their WES setup.
Scaling Whole Exome Sequencing (WES) in high-throughput labs comes with unique challenges, from workflow optimization to automation. In this webinar, Strand Life Sciences shares how their team successfully scaled WES. Learn about the hurdles they faced, the solutions they implemented, and how automation tools like Manta helped improve efficiency and consistency. Perfect for labs looking to expand or streamline their WES setup.
Optimizing blood RNA extraction for scalable transcriptomics
Optimizing blood RNA extraction for scalable transcriptomics
Optimizing blood RNA extraction for scalable transcriptomics
Optimizing blood RNA extraction for scalable transcriptomics
Optimizing blood RNA extraction for scalable transcriptomics
In this session, we unveil an automated magnetic bead-based kit designed for reliable RNA extraction from whole blood. See how it performs compared to the traditional column-based methods in yield, purity, and reproducibility. Ideal for RNA-Seq, gene expression profiling, and BCR-ABL monitoring.
In this session, we unveil an automated magnetic bead-based kit designed for reliable RNA extraction from whole blood. See how it performs compared to the traditional column-based methods in yield, purity, and reproducibility. Ideal for RNA-Seq, gene expression profiling, and BCR-ABL monitoring.
In this session, we unveil an automated magnetic bead-based kit designed for reliable RNA extraction from whole blood. See how it performs compared to the traditional column-based methods in yield, purity, and reproducibility. Ideal for RNA-Seq, gene expression profiling, and BCR-ABL monitoring.
In this session, we unveil an automated magnetic bead-based kit designed for reliable RNA extraction from whole blood. See how it performs compared to the traditional column-based methods in yield, purity, and reproducibility. Ideal for RNA-Seq, gene expression profiling, and BCR-ABL monitoring.
In this session, we unveil an automated magnetic bead-based kit designed for reliable RNA extraction from whole blood. See how it performs compared to the traditional column-based methods in yield, purity, and reproducibility. Ideal for RNA-Seq, gene expression profiling, and BCR-ABL monitoring.
The future of nucleic acid isolation using magnetic beads
The future of nucleic acid isolation using magnetic beads
The future of nucleic acid isolation using magnetic beads
The future of nucleic acid isolation using magnetic beads
The future of nucleic acid isolation using magnetic beads
Magnetic bead–based nucleic acid isolation is rapidly becoming the standard for automated, high-throughput workflows. In this webinar, we’ll break down the advances in bead chemistry and protocol optimization that improve yield, purity, and consistency across DNA and RNA extractions. Whether you're working in NGS, qPCR, or clinical diagnostics, this session is packed with insights.
Magnetic bead–based nucleic acid isolation is rapidly becoming the standard for automated, high-throughput workflows. In this webinar, we’ll break down the advances in bead chemistry and protocol optimization that improve yield, purity, and consistency across DNA and RNA extractions. Whether you're working in NGS, qPCR, or clinical diagnostics, this session is packed with insights.
Magnetic bead–based nucleic acid isolation is rapidly becoming the standard for automated, high-throughput workflows. In this webinar, we’ll break down the advances in bead chemistry and protocol optimization that improve yield, purity, and consistency across DNA and RNA extractions. Whether you're working in NGS, qPCR, or clinical diagnostics, this session is packed with insights.
Magnetic bead–based nucleic acid isolation is rapidly becoming the standard for automated, high-throughput workflows. In this webinar, we’ll break down the advances in bead chemistry and protocol optimization that improve yield, purity, and consistency across DNA and RNA extractions. Whether you're working in NGS, qPCR, or clinical diagnostics, this session is packed with insights.
Magnetic bead–based nucleic acid isolation is rapidly becoming the standard for automated, high-throughput workflows. In this webinar, we’ll break down the advances in bead chemistry and protocol optimization that improve yield, purity, and consistency across DNA and RNA extractions. Whether you're working in NGS, qPCR, or clinical diagnostics, this session is packed with insights.
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