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Genomics Research

Genomics Research

Adaptive Sampling: Target Regions of DNA in Real Time

Adaptive Sampling: Target Regions of DNA in Real Time

It’s possible to target regions of DNA in real time using adaptive sampling on nanopore devices. The nanopore has the ability to read the strand sequence in real time, if it is not the strand of interest, the strand is ejected, but if it is, the nanopore recognises this and continues to read the strand. Researchers then get more of the sequence they are interested in within a shorter period of time, allowing faster and easier analysis.

IKA HABITAT Research Bioreactor

IKA HABITAT Research Bioreactor

Whether mixing, temperature control, automation, safety or design - this new bioreactor combines all of IKA's core competencies and yet is a true innovation. With HABITAT, IKA launches its first own bioreactor - with the aim to significantly improve the device and its handling.

Recent Advances in Gene Therapy

Recent Advances in Gene Therapy

Download this listicle to explore recent advances in gene therapy such as novel virus-free delivery systems, precision targeting using lipid nanoparticles and safer gene editing systems.

Automation of NGS Workflows – The Journey of Genuity Science

Automation of NGS Workflows – The Journey of Genuity Science

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 throughput, to designing the right deck layout to automate QC, Normalization, Library Prep and Pooling.

Automation of NGS Workflows – The Journey of Genuity Science

Automation of NGS Workflows – The Journey of Genuity Science

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 throughput, to designing the right deck layout to automate QC, Normalization, Library Prep and Pooling.

Introducing Primer Extension Target Enrichment for NGS With Brian Godwin

Introducing Primer Extension Target Enrichment for NGS With Brian Godwin

In this episode of Teach Me in 10, Lucy Lawrence is joined by Brian Godwin, director of reagent and assay development at Roche Sequencing to discuss primer extension target enrichment for NGS.

News

Dog Breed Is Not an Accurate Way To Predict Behavior

Dog Breed Is Not an Accurate Way To Predict Behavior

A new study that combined genome sequences from over 2,000 dogs with survey data from a further 18,000 pooches has come to a conclusion that upends over a century of established thinking on dog behavior, finding that a dog’s breed contributes little to its behavioral tendencies.

New Animal Model for Studying Crucial Component of Genomic Maintenance

Researchers at Eötvös Loránd University (ELTE) have created a new disease model that has contributed to a better understanding of Bloom syndrome and the sex determination processes of zebrafish.

"Good" Gut Microbes Keep Pathogens at Bay by Taking Their Energy Sources

Competition between "good" and pathogenic bacteria for energy sources confers protection against some strains of illness-causing bacteria.

New Approach to Large-Scale Single-Cell Profiling Developed

A new experimental pipeline has been developed to profile more cell types from different tissues, incorporating machine learning to collate the data and assemble the cell atlas.

Stinging Cells Hold Clues to Biodiversity

The stinging cells of sea anemones and jellyfish could be used as a model for understanding how new cell types evolve.

Articles

Sequencing Life on Earth, One Eukaryote at a Time

Sequencing Life on Earth, One Eukaryote at a Time

The Earth BioGenome Project (EBP), described as a “moonshot” project for biology, aims to sequence, catalog and characterize the genomes of the 1.8 million named eukaryotes on Earth, in just 10 years. Technology Networks spoke to the scientists leading the project to learn about its progress and how it will help the Earth's biodiversity crisis.

Teach Me in 10 Industry

Our Teach Me in 10 episodes are either technology, product or service focused. We invite you to explore the further reading and resources provided in the video description if you want to learn more about the content shared in the video – it's as easy as that.

Cells Unlock Restrictions on Phenotypic Plasticity To Progress as Cancer

From a cell signaling perspective, phenotypic plasticity is important because it allows cells to take on a form that aids their invasive and metastatic abilities. In this article, we explore the topic in more detail.

Targeting Cancer Through Induced Viral Mimicry

Researchers from Sanford Burnham Prebys have been awarded two grants from the National Institutes of Health to study an emerging therapeutic strategy known as viral mimicry. Dr. Charles Spruck and colleagues are working to understand how a specific pathway silences endogenous retroviruses and retrotransposons selectively in breast cancer cells and whether this could expose a vulnerability that could be exploited.

Celebrating DNA Day 2022

April 25 marks National DNA Day, a celebration of the Human Genome Project completion in 2003 and the discovery of the DNA double helix in 1953. At Technology Networks, we are celebrating DNA Day 2022 by highlighting some of the incredible research that we have covered in genomics over the last year.

Infographics

Intelligence Inside: Streamline Your LC-MS Workflow

Intelligence Inside: Streamline Your LC-MS Workflow

Synthetic Biology

Synthetic Biology

Tumor Biology

Tumor Biology

Videos

Turn Your Triple Quad Up to 11 With SCIEX OS Software!

Turn Your Triple Quad Up to 11 With SCIEX OS Software!

Overcoming the Reproducibility Crisis Through Streamlined Experimentation ‒ From Design to Optimization

Overcoming the Reproducibility Crisis Through Streamlined Experimentation ‒ From Design to Optimization

Leveraging Scientific Advancements To Enable a Fully Connected Ecosystem

Leveraging Scientific Advancements To Enable a Fully Connected Ecosystem

How To Guides

Sample Quality Control for Nucleic Acid Analysis Workflows

Sample Quality Control for Nucleic Acid Analysis Workflows

Sample QC can help maximize research success in both next-generation sequencing (NGS) and biobanking applications. Sample quality metrics such as nucleic acid size, integrity and concentration can be used to rank DNA and RNA fragments from 1 to 10.

A Guide to Using Magnetic Beads

This guide discusses the key considerations when using magnetic beads to ensure you achieve accurate, reproducible results.

Utilizing Synthetic Biology To Help You Scale and Expedite Discovery

Download this guide to discover a comprehensive set of tools and solutions for target optimization and target interaction analysis, genome editing–knock-in genes as well as CAR T cell receptors plus RNA vaccine templates.

Advanced Nucleic Acid Technology for Better CRISPR Libraries

Whether you are looking for the highest quality pre-defined content or you need to create your oligo libraries from the ground-up, Agilent has a solution for your CRISPR needs.

A Guide to Cell Death Mechanisms and Detection Tools

Download this guide to learn more about multiple pathways, cell death markers, causes of cell death plus detection tools and resources.

Webinars & Online Events

Introducing Cancer Genomics With Long Reads

Introducing Cancer Genomics With Long Reads

Putting Proteomics at the Heart of Your Multiomics

Putting Proteomics at the Heart of Your Multiomics

Characterization and Sequence Mapping of Large RNA and mRNA Therapeutics

Characterization and Sequence Mapping of Large RNA and mRNA Therapeutics

Listicles

Applications of Whole Exome Sequencing

Applications of Whole Exome Sequencing

Cell Signaling in Cancer: Communicating Recent Advances

Five Innovations in Cell-Based Therapy

Sequencing the Microbiome: Five Recent Advances

How To Study the Degenerating Brain

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