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Genomics Research

Genomics Research

QuantStudio™ 7 Pro Dx (CE-IVD, IVDR) System Enables Simplified and Smart Workflows

Powered by proven technology, the Applied Biosystems QuantStudio 7 Pro Dx Real-Time PCR System is a standalone qPCR platform that is versatile, highly expandable, and easy to use. Designed to support in vitro diagnostic (IVD) applications, the QuantStudio 7 Pro Dx system incorporates smart features such as hand-free functionality. Whether your laboratory is running routine assays or developing new ones, the QuantStudio 7 Pro Dx can support your work.

Industry Insight

“Rewriting the Textbook” for Precision Medicine

Technology Networks recently had the pleasure of speaking with Mark Fidock, vice president for Diagnostic Development, Precision Medicine at AstraZeneca, to find out how the company is “rising to the challenge” of delivering precision medicines for chronic diseases.

Seamless Science for 3D Cell Models

The journey to discovering novel drug targets starts with building a deep understanding of the underlying biology. To achieve this, researchers are increasingly looking to 3D cell cultures to bridge the gap between 2D cell cultures and in vivo animal models.

Tips for Improving Your qPCR

Download this guide to learn how you can improve your qPCR reagents, sample/template and quality control.

Tips for Improving Your qPCR

Download this guide to learn how you can improve your qPCR reagents, sample/template and quality control.

Single-Cell Analysis

Single-cell analysis enables scientists to study cells at the individual level, capturing unique insights for each cell and providing a more holistic understanding of molecular biology. Download this infographic to learn more.

A New Way To Identify “Safe Harbors” for Gene Therapies

Scientists have created a tool that can find safe places to introduce genes into human DNA. The tool is an early step in the process to improve the safety and efficacy of gene and cell therapies.

These Genes Keep Plant Roots Growing Toward Gravity

Researchers have honed in on the genes that control root growth in response to gravity, with the hope of developing a crop that can access resources deeper in the soil.

ADHD Mouse Study Exposes Sex Differences in Dopamine Signaling

According to research, mice that express a human genetic variant found in boys with ADHD or autism show differences in the monitoring and regulation of dopamine signaling when compared to females.

Genetic Score Predicts Impulsivity in Kids

A novel, genetics-based scoring system for impulsivity could be used to accurately predict which children are most at risk of impulsive behavior.

CRISPR-Based Method Enables Ultrasensitive Detection of Nucleic Acids

An engineered CRISPR-based method that finds RNA from SARS-CoV-2, the virus that causes COVID-19, promises to make testing for that and other diseases fast and easy.

The “Streetlight Effect” in Proteomics

A bias exists within proteomics, where certain proteins are studied less frequently than others. In this article, we hear from Professor Kathryn Lilley on why some proteins attract less research attention, why this is problematic and how The Understudied Protein Initiative hopes to overcome it.

CRISPR Screening: Studying Evolution in a Dish

CRISPR screening enables the rapid and unbiased identification of genes relevant to a specific biological pathway. In this article, we explore how researchers are using this cutting-edge tool to shape our understanding of biology and advance medicine.

Glycoproteomics: A Novel Domain of Clinical Testing

This article describes the background and potential of the emerging field of glycoproteomics.

Radically Rethinking Scientific Publication: The “Octopus” Model

Dr. Alexandra Freeman believes that the major problems associated with research culture in science can be traced back to one source: the current scientific publishing model. In this interview with Technology Networks, she explains why a novel approach, called Octopus, is a logical solution to these issues.

3D Cell Culture: Will Organoids Add a New Dimension to Disease Modeling?

This article explores the world of organoids, their benefits and limitations, and where they may play a role in the future of disease modeling.

Personalized Medicine

Spatial Transcriptomics in Cancer

Differentiating iPSCs – Which Approach Works Best?

Engineering Microorganisms To Make Useful Materials

Single-Cell and Spatial Multiomics To Advance Basic and Translational Cancer Research

Clinical Strategy and Development of CRISPR-Directed Gene Editing for Solid Tumors

How To Address NGS Challenges

Download this guide to learn how to select the appropriate NGS method and sequencing platform, deal with samples of variable quality, and set up and manage the data analysis pipeline.

Advance Your Work in Molecular Diagnostics

Molecular diagnostics utilizes the techniques of molecular biology to analyze biological markers in the genome to understand how the cells express their genes as proteins.

Connecting Laboratories With Data-Driven Automation Software

Download this guide to learn more about automated software and the latest solutions available.

Fall in Love With Pipetting Again: Automated Liquid Handling

Download this guide to learn more about automated liquid handling solutions.

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.

Webinars & Online Events

Predicting Drug Response Using Multiomics Data

Rapid Leukemia Classification Using Nanopore Sequencing

Pipette Calibration Solutions: Future-Proof Your Lab Environment

Faster Approaches to Vaccine Design

Spatial Transcriptomics: Understanding Gene Regulation in the Tissue Context

Recent Advances in Gene Therapy

Applications of Whole Exome Sequencing

Cell Signaling in Cancer: Communicating Recent Advances

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