Close-up of 8-channel pipette adding solution to a multi-well plate for transfection.
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A new eight-channel pipette reduces experimental time and effort, providing researchers with more efficient transfection workflows.

transfection

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Next-Level Adeno-Associated Virus (AAV) Production 

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Hijacking Viruses: Optimizing Lentivirus-Based Cell Engineering

Learn What to Keep in Mind When Creating Transgenic Rodent Models

Designing Transgenic Rodent Models: Key Considerations

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Versatile and Sustainable: Cell Counting for the 21st Century

Discover How to Verify Plasmid Quality with the Agilent Fragment Analyzer System

Analyzing Plasmids with Automated Electrophoresis

Learn How Researchers Make the Most of Viral Vectors for Gene Therapy

Viral Vector Platforms for Gene Therapy

Learn how to develop robust cell therapy workflows

Non-viral Transfection for Cell Therapy and Beyond

How to Produce Successful Viral Vectors 

How to Produce Successful Viral Vectors

Learn about establishing a Gene Therapy Manufacturing Strategy 

Considerations for Gene Therapy Manufacturing Strategies

Fluorescent microscopy images of cells after being transfected.

Universal Transfection Reagents: Improving Efficiency and Decreasing Cell Toxicity

To flag neurons that have experienced genotoxic stress, researchers developed an in vivo sensor using an adeno-associated viral vector, called PRISM. Because a cell’s DNA damage response (DDR)—which activates in response to stressors such as environmental toxins or the buildup of misfolded proteins—also responds to invading pathogens, PRISM has an easier time transfecting cells whose damage response mechanisms are preoccupied with existing DNA damage. Once inside, the virus hijacks the neuron’s DNA replication machinery, which reverts an engineered frameshift mutation in the virus and thereby prompts the production of a fluorescent protein that can be observed via microscopy.

Infographic: DNA Damage Viewed with Unprecedented Clarity

Broken DNA

DNA Damage Viewed with Unprecedented Clarity

Discover how innovation boosts clinical manufacturing efficiency

Innovating Cell Therapy

3d render illustration of Single strand ribonucleic acid.

Message in a Bottle: Developing mRNA Therapeutics

Learn how to develop robust cell therapy workflows

A Faster, Scalable Electroporation System for Cell Therapies

Technique Talk: Cell Transfection Techniques

Technique Talk: Cell Transfection Techniques

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A Scalable Process to Efficiently Manufacture Adeno-Associated Viral Vectors

Identifying Antibodies that Target Membrane Proteins in Their Native Conformations

Securing the Antibody Supply Chain through Recombinant Antibody Technology: A COVID-19 Case Study

Optimizing Adeno-Associated Virus (AAV) Manufacturing

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Explore a Concise Guide to Optimizing Viral Transduction

A Visual Guide to Lentiviral Gene Delivery

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Detecting Novel Viruses Using a Comprehensive Enrichment Panel

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February 2025, Issue 1

A Nanoparticle Delivery System for Gene Therapy

A reimagined lipid vehicle for nucleic acids could overcome the limitations of current vectors.

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Considerations for Cell-Based Assays in Immuno-Oncology Research

Considerations for Cell-Based Assays in Immuno-Oncology Research

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From Water Bears to Grizzly Bears: Unusual Animal Models

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Sex Differences in Neurological Research

Sex Differences in Neurological Research

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New Frontiers in Vaccine Development

New Frontiers in Vaccine Development

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Tecan introduces Veya: bringing digital, scalable automation to labs worldwide

Explore a Concise Guide to Optimizing Viral Transduction

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Inventia Life Science

Inventia Life Science Launches RASTRUM™ Allegro to Revolutionize High-Throughput 3D Cell Culture for Drug Discovery and Disease Research

An illustration of differently shaped viruses.

Detecting Novel Viruses Using a Comprehensive Enrichment Panel

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