plasmids

In this webinar, Cole Cheng and Connie Rich will discuss the advantages of novel miniaturized plasmids for streamlining preclinical and clinical gene therapy development.

Discover how scientists engineer systems constructed from bacterial components to investigate and combat antimicrobial resistance.

An innovative helper plasmid improves adeno-associated virus quality and infectivity.

As a graduate student, Tharin Blumenschein learned that too much sodium hydroxide breaks down more than just bacterial cells.

Scientists quickly achieved superior bacterial artificial chromosome fragment separation using an automated pulsed field electrophoresis system.

CRISPR plasmids provide a robust solution for streamlining human cell transfection workflows.   

Researchers must plan for the future of their lab materials long before they decide to move on.

Coaxing bacteria into taking up recombinant DNA was arduous until Douglas Hanahan took action.

Verifying plasmid quality is critical for molecular biology and biomanufacturing applications.

Discover how you can design and generate genomic edits to optimize heterologous protein expression and activity in E. coli.

How automated liquid handling accelerates plasmid purification.

Learn how to overcome common transfection challenges and optimize gene delivery.

Massive extrachromosomal elements named after the hive-minded cyborg villains in Star Trek may be the first of their kind.

Scientists wield nature’s power to optimize adeno-associated virus (AAV) production and maximize gene therapy safety.

Researchers repurpose the CRISPR machinery to turn whole classes of transposable elements on or off.

The microbiologist was known for his work on bacterial antibiotic resistance and infectious disease.

Scientists perform plant-genome modifications on crops without using plasmids.

Biological resource centers are bigger and better than ever before, storing and distributing shared reagents, plasmids, and more.