cell culture

A new eight-channel pipette reduces experimental time and effort, providing researchers with more efficient transfection workflows.

In this webinar, Alex Rimmer, Samuel East, and Catriona Jamieson will discuss how they developed low-cost, animal-free culture media for cellular agriculture.

Optical density can be affected by sample conditions, the state of the measuring vessel, and instrument configuration.

Monitoring and manipulating cell culture oxygen consumption rates enables more physiologically-relevant in vitro models.

Take a deep dive into decoding refrigerator, freezer, and incubator performance.

In Salmonella, two seemingly similar antibiotic survival strategies result from very different molecular mechanisms.

Scientists need to be aware of many factors to build accurate and reproducible serial dilution protocols. 

Optimizing nonviral genetic engineering of resting T cells for improved cancer immunotherapy

A streamlined protocol for generating iNK cells from PSC spheroids

Walker Inman explains the importance of monitoring cells in culture.

A new approach using two types of recombinases lets scientists insert larger DNA payloads into human pluripotent stem cells faster than ever before. 

Explore five tips for improving detection and reducing background noise with cell-based fluorescence measurements on microplate readers.

A state-of-the-art automated microscope streamlines data acquisition and analysis for multiplex assays.

Antibody production requires myriad steps with distinctive challenges, but there are solutions for speeding up this process.

A new culture medium helps researchers efficiently expand pluripotent stem cell cultures for therapeutic research applications.

In this webinar, Kevin Grady and Manisha Nautiyal will outline how to make predictive 2D and 3D models for pharmacological toxicity testing.  

Faced with a lack of consensus in published protocols, researchers found optimal conditions for enhancing cortical neuron adhesion and maturation in culture.

Developing the clinical potential of NK cells as cancer therapeutics requires researchers to expand beyond conventional cell culture approaches.

Natural killer (NK) cells target infected and oncogenic cells, but are difficult to work with in vitro. Discover novel approaches to producing genetically modified NK cells for cell therapy.