Cell Culture – Multimedia
How To Guide
Harness the Power of 3D Cell Model Imaging
This guide explores how researchers can make the most of the latest 3D imaging tools to generate high-quality, relevant results from their cell culture experiments.
App Note / Case Study
Optimizing Organoid Culture Conditions
This application note outlines the importance of reagent consistency in organoid tissue culture.
eBook
How Label-Free Technologies Are Used in Drug Discovery
Many small molecule drugs and biologics interact with a therapeutic target to change its function. Hence, to accelerate drug discovery, streamlining affinity analysis workflows is essential.
Video
Scientists Reveal Why They Use Simple Western Technology
Hear from three Simple Western users on why they use our next-generation, automated, western blot systems for cell and gene therapy workflows. Simple Western is a gel-free, blot-free, hands-free capillary western blot analysis.
How To Guide
How To Detect and Avoid Cell Culture Contamination
In this guide, we take a look at how cell culture contamination can be avoided and some of the key ways it can be detected.
Infographic
Organs-on-Chips: Furthering Our Understanding of Disease
Download this infographic to explore what OOCs are and how they are helping to further our understanding of disease.
Poster
Scale Up With Molecular Devices
Whether you are working in cell line development, 3D biology, drug screening —or a combination of the three — technologies that maximize throughput and reproducibility can free up your time and give you greater insights.
Listicle
Evaluating and Optimizing Critical Quality Attributes During Cell Line Development
This listicle presents innovative tools that help optimize CQAs measurement during CLD to avoid late-stage setbacks.
Infographic
Tools To Optimize the Protein Expression Journey
This infographic features solutions that can help to optimize this journey.
App Note / Case Study
Sartorius vs Serological Pipettes: What Are the Advantages?
Serological pipettes are commonly used in cell culture applications when pipetting volumes greater than 1,000 µL. However, their plastic (disposable) nature, coupled with the inability to pre-set the volume and propensity to cause shoulder strain, are just some of the limitations faced by researchers in the lab.
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