Cell Culture – Multimedia

This application note showcases how an AI-based module has been trained to analyze brightfield images for cell segmentation, allowing insights into cell proliferation and cell morphology without the need for manual drawing on images.

This case study highlights a novel platform that enabled a research team to identify, isolate and expand rare NIH-3T3 clones expressing HER2 and EBFP2, achieving results in weeks rather than months.

This whitepaper explores innovative approaches to achieving higher yields and stability, ensuring a seamless transition from lab to large-scale manufacturing.

This poster outlines a scalable workflow combining tangential flow filtration and size exclusion chromatography to effectively isolate and purify exosomes, removing contaminants including media, serum and host cell proteins, DNA and serum components.

This whitepaper explores the available technologies, key challenges and the growing impact of single-cell cloning.

This eBook highlights how, automated robotic imaging instruments are revolutionizing scientific research and bringing more productivity and throughput to routine workflows and simplifying progress in a variety of research applications.

In this episode, we are joined by Peter Hsueh, Marketing Product Manager at ACROBiosystems, who discusses innovative screening strategies. He reveals how these strategies are transforming drug development paving the way for breakthroughs in medicine.

This infographic highlights the potential impacts of contamination on cell culture and provides tips to select the most suitable lab equipment and consumables to minimize the risk of contamination.

Cell culture is a fundamental part of life science research, and a staple for many biological scientists. Traditional culture methods are well established, but advances in cell culture techniques often mean that long-standing protocols require optimization to avoid impacts on accuracy and reliability.

This infographic explores innovative tools and strategies for enhancing 3D cell model imaging that can help you achieve high-quality images and efficiently manage data.