Life Sciences Ebooks & Guides | Corning

This whitepaper focuses on four promising approaches: stimulating stem cell homing for in situ repair, transplanting organoids to repair minor tissue injury, tissue engineering, and using interspecies chimerism to produce functional organs for transplantation.

This whitepaper leverages Corning’s extensive expertise in seeding, expanding, and harvesting stem cells.

With more efficient and consistent production methods, researchers will be able to harness the enormous potential of EVs for clinical diagnostics, prognostics, and therapeutics.

This guide explores what researchers should consider when creating a risk-mitigating adherent culture process for cell and gene therapy scale-up.

In this playbook, we’ve asked Corning Life Sciences experts to explore the changing landscape of stem cell research and cell therapy production and how emerging solutions have facilitated a new era of more effective and efficient workflows.

A compilation of research experiences in stem cell, viral vector, and vaccine production.

This ebook provides an overview of key considerations and technologies for cell therapy production and developing a therapeutic candidate from research scale to clinical or commercial manufacturing.

This new whitepaper explores an array of examples of 3D cell culture models that build upon advances in stem cell biology.

Learn about different ways to use Transwell permeable supports, from drug screening to invasion assays.

Download our ebook for guidance on choosing a 3D cell culture system, lessons learned in the lab, and more.

This whitepaper reviews topics and trends in this emerging research area including 3D cultures, organoids in cancer research, tumor microenvironments, organ-on-a-chip and body-on-a-chip, and 3D bioprinting.

This guide details best practices to consider for organoid work, as well as how to use Corning Matrigel matrix and other products to support research.

Download our ebook, a practical guide demystifying spheroids and organoids together with helpful tips for successfully using 3D culture systems.

Download this ebook to learn more about 3D techniques used in basic research, as well as translational and clinical applications.

Corning is pleased to offer a collection of ALI citations and articles to support powerful, in vivo studies.

Learn more about the origin, model environments, applications, and advantages of spheroids and organoids. 

The guidance contained in this ebook can help you find a process that allows you to efficiently form and grow organoids for your research.

Access top tips, facts, and expert advice on Matrigel Matrix. A hard copy version, which includes a fold out "Do's and Don'ts" poster, is also available upon request.

This whitepaper provides a detailed account of life sciences laboratories sustainability challenges and explores solutions for waste management without compromising efficiency or cost.

Increase productivity and repeatability and reduce costs in life science labs.

This whitepaper covers everything you need to know to set up your lab and start growing cells.

Download this Cell Culture Fundamentals ebook to hear from our experts on their experiences and insights in primary cell culture, single cell culture, cell growth, and more

Learn how to optimize your pipettor and combine accuracy and ease of use in your pipetting with our Guide to Pipetting Success, awarded SelectScience eBook of the Year. 

We have created this comprehensive guide to help you successfully freeze animal cells and manage a cell repository.

Explore considerations and troubleshooting tips on adherent cell culture basics, cell culture schematics and variables, cryopreservation, and customizing cell culture media.

Download our new poster outlining the steps to make sure you’re freezing your cell cultures directly.

Download our new infographic to learn how the Corning® CoolCell® provides alcohol-free freezing ideal for cell cryopreservation.  

This helpful guide reviews the nature of cell culture contamination and the problems it causes, and then explores some of the key concepts and practical strategies for managing contamination to prevent the loss of valuable cultures and experiments.

We have developed this guide to help you identify and solve some of the common and uncommon causes of cell culture growth problems.