Corning® 2 mL白色盖内旋聚丙烯冻存管，自立式，圆底

This 8-page guide is designed to serve as a basic introduction to animal cell culture. It is appropriate for both laboratory workers who are using it for the first time or for those who interact with cell culture researchers and who want a better understanding of the key concepts, products and terminology in this interesting and rapidly growing field.

This guide will help you better understand the steps you can take to reduce your cultures' FBS levels and assist you in cost savings.

This guide gives the recommended medium volumes, approximate growth surface areas and average cell yields for Corning® disposable cell culture vessels including microplates, multiple well plates, Transwell® permeable supports, dishes, flasks, stacked chambers, roller bottles and CellCube® Systems.

This guide gives the recommended medium volumes, approximate growth surface areas and average cell yields for Corning® disposable cell culture vessels including microplates, multiple well plates, Transwell® permeable supports, dishes, flasks, stacked chambers, roller bottles and CellCube® Systems.

This is a troubleshooting guide for cell culture contamination and includes common cell culture contaminants, their sources, detection, and prevention.

Contamination of cell cultures has long been a serious problem for researchers as well as for manufacturers producing cell-based parenteral (for injection) drug products. In the past, most efforts for avoiding contamination-induced culture losses have focused on biological contaminants: bacteria, mycoplasmas, yeasts, fungi, and even other cell lines.

Contamination of cell cultures has long been a serious problem for researchers as well as for manufacturers producing cell-based parenteral (for injection) drug products. In the past, most efforts for avoiding contamination-induced culture losses have focused on biological contaminants: bacteria, mycoplasmas, yeasts, fungi, and even other cell lines.

Corning is proud to offer a portfolio of cell culture solutions to our customers. That’s why we offer you a comprehensive portfolio of vessels, advanced surfaces, and cell culture media. We will work with you one-on-one to help you make the most of Corning products – from start-up to scale-up. And that’s why scientists like you around the world count on Corning to help them generate consistent, reliable, and reproducible results.

Updated August 22, 2023

This 4-page protocol provides a detailed procedure for cryogenically storing a variety of animal cells.

This 3-page protocol provides a detailed procedure for using Hoechst stain 33258 to stain the DNA in cell monolayers for detecting mycoplasmas or other prokaryotic organisms.

This 4-page protocol provides a detailed procedure for subculturing attached cells using enzymatic dissociation. It explains the theory behind some of the keys steps in the process.

Updated November 21, 2024

Corning Life Sciences offers a full line of cell culture products that are manufactured under strict process controls guaranteeing consistent product performance.

Whether you're seeding starter cultures, analyzing field samples, or feeding bioreactors, Corning’s high-performance media, sera, and reagents can help to ensure consistent, repeatable results. This quick reference guide is intended to help you choose the right cell culture media products to support your cell types and objectives.

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