Cell Banking

Learn about the importance and intricacies of cell banking with our in-depth articles. Whether you're looking at cryopreservation or the latest storage techniques, we've got you covered. Single Use Support offers advanced technologies for the safe and efficient management of cell banks, ensuring the highest standards of quality.

All articles about Cell Banking

Cell Banking

Cryopreservation techniques & best practice freezing methods

The preservation of cells at cryogenic temperature can be achieved using different techniques. This is far from a simple freezing process; it's a carefully controlled method that prevents the formation of ice crystals, thus maintaining the integrity of the biological material.

BRMO

Brian Moloney

August 11, 2023

Cell Banking

How to prepare cells for cryopreservation?

This guide provides an overview of the necessary steps and considerations for preparing cells for cryopreservation. Key topics include selecting appropriate cells, cultivating and harvesting them under controlled conditions, utilizing proper cryoprotective agents, and applying specific freezing techniques.

BRMO

Brian Moloney

August 11, 2023

Cell Banking

Cell viability & viability assays: 7 facts to be aware of

In research, medicine and biotechnology, cell viability is an elementary parameter and Critical Quality Attribute (CQA). In this article, we will present you 7 facts regarding the term, related concepts, improvement possibilities and more.

BRMO

Brian Moloney

August 10, 2023

Cell Banking

Cryopreservation: Purpose, process & applications

Cryopreservation is essential to maintain ex vivo viability of organic materials – indispensable, for instance, in fields like cell banking. In this article, we will explore central aspects of this technique.

BRMO

Brian Moloney

August 10, 2023

Cell Banking

cGMP cell banking: Aliquoting & controlled freezing of cells in less than 1 hour

As the market is constantly evolving, new, fully automated solutions are offered to make GMP cell banking and cGMP cell banking easier to achieve. Single Use Support’s solutions do not only reach out to help make the handling of cell banks safer and more efficient, but also help to support smaller-scale projects through scalable solutions. 

BRMO

Brian Moloney

August 9, 2023

Cell Banking

Types of cell banks: An overview

In cell banking, one can distinguish four different types of cell banks, all of which are involved in the manufacturing of cell-based products. In this article, we will discuss them all.

micheal-eder

Michael Eder

August 3, 2023

Cell Banking

Cell bank manufacturing: From master to working cell bank

Cell banks are fundamental in the production of several biopharmaceutical products, their manufacturing a highly complex process. In this article, we will explain cell bank manufacturing in detail, including the challenges it is related to.

BRMO

Brian Moloney

August 3, 2023

Cell Banking

The differences between master cell bank (MCB) and working cell bank (WCB)

Both master and working cell banks belong to the four general types of cell banks. Although having much in common, there are some major differences between MCBs and WCBs, which we will uncover in this article.

micheal-eder

Michael Eder

August 2, 2023

Cell Banking

Cryopreservation of cells: Preserving cells for future use

Cryopreservation is a necessary procedure to maintain cell viability during ex vivo storage. In this article, we will provide some general information on cell cryopreservation, but also discuss different tools, challenges and an exemplary protocol.

BRMO

Brian Moloney

August 2, 2023

Cell Banking

How to maintain a cell bank?

Proper storage of cells and maintenance of a cell bank is essential to uphold the integrity and reproducibility of experimental results. In this article, we will show best practices for maintaining a cell bank, from initial cell line characterization to cGMP compliance, storage, and troubleshooting tips.

micheal-eder

Michael Eder

August 1, 2023

Cell Banking

Advantages of cell banking

By preserving and storing valuable cell lines, cell banking ensures a stable and consistent source of cells for various applications. In this blog post, we will explore the numerous advantages of cell banking and its pivotal role in driving advancements in the fields of science and medicine.

micheal-eder

Michael Eder

August 1, 2023

Cell Banking

The purpose of cell banking: Uses & Applications

At the core of cutting-edge research and biopharmaceutical production lies the crucial need to preserve and store precious cell lines, ensuring their availability for future studies and therapeutic applications. In this article, we will explore the purpose and applications of cell banking, examining its significance in scientific discoveries and medical breakthroughs.

micheal-eder

Michael Eder

August 1, 2023

Recommended Downloads

E-Book

App Note: Cell Monolayer Cryopreservation

‘Thaw-and-Use Assay Cells’ made using CryoShieldTM and Single Use Support‘s technologies are a highly effective solution for a range of cell-based assays, from transfection studies to running toxicity screening experiments for drug candidates. No specialised equipment is required by the end user for the thawing procedure, they simply remove the protective film, add cell media, and incubate overnight. Overall, we have shown that cells can be cryopreserved as ‘assay-ready’ monolayers, in a scalable and versatile format. This will enable the development of new screening technologies and enhance automation as well as reduce the experimental burden on researchers, and ultimately enable the highest quality models to be made available to anyone.

E-Book

App Note: "Bestcellers": Controlled Filling & Freezing of Cells

"Bestcellers": Controlled Filling & Freezing of Cells Advanced Fluid Management for Cell Culture, Freezing, Cell Banking and Cell Therapy

E-Book

Banking the Intensified Seed Train

Cell Banking in Seed Train Intensification is a crucial process step in upstream bioprocessing for biopharmaceutical production. Cells that can be cultured into large aliquots, e.g. with cell suspensions, can greatly optimize the cell culture intensification process.