Cryopreservation methods for diverse cell types

This article provides a comprehensive review of various cell lines successfully cryopreserved using Bambanker^™. With data from many published studies, it demonstrates the effectiveness and adaptability of Bambanker^™ in preserving various cell lines.

Summary

Cryopreservation of mammalian cells is an important procedure in biological research because it protects valuable cell lines from contamination or equipment failure.

Several problems can develop when suitable freezing equipment is unavailable or when serum, additional wash procedures, or complex freezing methods introduce undesirable variables.

Bambanker^™ is a ready-to-use cryoprotectant that simplifies freezing and reduces workflow complexity, allowing labs to standardize conditions and increase repeatability.

It has been documented in peer-reviewed publications for the cryopreservation of over 120 cell types and samples. This article collects published examples into a DOI-linked table for easy reference.

Materials and methods

This article analyzes peer-reviewed scientific papers that mentioned Bambanker^™ as a cryopreservation medium. Publications were screened and reviewed to obtain the preserved cell type/sample type and the accompanying reference information shown in Table 1. The literature search and selection procedure is outlined as follows:

• Databases searched: PubMed, Google Scholar
• Time window: Up to December 2025
• Inclusion criteria:
  • Peer-reviewed publications
  • Bambanker^™ use is described in Methods/Materials
  • DOI
• Selection approach
  • References were located through a literature review and included if Bambanker^™ was specifically mentioned as the cryopreservation medium. To make the table brief and useful, one representative publication was chosen for each cell type/sample type.
• Update policy
  • This table is reviewed and updated annually to include newly published cell types and samples. The present version covers literature available up until December 2025.

Image Credit: NIPPON Genetics EUROPE GmbH

Results

Peer-reviewed literature revealed many instances where Bambanker^™ was successfully employed to cryopreserve distinct cell lines.

To demonstrate these findings, Table 1 shows one article per cell line as an example. Each entry provides the cell type and its DOI, allowing researchers to quickly access papers that demonstrate Bambanker's efficacy across diverse cell types.

Table 1. Summary of cell lines successfully cryopreserved with Bambanker^™. Source: NIPPON Genetics EUROPE GmbH

Conclusion

The examination of scientific literature demonstrates Bambanker's efficiency as a cryopreservation medium for a diverse spectrum of cell samples. Bambanker^™ has been used consistently across multiple research studies and cell types, indicating its broad applicability.

Bambanker^™ offers a streamlined cryopreservation technique that eliminates the need for serum, wash procedures, and complex protocols, making it the ideal solution for researchers looking to preserve valuable cell cultures.

Bambanker^™ is a reliable cryopreservation medium for many cell types.

About NIPPON Genetics EUROPE GmbH

Our contribution to your success – we are committed to ensuring that you can achieve your goals!

NIPPON Genetics EUROPE is a global biotech company founded in 2005 with its own research, development, and production based in Germany. By providing an extensive range of selected and groundbreaking products for the life science sector, we would like to be a reliable partner and contribute to achieving our customers' individual goals. The majority of our employees have a scientific background because we want to understand which problem solutions our customers care about.

Sponsored Content Policy: News-Medical.net publishes articles and related content that may be derived from sources where we have existing commercial relationships, provided such content adds value to the core editorial ethos of News-Medical.net, which is to educate and inform site visitors interested in medical research, science, medical devices, and treatments.