Stem Cell Research

Discover the potential of stem cells

Dissociation – Cell Culture – Cell Isolation – Assay – Imaging & Analysis

Introduction

Stem cells are undifferentiated cells that have the remarkable ability to differentiate into various specialized cell types. Stem cell in vitro models offer a great source for a better insight into how diseases occur and for developing new medical treatments. This gives hope for the future that they might be able to repair damaged tissues or diseased organs.

Explore the fascinating world of stem cells and their potential applications. Find innovative devices designed to support stem cell research, clinical applications, and therapeutic interventions. Get an overview of the entire workflow starting with tissue dissociation and cell culture, following single cell isolation and ending with imaging.

Innovative devices to optimize your research and results

The complete stem cell workflow encompasses these major steps from major dissociation to the analysis of images:

Stem cells are isolated using the Tissue Grinder and Dissociator. Since stem cells are found in diverse tissues in low cell numbers, optimization steps may be necessary here. Alternatively, this step with the tissue grinder can be substituted with e.g. iPSCs as a starting material.
Count and analyze a wide range of cells, sizes and shapes from large stem cell aggregates to small bacteria with CASY Counter & Analyzerⱽᴵⱽᴼ Cell .
Stem Cell Maintenance Kit is a complete, pluripotent stem cell medium, including HiDef-B8 Supplement and DMEM/F12 Basal Medium for easy cultivation of stem cells.
Survival and growth of neural cells can be facilitated by the Neural Cell Culture and Growth Kit, serving as superior alternative to the N-1 Bottenstein.
Expansion of stem cells, their differentiation or long-term culture of spheroids/organoids are conducted by their cultivation in the CERO 3D Incubator & Bioreactor.
Further growth can be accomplished by cultivation of spheroids/organoids in ultra-low attachment CEROplates.
SPAchip Detection Kits allow accurate measurement of intracellular pH, Ca2+ levels, and OH radicals in real time through fluorescence intensity changes, providing valuable insights into cellular processes.
With the CellRaft Air System, it is possible to generate single cell clones that are isolated into a 96 well plate. Monoclonality of stem cells or organoids is confirmed by a track and trace function of images taken during the cell growth and isolation process.
Publication-quality images of spheroids/organoids can be taken at a high speed by using the WiScan Hermes High-Content Screening Workstation.