oCelloScope is easy to use in your laboratory, our technical documents covers the features of the oCelloScope system and provide guidance for configuration and data processing. Take a look at our application notes, white papers and scientific posters.
Application notes
oCelloScope technology
oCelloScope technology is well suited for liquid samples such as microbial cultures as well as mammalian cell cultures and other kinds of analytes. Read more
Overview of the oCelloScope applications for real-time monitoring of microbial dynamics
Get a visual overview of how oCelloScope works under various applications. Read more
oCelloScope vs. OD plate reader
Get an overview of the benefits using oCelloScope compared to a OD plate reader. Read more
Automated monitoring of bacterial growth and growth inhibition
oCelloScope can be used for non-invasive, sensitive and rapid image-based detection of bacterial growth. Read more
Quick Guide: Automated monitoring of bacterial growth and growth inhibition
Find general guidelines for sample preparation, learn how to perform data analysis and export data for presentations. Read more
Rapid antimicrobial susceptibility testing and determination of MIC value using oCelloScope
AST using oCelloScope showed a statistically significant antibiotic effect within 6 minutes for E. coli monocultures; and within 30 minutes in complex samples from pigs with catheter-associated urinary tract infections. Read more
Evaluating the differences between optical density measurements and oCelloScope to monitor microbial growth
OD measurements have a lower limit of detection of 8×106 cells/mL for E. coli, while with oCelloScope, the SESA algorithm enables detection of concentrations < 8×106 cells/mL. Read more
Evaluating the differences between optical density measurements and oCelloScope to monitor yeast growth
oCelloScope effectively monitors bacterial and fungal growth and growth inhibition over time. Read more
Performing cell migration experiments using the oCelloScope and the CellDirector® 2D assay
Find out how to monitor cell response to chemotactic concentration gradients using the CellDirector® 2D assay (Gradientech AB) and the oCelloScope. Read more