Umetrics® Studio 2.6
News
Umetrics® Studio 2.6.0 (2024.127.3) including Cell Insights by Umetrics® Studio 1.5 and Umetrics® Scibox® 0.8.6 was released February 8, 2024.
Cell Insights
New version of the bioreactor modelling library. Here is a summary of the most important modifications.
- Note! Change in custom function signature require update of all existing custom functions for them to work.
- Volume is now a state variable affected by feeds and flows
- Feeds now affect volume and concentration variables
- Inhibition plot will now show inhibition from all metabolites and inputs, not only from biomaterial
- Controllers have been modified so simulation of e.g. media exchange events and metabolite setpoints are affected
- Metabolic state reset has been updated to make the simulated metabolite values align with the measured values.
- Due to the updated bioreactor library, minor differences in values are to be expected compared to previous version.
Metabolite consumption rate plot is available in the model results view for Virtual bioreactor models.
Import data
Versioning of datasets, including revert to older versions.
Edit dataset
Delete rows
History with unsaved operations
Workflow Builder
Code editing with versioning enabled for user functions
Type support in function inputs
Improvements
Import data
New contextualization toolbar for Batch ID and Batch Age (previously known as Time).
User guidance, and assistance, to ensure correct dataset contextualization.
Improved visualization of contextualized data in dataset.
Improved renaming of duplicated variable id:s.
UX improvements
Inline pattern for projects, workspaces and workflows
Clear status indicators in the workspace left-hand panels.
More information
Cell Insights by Umetrics® Studio will take your experiments further by building on the information gained from in-vitro experiments with in-silico simulations conducted in a virtual bioreactor. This provides both actionable insights on how to optimize the cell culture performance and cuts the process development timelines and costs.
Virtual bioreactor simulations can demonstrate how making changes to cell cultures can impact growth, metabolism, and productivity without having to run the physical experiments.
Cell Insights helps scientists determine how cell lines perform in different culture methods (fed-batch, perfusion, N-1), define optimized process parameters, enhance feeding protocols and seed train configurations, and more.
For more information, go to our website.
