Invitation to our Seminar Tour on
Cell Isolation Made Simple: FACS versus Image-based Sorting
Cell Isolation by FACS or Image-based Sorting
Single cell or monoclonally derived colony isolation from a complex mix often is the starting point for a successful experiment. Ease-of-use, viable cell output, and high efficiency are key parameters your cell sorting device should fulfill. Verification of monoclonality is often desired.
We compare two different approaches for cell, small colony, or organoid isolation. Classical benchtop FACS with gentle single-use microfluidics cartidges: no cross-contamination and simple workflows for either bulk sorting or single-cell dispensing. Or, the imaging-based approach that allows to monitor clonal expansion over time for clear monoclonality assurance and clone isolation from an array directly into a plate. Now organoid-enabled!
Join our seminar with free coffee and snacks.
Date and Time
- SITEM-Insel, Bern, 14. June 2022, 10:00 AM
- Biopôle 4, Bâtiment PHENYL, Epalinges, 14. June 2022, 3:00 PM
Who should attend
We would like to invite everyone interested in cell line development, CRISPR screenings, functional genomics and transcriptomics or stem cell biology, who would like to work with either clean and viable single cells or monoclonal single-cell-derived colonies or organoids.
You will enjoy a good opportunity to interact with your colleagues, the speakers and with fellow researchers from your neighboring labs or institutes
Bucher Biotec AG represents some of the most advanced manufacturers of highly innovative life science research instrumentation.
Seminar Location
WOLF G2 – Benchtop Microfluidic Cell Sorter
Healthy Cells. Broad Capabilities. Better Science.
The WOLF G2 instrument has significantly expanded the capabilities of gentle benchtop microfluidic cell sorting with two lasers and up to nine colors, while maintaining simple workflows for either bulk sorting or single-cell dispensing.
Meet the WolfCellRaft Air™ System: Single Cell Imaging and Isolation
Providing more efficient single cell workflows, including clonal colony propagation, by combining imaging, identifying, and isolating in one instrument with no minimum sample size requirement.
Seeing is believing. Know the quality of your cells and choose the best ones to isolate.
Simple, hands-free, and effective for:
- Tracking cell phenotypes
- Data rich time course imaging
- Small, precious, or fragile samples
- Challenging genomic and CRISPR workflows
- On-array functional assays