- Cell sorting directly from the Petri dish
- Isolates a subpopulation of live adherent cells expressing
fluorescent or luminescent markers
- Both unlabeled and fluorescent cells are recognized by
computer vision
- Viable cells after sorting
- Sorts cells labeled by fluorescent molecular probes
highlighting specific cellular activities
- Collects single cells for further cultivation, cloning, RNA or
protein preparation
- Sorts fixed cells after immunocytochemical preparation
- Any adherent cell type can be sorted
- Cell culture needs minimal preparation before sorting
- Average sorting process takes only a few minutes
- Multichannel detection using the fluorescent filter setup of
your microscope
- Sorting speed: 1 cell/second. Number of cells picked up in a single run: 1-1000.
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How to get the one you want? Single cells are in your hands.
Using a special
micropipette you can easily sort single cells from your culture.
CellSorter software scans in the region of interest with a motorized
stage, and detects automatically the fluorescent cells. In a few
seconds you can see a map of the culture indicating also the detected
cells. Software calculates the optimal path to visit all detected
cells by the micropipette and pick them up.
Detected cells are collected from the Petri dish by picking them up
with a glass micropipette.
You can also detect cells manually, and sort them manually or
automatically afterwards. User can evaluate and amend automatic cell
detection. Download our brochure.
Patent: HU 226.930.
Patent pending: P1000339, Hungarian Patent Office.
Development was supported by the Hungarian Innocsekk grant, number:
KM-CSEKK-2006-00282.
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