Webinar "Beyond the Microscope: Advancing Single-Cell Assays
with Dispensing and Isolation"
Sign up for our most recent webinar to learn about the latest advancements in dispensing, imaging, and isolation technologies for single-cell research. This session is designed for researchers, industry professionals, and anyone interested in new single-cell technologies.
The 30 minute webinar emphasized the significance of shifting focus from bulk mass of cells to the single-cell level and the importance of conducting experiments in a time-resolved manner.
In this webinar you will learn about:
- Bulk vs. Single Cells and End-Point vs. Time Resolved: deep dive into the benefits of single-cell level analysis and time-resolved experiments
- Overview of Current Technologies: examination of the state-of-the-art in single-cell analysis
- Introduction to ARRALYZE Technology: from AI-supported cell tracking to single bead isolation
- Example Experiments: live views and images for different fields of application
Explore how to automate your research
Join us to examine the capabilities of CellShepherd and discover how ARRALYZE technology opens new possibilities in in a wide range of applications, including cell and gene therapy, cell line development, synbio, and monoclonal antibody production
How to access the webinar
- Sign up below
- Verify you e-mail adress (please check your spam folder in case you didn't receive any verification mail)
- You will receive the access link to the webinar via mail
From the journal:
Lab on a Chip
Live single cell imaging assays in glass microwells produced by laser-induced deep etching.
The manuscript is the first scientific report on the utilization of the ARRALYZE® technology and has resulted from a cooperation between the ARRALYZE® team and the Önfelt lab at KTH/Stockholm.
The manuscript is open access.
NK Killing Assays
Natural killer (NK) cells are a class of cytotoxic cells that are part of the innate immune system. They provide a rapid response to virus infections, pathogens and can even fight cancer: watch them attack tumor cells in our ARRALYZE® glass well arrays.
Video shows target/tumor cells in green, NK cells in blue and dead cells in red. All cells are enclosed in ARRALYZE® glass wells with a top diameter of 90 µm. The time-lapse video is composed of images taken every three minutes for a total duration of 540 minutes. The wells contain different numbers and ratios of target and NK cells. It can be seen that the killing efficiency of these NK cells vary significantly. The section shown here is only one field-of-view - covering 16 wells at a time. In total the chip contained 8.100 wells. The experiment was conducted in collaboration with the Önfelt lab at KTH/Stockholm.
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