In a recent publication in Cancers, Hedemann et al. impressively demonstrate the usefulness of NYONE® Scientific to image and analyze the combined effects of a small-molecule inhibitor and chemotherapy in a cancer spheroid model. >>>
Application Spotlight: Imaging and Analysis of Ovarian Cancer Spheroid Models
Your Partner in automated High-throughput Imaging
CELLAVISTA 4
CELLAVISTA® 4 is a fully automated cell imager designed for the characterization of cells as an integral step of your research, development and production process. The CELLAVISTA® 4 imaging system support state-of-the-art automation and can be easily linked with Plate Stackers, Cell printers, Incubators, Liquid Handlers & Clone Pickers. >>>
NYONE
Due to the fact that many labs run their application in medium throughput, NyONE® is the perfect choice to save money and bench space. This fully automated cell imager is characterized by its mechanical robustness, optical quality and functionality balanced features in a way that you will soon recognize that NyONE® is a reliable member of your team. >>>
One Software Package - Endless Opportunities
We offer customized imaging solutions to solve your individual cell culture challenges, such as demonstrating monoclonality for regulatory approval in the filed of cell line development with our CLD-specialized systems. Or viability tests and cell density measurements in process development as well as high content applications - which can be covered in particular with our new SCIENTIFIC instrument-series, designed around a highly sensitive 16 bit sCMOS camera.
We develop automated cell culture microscopes such as CELLAVISTA® and NYONE® to offer a way to answer your individual cell culture questions in a fast and easy way. Our YT-image analysis software® is constantly being expanded with new applications and contains data batch-processing solutions for highest claims in plate throughput and automated data handling.
Our products are used both in the field of cell line development as well as in scientific research and we know that time becomes an increasingly scarce resource in the lab too. Therefore we developed also the automated high throughput SYBOT-1000® plate handler as well as providing the automated assay incubator CytomatTM 2 C-LiN and ready-to-use Assay-Kits for complete one-hand solutions!
Applications like…
- Single Cell Cloning (SCC), High Resolution Cloning as well as Fluorescence activated SCC (FASCC)
- Trypan Blue Viability Count
- Suspension Cell Count, Confluence Measurement and Colony Detection
- FASC Seeding Control
- Transfection/Transduction Efficiency
- CRISPR/Cas Gene Editing
…provide only a part of all the possibilities amongst which we facilitate your daily lab use in CLD and make it a little more professional!
You like going more into the depth? Discover your cells with applications like…
- Characterization & growth monitoring of 3D Spheroids
- Cell Nuclei Count and Characterization
- Immunocyto-stainings (ICC/IHC)
- Antibody Internalization
- Flux-Assay
- CD-marker Analysis
- iPS-cell Detection
- Toxicity Studies
- Apoptosis Monitoring
- Quantification of 3D Spheroids
- Total Well Intensity Quantitation (PAIA-assay, Proliferation...)
…and see what's possible with our SCIENTIFIC Product Line - designed around a 16-bit sCMOS camera that offers both high-throughput and high-content fluorescence imaging!
Highly automated 21 CFR part 11 compliant Imaging and Image Processing with YT-AUDIT
All GMP-relevant automated systems must be validated to ensure accurate, reliable and consistent data processing according to specifications.
In this context, every setting that can be changed in the software and has a direct influence on the result of the object to be measured is quality-relevant. Any change to this quality-relevant setting is recorded in the audit trail.
Settings without quality-relevant influence on the product need not and should not be included in the audit trail for reasons of overview and space requirements.
YT-AUDIT now takes care of all these decisions and control mechanisms for you. Fully automated.
