SYNENTEC provides in the field of automated imaging systems the latest standard in image acquisition, device controlling and image- and data analysis software. And the available data batch-processing solutions provide highest claims in plate throughput - all specifically designed for SYNENTEC's imaging and automation solutions.

YT-SOFTWARE

• Image acquisition, device controlling as well as image and data analysis software for our portfolio of automated imaging systems.

BATCH PROCESSING SUITE

• Batch processing solutions providing the highest claims in plate throughput.

AUTOMATION SUITE

• Take advantage of SYNENTEC’S high throughput automation with additional features for high throughput applications.

AI-SUITE

• AI-based image processing workflow all specifically designed for SYNENTEC's imaging and automation solutions.

GxP SUITE

• Audited Imaging Requirements - 21 CFR part 11 / Annex 11 compliant imaging and image processing.

AUDIT SERVER

• AUDIT Server supports multi-device audit trailing in automation including batch processing.

FLUORESCENCE VIEWER PRO

• Directly launchable from YT-SOFTWARE or as standalone program to plan fluorescence assays for NYONE and CELLAVISTA and quickly visualize fluorescence spectra from various dyes 

>>>GET YOUR OWN ONE

With YT-SOFTWARE® we offer a way to quickly and easily answer your individual cell culture questions and turn your captivating images into meaningful numbers. 
YT-SOFTWARE® supports over 64 pre-configured imaging apps - ready to use - which are continuously extended and providing all applications for your high-throughput R&D processes.

We offer innovative methods and technologies to help you achieve your R&D goals. Our automated cell imagers provide the highest image quality of any cell imaging system on the market, and combined with cutting edge software suites and laboratory automation solutions, ensure the most effective support in your field of application. Some typical examples:

• Cell Line Development (e.g. Single Cell Cloning, Proof of Monoclonality, CRISPR/Cas9 Tracking, Transfection Efficiency, Cell Viability Monitoring, PAIA Protein Titer Measurements, PAIA Glycosylation Measurements, Fluorescent Activated Single Cell Cloning (FASCC)) 
• Cancer Research and Drug Discovery (e.g. Imaging of 3D Spheroids, Toxicity Testing, IC50 studies, Cell Expansion Tracking, Apoptosis Monitoring, Nucleus Characterization, Wound Healing & Migration Assay, yH2AX-DNA-Damage, Cell Cycle & Mitosis)
• Stem Cell Research (e.g. iPS Colony Count, Fluorescent Pluripotency Studies, Validation of Proliferation and Cell Migration, Cell Differentiation Analysis, Recombinant Lectin Probes, Cornea Cell Count, siRNA Detection, iPS-Cell-Marker Characterization)
• Immunology (e.g B-Cell and T-Cell Studies, Cytotoxic T-Lymphocyte Testing, Evaluation of Helper T-Cells and Subsets, Performing Cell Death Studies)
• Vaccine Research (e.g. Focus Forming Assay (FFA) for Virus Titer Quantification, Immunofluorescence Foci Assay (IFA) for Viral Infectivity, Viral Plaque Assay, Viral Pathogenesis with Quantifying Morphological Changes, Transduction Efficiency with Fluorescence Coupled Gene Expression, Cytopathic Effect Quantification (Viral CPE))