SnapCyte Solutions Inc. offers an AI-driven platform for real-time cell culture analytics, utilizing image-based analysis to provide precise data on cell proliferation, viability, and migration. This technology reduces assay time by 35 minutes and eliminates the need for disposable slides, significantly lowering costs and environmental impact for researchers.
Funding
$733.9K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional cell culture analysis methods are often time-consuming, require specialized equipment, and can generate significant waste through the use of disposable slides. This can lead to inefficiencies in research workflows and increased costs for laboratories.
Solution
SnapCyte provides an AI-driven image analysis platform that enables real-time cell culture analytics using standard microscopy images. The platform automates cell counting, viability assessment, proliferation tracking, and migration/invasion assays. By applying deep learning models to cell images, SnapCyte delivers accurate and consistent data, reducing assay times and eliminating the need for disposable slides. The platform is compatible with various image types and cell culture vessels, streamlining research workflows and improving data quality.
Target Audience
SnapCyte is designed for cell biologists, researchers in drug development, cancer research, and toxicology, and other scientists who require accurate and efficient cell culture analysis.
Features
- AI-powered image analysis for cell counting, viability, proliferation, and migration/invasion assays
- Compatibility with images from smartphones, standard microscopes, and 2D/3D microscopy techniques
- Deep learning segmentation models for precise quantification of cell parameters, including cell count, area, size, and morphology
- Non-invasive doubling time assay in any cell culture vessel
- Automated cell tracking to capture individual cell trajectories and quantify cell migration
- Cloud-based platform for instant data delivery and collaboration
- Custom AI model development for complex structures in 2D and 3D microscopy images