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CellsAI
Stop Manual Analysis.
Start AI-Powered Results.

Don't waste time on manual cell analysis.
Get accurate results in minutes, not hours.

99.2%
Classification Accuracy
10×
Faster Analysis
100+
Research Labs

API for Labs and Integrators

CellsAI provides a full-featured API for seamless workflow integration

Example API Request

curl -X POST https://api.cellsai.com/v1/analyze \
  -H "Authorization: Bearer YOUR_API_KEY" \
  -H "Content-Type: application/json" \
  -d '{
    "images": ["image1.tif", "image2.tif"],
    "model": "senescence-v2",
    "output_format": "json",
    "include_heatmaps": true
  }'
LIMS Integration
Seamless integration with Laboratory Information Management Systems and HCS pipelines
Automated Analysis
Process images and retrieve results without accessing the web interface
Multiple Formats
Retrieve reports in JSON, CSV, and PDF formats for flexible data handling
Custom Training
Support for custom model training and fine-tuning on your datasets

Capabilities & Insights

Powerful AI-driven tools that transform how you analyze senescent cells

Advanced Analysis Engine

  • ✓Process thousands of cells simultaneously with batch analysis
  • ✓Track cellular aging patterns over time with longitudinal studies
  • ✓Instant heatmaps and PCA visualizations for data insights

Transparent AI Decisions

  • ✓See exactly why each cell was classified as senescent
  • ✓Morphological feature overlays on your images
  • ✓Validate results with scientific rigor and confidence

Drug Discovery Accelerator

  • ✓Rank compounds by senolytic effectiveness instantly
  • ✓Filter by effect type: senolytic / senomorphic / neutral
  • ✓Accelerate therapeutic development pipeline

Scientific Validation

Built on rigorous research and proven methodologies

Public Datasets

Models trained on JUMP-CP and BBBC047 datasets

Peer-Reviewed

Results supported by publications in Nature, Cell Reports, and ScienceDirect

Industry Ready

Compatible with academic and industrial laboratory workflows

Sample Report

Cell Type:

HDFa

Senescence Probability:

0.84 ± 0.03

Top Morphological Features:

Increased nuclear area, decreased cytoplasmic texture variance

Compound Rank:

#3 (senomorphic class)

Batch Variance:

<5%

Request Access

Join 100+ research labs already using CellsAI. Request access now and start analyzing senescent cells today.