Cytivate | Cell viability & cytotoxicity

cytivate.
Cell viability & cytotoxicity

Cell viability across
concentrations and time.

Cytivate brings concentration-response plots and assay methods together for cell viability and cytotoxicity research.

View response curves ↓
Concentration responseSimulated dataset
Simulated concentration response at 24, 48 and 72 hoursSimulated replicate measurements and a generating model, not experimental results.02550751000.1110100Concentration (µM · log scale)Relative response (%)0.1 µM; 97.67% response; replicate 10.1 µM; 100.37% response; replicate 20.1 µM; 101.27% response; replicate 30.3 µM; 97.08% response; replicate 10.3 µM; 99.78% response; replicate 20.3 µM; 100.68% response; replicate 31 µM; 94.7% response; replicate 11 µM; 97.4% response; replicate 21 µM; 98.3% response; replicate 33 µM; 87.5% response; replicate 13 µM; 90.2% response; replicate 23 µM; 91.1% response; replicate 310 µM; 66.88% response; replicate 110 µM; 69.58% response; replicate 210 µM; 70.48% response; replicate 330 µM; 38.76% response; replicate 130 µM; 41.46% response; replicate 230 µM; 42.36% response; replicate 3100 µM; 17.14% response; replicate 1100 µM; 19.84% response; replicate 2100 µM; 20.74% response; replicate 30.1 µM; 97.38% response; replicate 10.1 µM; 100.08% response; replicate 20.1 µM; 100.98% response; replicate 30.3 µM; 96.09% response; replicate 10.3 µM; 98.79% response; replicate 20.3 µM; 99.69% response; replicate 31 µM; 91.09% response; replicate 11 µM; 93.79% response; replicate 21 µM; 94.69% response; replicate 33 µM; 77.62% response; replicate 13 µM; 80.32% response; replicate 23 µM; 81.22% response; replicate 310 µM; 49.12% response; replicate 110 µM; 51.82% response; replicate 210 µM; 52.72% response; replicate 330 µM; 24.33% response; replicate 130 µM; 27.03% response; replicate 230 µM; 27.93% response; replicate 3100 µM; 11.33% response; replicate 1100 µM; 14.03% response; replicate 2100 µM; 14.93% response; replicate 30.1 µM; 96.76% response; replicate 10.1 µM; 99.46% response; replicate 20.1 µM; 100.36% response; replicate 30.3 µM; 93.99% response; replicate 10.3 µM; 96.69% response; replicate 20.3 µM; 97.59% response; replicate 31 µM; 84.04% response; replicate 11 µM; 86.74% response; replicate 21 µM; 87.64% response; replicate 33 µM; 62.43% response; replicate 13 µM; 65.13% response; replicate 23 µM; 66.03% response; replicate 310 µM; 32.15% response; replicate 110 µM; 34.85% response; replicate 210 µM; 35.75% response; replicate 330 µM; 15.23% response; replicate 130 µM; 17.93% response; replicate 230 µM; 18.83% response; replicate 3100 µM; 8.43% response; replicate 1100 µM; 11.13% response; replicate 2100 µM; 12.03% response; replicate 3
Select an exposure time or compare all three profiles.Download example CSV ↗
Experimental inputs

Concentrations, controls,
and exposure times.

Record assay conditions alongside the measurements used to construct each response curve.

01

Record assay conditions

Record the cell model, assay, treatment, concentration units, exposure time, and replicate structure.

02

Review measurements

Keep individual observations available alongside summaries. Document how background correction and normalization were performed.

03

Review response curves

Review the observed range and model assumptions before reporting concentration response parameters.

Methods & documentation

Assay methods and
response definitions.

About this example

Points show simulated replicate values; lines show the simulation models. The example contains seven concentrations at each of three exposure times. Download the CSV to inspect individual values.

Measurement and interpretation

The assay, controls, normalization, and model definition belong with the reported result. The response label should reflect what the assay measures. A single response curve does not establish a mechanism of cell death.

Software references

References: Thunor Web · CurveCurator.

Cytivate · Cell-based assay researchGarudaLab / cytivate.com