ContactTelegram
f↗foldiffRESEARCH BETA
CellFate
All productsFoldiff · proteinsCellFate · cells
Workspace ↗

CellFate · How it works

Your cells.
Different signals.
Clear conclusions.

A lower signal is not an explanation. CellFate helps identify what changed in an experiment, which conclusions the measurements support and what is still missing.

Explore the learning example ↗
01

Cell model

Start with the question and the cells

Fibroblasts or a cancer cell model? Specify the line, cell state and research question. This determines which comparisons make sense.

Cell lineStateControl

Human fibroblasts; in oncology, established human cell lines in 2D monoculture. Organoids and clinical samples are not validated scenarios.

02

Input measurements

Import the table, retain its context

CSV, Excel or a saved JSON project. Map columns and identify controls, doses, times and independent replicates. Processed fibroblast values have a separate mode.

CSV / XLSX / JSONsample → condition → measurement

Technical wells do not become independent experiments. Means, SD and SEM remain distinct quantities.

03

Data quality

First check whether a comparison is valid

CellFate checks table structure, missing values and comparison conditions. Paired analysis needs control and treatment matched within each independent replicate.

✓ Units and time✓ Control and replicates! Missing readouts

Without baseline cell counts, there is no GR. Without direct event observations, division and death rates cannot be calculated. Missing measurements are not invented.

04

Signal and cell count

Less ATP does not always mean less metabolism per cell

Compare live-cell counts and energy signals separately. With suitable paired measurements, normalize the signal by cell count. This shows how much of a lower signal accompanies cell loss.

ATP 40%÷Cells 50%=Per cell 80%

In the learning example, 50% of cells and 40% of ATP remain: ATP per cell is 80% of control. Actual analysis calculates ratios within independent replicates first.

05

Dose and time

Follow how the response changes

Choose a condition, readout and time. Inspect observed values, controls and replicate spread. In oncology, suitable baseline data enables the GR growth-rate correction.

24 h48 h72 h

A line between measured points helps read the plot. It does not predict a later time. Flat cell counts alone cannot distinguish arrested division from balanced division and death.

06

Match the method to the question

Keep different experimental questions separate

Direct tracking events support division/death analysis. First outcomes with incomplete follow-up have their own mode. A combination matrix can be compared with Bliss and HSA references.

EventsFirst outcomesBliss / HSA

In the diagram: A = 80%, B = 70% live cells relative to control. Bliss expects 56%, while the observed combination is 45%; the contrast is 11 percentage points. This does not prove a mechanism or therapeutic efficacy.

07

Reproducible result

Save the result with its supporting data

Plots, numeric summaries, study context and limitations stay in the report. The archive contains inputs, results, calculation code and checksums so the calculation can be repeated.

HTML / CSV / ZIPdata + calculation + limitations

CellFate My projects is stored in this browser. Export JSON to transfer it. The report helps choose the next research question, not prescribe treatment.

What the data can support

Measurements first.
Explanations with evidence.

The service does not turn ATP into proof of death, similar curves into a mechanism or lower tumor-cell counts into treatment advice. Available conclusions depend on measurements and experimental design.

Methods, sources and limitations ↗

Start with an understandable example

Fibroblasts, cancer-cell response, dynamics and combinations. Ready-made examples need no registration.

Choose an example ↗