Workflow resources

Make the workflow yours. Build results you can stand behind.

A short path through supported files, a first analysis, exports and places to get help.

Supported file types

Bring data from the instruments and tools you already use.

.itc

MicroCal raw data

Open raw ITC experiments for inspection, baseline fitting and integration.

.TA

NanoAnalyze export

Import TA Instruments / NanoAnalyze data exports.

.apj

PEAQ ITC projects

Work with project files from PEAQ ITC workflows.

.dat

Integrated heats

Bring in integrated heat data for fitting and further analysis.

A first analysis

A dependable route from measurement to result.

Open and review

Import one or more files, then check experimental setup and concentrations before processing.

Process carefully

Review the thermogram, set the baseline and make peak integration choices that match the experiment.

Fit with context

Choose a standard model and read the fit together with the data and residuals—not as an isolated number.

Export and record

Save clear figures or processed results and retain the project context behind the result.

ITC thermogram with a fitted binding curve and residuals — Use the thermogram, isotherm and residuals together when reviewing a fit.

Results that communicate

Export figures with the evidence still in view.

Good ITC reporting preserves the relationship between the raw signal, integrated heats, fitted model and residuals. FT-ITC Analysis is designed around this visible chain.

Explore the analysis workspace →

Research & citation

Follow the work behind FT-ITC Analysis.

A dedicated paper describing the software is on its way. In the meantime, the studies below used FT-ITC Analysis in their thermodynamic workflows.

Forthcoming

FT-ITC Analysis software paper

Citation details and a link to the publication will be added here when the paper is available.

Research using FT-ITC Analysis

Nat. Commun.
2024

Molecular switching in transcription through splicing and proline-isomerization regulates stress responses in plants Nature Communications 15, 592 · Theisen et al.

J. Am. Chem. Soc.
2025

Proline cis/trans Conformational Selection Controls 14-3-3 Binding Journal of the American Chemical Society 147, 5714–5724 · Theisen et al.

Help and feedback

Need help, found a bug or have an idea?

The source repository is the best place to review documentation, inspect version history and report reproducible issues.

When reporting an issue

Include the input file type, the expected and observed outcome, and a minimal example dataset or export when possible.

Open an issue on GitHub ↗ Contact support ↗