Experimental Workflow Diagram

An experimental workflow diagram is a schematic of the sequence and branching structure of an experiment. It connects sample inputs, group allocation, procedures, controls, and readouts. It explains how the study was organized; it does not replace a detailed protocol, a statistical analysis, or a study-specific reporting checklist.

Name the sample type, the major procedures in order, the control and intervention groups, and the measured outputs. Include exact labels and any decision criteria you have already verified. For an experimental workflow figure, distinguish parallel groups from pooled samples and explain what each arrow should mean. Do not ask AI to fill gaps in your protocol.

Yes. Describe which steps are shared, where material splits, and whether separate lanes later rejoin. A research workflow diagram should label each decision and its possible outcomes. Review the generated connections carefully: a shared box must not imply pooling when samples remain separate.

No. SciFig helps draft and edit an illustration; the author verifies its scientific meaning. Check sample identity, group labels, procedure order, units, and readouts against the approved methods. An experimental workflow diagram must not invent doses, timings, sample counts, randomization, or results that you have not supplied.

Eligible accounts can use available free credits to try generation. Registration and sufficient credits are required; the tool does not provide unlimited anonymous generation. Check current pricing and the selected processing options before generating or exporting additional versions.

Review the scientific sequence first, then check the labels and caption at the final display size. Preserve an editable source and select an export path supported by your result. Confirm the destination journal's file requirements and AI-image policy. A polished illustration alone does not establish scientific validity or journal acceptance.