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Volcano plot maker

Upload your DESeq2/limma results and get a clean, publication-ready volcano plot with significance thresholds and labelled genes — no R or Python required.

Why use it

Publication-ready by default

Proper log2 fold-change vs −log10 p-value axes, significance cutoffs, and journal-grade typography (Arial, high-DPI) out of the box.

No coding

Skip the ggplot2/matplotlib boilerplate — describe what you want and adjust thresholds, colours, and labels in plain language.

Export for journals

Download editable SVG or high-resolution PDF/PNG/EPS that meets submission requirements.

How it works

1

Upload your results

Drop in a CSV with fold-change and p-value (or adjusted p-value) columns from DESeq2, edgeR, or limma.

2

Set thresholds

Choose your significance and fold-change cutoffs and which genes to label.

3

Export the figure

Download a publication-ready SVG/PDF, or refine colours and labels first.

What you can do with it

RNA-seq papers

Show up- and down-regulated genes between conditions in one clear figure.

Proteomics & metabolomics

Any differential-abundance analysis maps onto a volcano plot.

Thesis & grant figures

Produce a consistent, styled figure set without wrangling plotting code.

Frequently asked questions

What data do I need for a volcano plot?

A table with a fold-change column (typically log2 fold-change) and a p-value or adjusted p-value column — for example, standard DESeq2 or limma output.

Can I label specific genes?

Yes — label the top significant genes automatically, or name specific genes of interest.

Is the figure publication-ready?

Yes — it uses journal-grade styling and exports editable SVG and high-DPI PDF/PNG/EPS suitable for submission.

Do I need to know R or Python?

No. The volcano plot maker is no-code; you upload data and adjust the plot in plain language.

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