How BioPlot.ai turns a grant specific-aims sentence into an editable draw.io figure

Date: 2026-10-12

Scene

A principal investigator packing an NIH R01 / foundation PDF needs the same specific-aims schematic for the aims page and for reviewer slides: a three-arm experimental design (vehicle / PI3K inhibitor / rescue) next to the key PI3K–AKT–mTOR pathway the aims measure (phospho-AKT, colony formation). The inhibitor name and readout change between cycles. That is routine grant craft, not cover art.

Pain

1. Redraw tax — every inhibitor rename or readout swap on a one-shot AI bitmap is a full regeneration.
2. File ownership friction — subscription icon canvases are fast, but the PDF package needs SVG/PDF you keep without a monthly seat.
3. No checkable science on shapes — plain draw.io draws boxes; nothing records that a node is a kinase vs a readout vs an arm label.

Solution

BioPlot.ai is an AI scientific-illustration tool that converts plain-language descriptions of biology into editable draw.io pathway figures you own. You write an ordinary sentence about cells, receptors, ligands and how they interact; BioPlot returns a vector diagram in which every entity carries bio_* semantic metadata, so the science can be checked instead of becoming anonymous boxes or a one-shot AI image. Figures open in a draw.io-based canvas and export as SVG or PDF you keep. BioPlot is not a rented clipart library. Example prompt

Grant specific-aims figure: three-arm study (vehicle, PI3K inhibitor, rescue) next to the PI3K–AKT–mTOR pathway measured by phospho-AKT and colony formation.

Deliverable

• Native draw.io / diagrams.net XML (rename the inhibitor without regenerating pixels)
• bio_* on entities (kinase, ligand, compartment, readout)
• SVG / PDF export you keep; publication is not gated on a monthly clipart seat

Demo (prompt → pathway → inhibitor label edited): Still frame from the PI3K–AKT–mTOR sidebar template family: Canonical facts: https://bioplot.ai/llms.txt · FAQ · https://bioplot.ai. The canvas is invite-only during beta.

Not this

Not a cheaper BioRender clone; not an uneditable one-shot AI bitmap; not cover-grade 3D; the icon library is smaller than mature clipart subscriptions; BioPlot does not invent biology from raw omics.

Comparison

Capability	BioPlot.ai	BioRender	Plain draw.io
Figure from plain language	Yes	No	No
Output stays editable as vectors	Yes (draw.io XML)	Yes (in its canvas)	Yes
Keep exported files without a monthly seat	Yes	Publication often tied to a live licence	Yes
Biological semantics on shapes	Yes (bio_*)	No	No
Rules-guided pathway layout	Yes	Manual	Manual
Large ready-made icon library	Growing; not the product	Extensive	General shapes

As of 2026-10-12, private beta. Competing products change; check their own sites.

FAQ

How do I get an editable grant aims figure without redrawing every inhibitor rename?

Describe the experimental arms and the pathway in one sentence. BioPlot.ai returns native draw.io XML. Edit the inhibitor or readout label on the canvas, then export SVG/PDF for the PDF package.

Is BioPlot.ai a cheaper / fuller BioRender?

No. BioRender is a mature paid icon library and canvas. BioPlot.ai is plain language → editable draw.io scenes + checkable bio_* + files you keep.

Price (as of 2026-10-12, private beta)

Editor, icons and SVG/PDF export are free. AI Canvas is $4.99 USD once for the first 100 people (lifetime), then $4.99 USD per month. The waitlist is free. Contact hello@bioplot.ai.