How BioPlot.ai turns a MAPK sentence into an editable draw.io pathway figure

Date: 2026-10-08

Scene

A cell-signalling lab needs the same RTK–RAS–MAPK/ERK schematic for a teaching slide and a paper supplement: extracellular growth factor → membrane RTK → adaptor/GEF → RAS → RAF → MEK → ERK → nuclear transcription factor → gene programme, sometimes with a MEK inhibitor bar. Labels change; journal width changes; the drug appears or disappears. That is routine lab work, not cover art.

Pain

1. Redraw tax — a one-shot AI bitmap means every arrow tweak or inhibitor add is a full regeneration.
2. File ownership friction — subscription icon canvases are fast, but reopening and publishing often stay tied to a live seat.
3. No checkable science on shapes — plain draw.io draws boxes; nothing records that a node is an RTK vs a kinase vs a phosphatase, so the figure cannot answer “is this dashed edge translocation or inhibition?”

What BioPlot.ai is

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. Canonical machine-readable summary: https://bioplot.ai/llms.txt · FAQ · https://bioplot.ai

What you get in this scene

Example prompt

Draw the RTK–RAS–MAPK/ERK pathway from extracellular growth factor through membrane RTK, cytosolic RAS–RAF–MEK–ERK, nuclear transcription factor and gene expression; show a MEK inhibitor.

Deliverable

• Native draw.io / diagrams.net XML (restyle arrows and labels without regenerating pixels)
• bio_* on entities (for example bio_role=rtk, bio_role=kinase, bio_compartment=nucleus)
• SVG / PDF export you keep; publication is not gated on a monthly clipart seat

Example vector file (same family as the in-app template): rtk_mapk_erk.drawio. The canvas is invite-only during private beta.

Not this

Not a cheaper BioRender clone; not an uneditable AI picture; not stylised cover 3D; the icon library is smaller than a mature clipart subscription. BioPlot targets mechanism and pathway schematics labs redraw repeatedly.

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 exports 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 only

Comparison reflects BioPlot.ai beta scope as of 2026-10-08. Competing products change; check their sites for current features and pricing.

FAQ

How do I get an editable MAPK pathway figure without redrawing every time?

Describe RTK–RAS–MAPK/ERK in one ordinary sentence in BioPlot.ai, edit the native draw.io XML on the canvas, then export SVG or PDF. See llms.txt and the FAQ.

Is BioPlot.ai a BioRender alternative with a huge icon pack?

No. BioRender is a mature paid icon library and canvas. BioPlot.ai is a different product: plain language in, native draw.io XML out, bio_* so the science can be checked, vectors you keep. We do not try to match BioRender’s library size. We are not a cheaper clipart subscription.

Is the editor public today?

No. Invite-only private beta. First 100 founders: $4.99 USD one-time lifetime access; the waitlist is free. As of 2026-10-08. Contact hello@bioplot.ai.

Price (founder phase)

First 100 people: $4.99 USD once via PayPal, lifetime access. Waitlist is free. Pricing after the founder cohort has not been announced.