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Free Inflammasome Diagram Generator for NLRP3

Build an NLRP3 inflammasome schematic with priming, activation and downstream branches. Edit scientific labels and export the pathway as SVG or PNG.

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Free Inflammasome Diagram Generator for NLRP3— templates & examples

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Free Inflammasome Diagram Generator for NLRP3

Build an NLRP3 inflammasome schematic with priming, activation and downstream branches. Edit scientific labels and export the pathway as SVG or PNG.

An inflammasome diagram shows how a sensor complex assembles with an adaptor and pro-caspase-1 to connect inflammatory signaling with downstream responses. Build an NLRP3 inflammasome schematic with priming, activation and downstream branches. Edit scientific labels and export the pathway as SVG or PNG.

NLRP3 inflammasome overview with ASC, caspase-1 and downstream branches
  • Separate priming and activation
  • Locate the NLRP3 complex
  • Follow downstream branches
  • Edit the pathway presentation

Inflammasome Diagram Generator for NLRP3 Features

Use SciFig to work with the specific inputs, labels and exported outputs described below.

Separate priming and activation

SciFig’s inflammasome diagram generator distinguishes the priming stage from activation and complex assembly. This separation helps explain that increased availability of pathway components and assembly of the inflammasome are different parts of the model. Keep the stage labels visible when preparing an overview for a seminar.

  • Distinguish the two stages
  • Label the priming branch
  • Show the activation route
Separate priming and activation

Locate the NLRP3 complex

Place NLRP3, ASC and pro-caspase-1 in the assembly view with their individual labels. The adaptor connects the sensor to the caspase recruitment side of the schematic. The diagram preserves these separate identities instead of treating the complex as an unlabeled arrow between stimulus and cytokine.

  • Identify NLRP3
  • Locate the ASC adaptor
  • Show pro-caspase-1 recruitment
Locate the NLRP3 complex

Follow downstream branches

Show cytokine processing and the gasdermin-related branch as distinct outputs downstream of caspase-1. SciFig keeps the branches connected to the shared upstream complex. This lets a figure explain inflammatory outputs and pyroptosis-related membrane effects without relabeling the pathway as apoptosis.

  • Separate cytokine and GSDMD branches
  • Use one shared upstream complex
  • Retain directional connections
Follow downstream branches

Edit the pathway presentation

Choose a focused preset, edit molecular labels and adjust colors for the explanation. Export SVG or PNG, then retain the JSON settings for another revision. The local schematic gives you a stable arrangement for discussing the selected canonical NLRP3 mechanism.

  • Choose a focused mechanism view
  • Edit the molecular labels
  • Save and export locally
Edit the pathway presentation

How to Create the Diagram

Follow the local controls to prepare the inflammasome diagram from your input.

  1. Choose the mechanism view

    Start with an overview, priming-focused or downstream-focused preset. Choose the view according to the specific step being explained, keeping NLRP3, ASC and caspase-1 identities consistent across the panels.

  2. Set the visible branches

    Use the mechanism controls to select the pathway detail needed in the figure. Keep cytokine processing separate from the GSDMD branch, and retain the shared upstream components when both outcomes are shown.

  3. Edit scientific annotations

    Replace the title and molecular labels with the terminology used in your presentation. Keep receptor, adaptor, precursor and active-product terms distinct. Colors can help organize the branches while the text labels preserve their scientific meaning.

  4. Export the inflammasome schematic

    Download SVG for a scalable pathway panel or PNG for a slide. Save JSON settings with the figure to reopen its molecular labels and pathway view. The same configuration can support a focused panel and a later overview.

Ways to Use the Diagram

Choose a focused figure for the question and document you are preparing.

NLRP3 assembly linked to cytokine and GSDMD outputs

Introduce inflammasome assembly

Use the assembly panel to explain the relation between a sensor, adaptor and recruited pro-caspase. The NLRP3-specific drawing provides a concrete example while keeping the component labels readable.

Explore this example
Priming-focused NLRP3 inflammasome view

Teach priming and activation

Export separate views to distinguish priming from assembly and activation. A shared visual vocabulary helps students follow the two stages without interpreting them as the same molecular event.

Explore this example
Caspase-1 cytokine-maturation branch

Explain cytokine maturation

Focus on the cytokine-processing branch downstream of caspase-1. Keep the upstream complex in the panel so the audience can connect assembly with the selected inflammatory output.

Explore this example
Inflammasome GSDMD branch and pyroptosis-related membrane schematic

Discuss pyroptosis pathways

Use the GSDMD branch when discussing the membrane-related response. Pair the diagram with a separate apoptosis schematic when contrasting the processes, keeping each pathway’s components and labels distinct.

Explore this example
NLRP3 inflammasome overview with ASC, caspase-1 and downstream branches

Prepare an immunology overview

Place the inflammasome panel alongside an immune-response diagram. The broader panel introduces the response context, while the NLRP3 panel supplies the specific assembly mechanism.

Explore this example
NLRP3 assembly linked to cytokine and GSDMD outputs

Coordinate pathway figure edits

Save the selected view and annotations as JSON when sharing a figure revision. A collaborator can reopen the configuration, update the molecular wording and export the revised panel without redrawing its branches.

Explore this example

How Researchers Use SciFig

Our reading group needed an inflammasome diagram focused on NLRP3 rather than a general inflammation pathway. I used the complete preset and edited the component labels. The SVG kept ASC, active caspase-1 and the two downstream branches in one overview, which helped me distinguish assembly from the separate priming discussion in my slides.

Elena Rossi

Innate Immunity Doctoral Researcher · University of Padua

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