How to Create a Graphical Abstract for Your Research Paper

A graphical abstract is a single visual, combining images, icons, charts, or diagrams with minimal text, that summarizes the core message of a research paper. More journals now require one at submission, and even when it’s optional, a well-designed graphical abstract is often the first, and sometimes only, part of a paper that a reader engages with before deciding whether to read further.

This article covers the following:

• What a graphical abstract is and why journals increasingly require them
• A step-by-step process for creating one, from concept to final file
• Tools researchers commonly use, at different skill and budget levels
• Mistakes that most often undermine an otherwise strong graphical abstract

What is a graphical abstract?

A graphical abstract is a visual representation that summarizes a manuscript using pictures, icons, bar charts, flow diagrams, and other visual elements to display the research aim, methods, and findings. Unlike the written abstract, it is not meant to function as a standalone scholarly record. It is a companion piece, designed to be understood at a glance, often by readers outside the paper's immediate subfield.

Journals that require graphical abstracts (Elsevier titles, Cell Press, and many others) typically specify exact dimensions, file formats, and sometimes even color or font guidelines. These specifications should be confirmed before design work begins, since reformatting a finished graphic to meet requirements discovered late is one of the most common sources of last-minute delay during submission.

Why graphical abstracts matter

Graphical abstracts appear in more places than the published paper itself. They surface in journal tables of contents, database search results, and social media shares, often reaching readers who would never have opened the full PDF based on the title alone. A cluttered or rushed graphic undersells strong research, while a clear one can meaningfully widen who notices a study and engages with it.

How to create a graphical abstract

1.  Identify the single core message. Before opening any design software, researchers should write down the one finding or contribution they want a first-time viewer to walk away with. Graphical abstracts most often fail not because the design is poor, but because they attempt to represent the entire paper, including methods, all results, and limitations, rather than the single idea that matters most at a glance.

2.  Sketch the layout before building it. Most of the actual thinking in this process happens on paper, not in software. Researchers should consider where a viewer's eye should enter the image, whether the flow should move left to right or top to bottom, and whether the content is best represented as a process (e.g., arrows or flow diagram) or a comparison (e.g., before and after or split panel). Establishing this structure first makes the design phase considerably faster.

3.  Choose a visual format suited to the content. A process or mechanism is typically best shown as a flow diagram with arrows. A comparison or intervention effect works well as side-by-side panels. A conceptual relationship is often best represented with a simple schematic rather than a full data figure. Researchers should avoid repurposing a results figure from the manuscript as-is. Graphical abstracts are most effective as original, simplified visuals rather than dense charts with axis labels and error bars.

4.  Select a tool appropriate to your skill level and budget. Several tools are commonly used for this purpose:

• BioRender: a large library of scientifically accurate icons, popular in the life sciences
• Canva: accessible templates, well suited to a first attempt with no design background
• Adobe Illustrator: full design control, with a steeper learning curve
• Inkscape: a free, open-source alternative to Illustrator
• PowerPoint: often underused, but sufficient for simple, clean layouts

5.  Keep text to a minimum. A graphical abstract is not a slide with bullet points. Short labels communicate more effectively than full sentences, and if a viewer needs to read a paragraph to understand the image, the visual has not yet done its job.

6.  Confirm journal specifications before finalizing the file. This includes pixel dimensions, resolution, file format (commonly TIFF, EPS, or high-resolution JPEG), and color mode. Submitting a graphic that does not meet a journal's stated requirements remains one of the most common, and most avoidable, causes of correspondence delays during submission.

7.  Seek feedback before submitting. Showing the graphic to a colleague outside the study’s immediate specialty and asking what they understand the study to have found based on the image alone, is a reliable way to catch confusion before a journal or reader does.

Common mistakes to avoid

• Overcrowding the image with every result instead of the single most important one
• Reusing a data figure from the manuscript instead of designing something purpose-built for a general audience
• Inconsistent icon or color style, which reads as unpolished even when the underlying content is strong
• Overlooking accessibility, particularly colorblind-safe palettes, given how widely these images circulate on social media
• Skipping a journal’s technical requirements, which frequently leads to resubmission requests

Final thoughts

A graphical abstract asks a researcher to be a scientist and a designer at the same time, often on a tight deadline. Getting the science right is usually the easier half. Communicating it clearly to a non-specialist in a matter of seconds, while meeting a journal’s exact technical requirements, is where most first attempts run into difficulty. Researchers who would rather not spend hours learning design tools or interpreting journal artwork specifications can turn to AJE’s Research Promotion services. AJE’s experts translate complex findings into publication-ready graphical abstracts that are designed to communicate the study’s key message clearly while meeting journal requirements.