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Show Me the Data: Clinical Report Design Techniques

Collecting clinical data is one thing. Turning it into something people can quickly understand and use is another. This series explores practical approaches to clinical report design, from predictable, programmatic reports to AI-generated reports that adapt to the data and what matters for each patient.

A clinician holding a tablet showing a participant clinical summary with key findings, current medications, recent labs, a seizure-frequency graph and imaging, beside a laptop showing the same information as a raw table of every record, with an arrow running from the table to the summary.

We collect a lot of data in clinical research. Why wait until the end of a study, or until someone sits down to write a manuscript, to put those data to work?

Clinical reports can make accumulated data useful almost immediately. They can bring information together in an easily digestible form, help identify changes and patterns, support treatment decisions, and make years of accumulated information easier to understand.

This can be particularly important for patient registries, where data may accumulate over many years. The information may all be there, but that doesn't necessarily mean someone can readily find or understand what matters.

The challenge is turning everything we've collected into something people can actually use. Across this series, we'll look at practical clinical report design techniques, including:

  • Deciding what belongs on stage by organizing, prioritizing, and minimizing information so what's important doesn't get buried, while keeping supporting details available when they're needed.
  • Choosing how information should be represented using color, spatial relationships, graphs, tables, timelines, and other visual techniques that can make meaning easier to see.
  • Connecting the big and small pieces by summarizing years of accumulated data while selectively surfacing current values, meaningful changes, and individual findings that still deserve attention.
  • Building a picture of the patient and the task by combining icons, color, visual scales, anatomy, and other representations around how someone needs to understand the case or what they need to do.
  • Bringing AI into clinical reporting by using prompts to generate clinical notes and reports, deciding how much direction to provide, iterating through feedback, and considering where predictability, verification, and human review still matter.

The goal is straightforward: don't just collect the data. Put it to work.

5 of 5 parts published

A clinician holding a tablet showing a participant clinical summary with key findings, current medications, recent labs, a seizure-frequency graph and imaging, beside a laptop showing the same information as a raw table of every record, with an arrow running from the table to the summary.
SUMMARYYou are here

Show Me the Data: Clinical Report Design Techniques

Collecting clinical data is one thing. Turning it into something people can quickly understand and use is another. This series explores practical approaches to clinical report design, from predictable, programmatic reports to AI-generated reports that adapt to the data and what matters for each patient.

A large printed Patient Clinical Report standing centre stage under a spotlight between red theatre curtains, with stacks of paper labelled lab results, imaging, procedures, medications, past history and more waiting in the wings.
PART 1

Clinical Report Design: What Belongs on Stage?

A clinical report can contain everything and still make the important information hard to find. Part 1 looks at how to decide what belongs in the foreground, what can recede into the background, and how to keep the details available when someone needs them.

A kitchen counter laid out like a recipe. A mixing bowl labelled Clinical Report holds charts, a brain diagram and tables, surrounded by small bowls labelled colour, graphs, spatial relationships, icons and visual cues, dynamic tables and timelines, beside a bottle labelled simplicity.
PART 2

Clinical Report Design: Ingredients of a Good Recipe

Once you've decided what belongs on a clinical report, the next challenge is deciding how that information should be represented. Part 2 looks at how color, spatial relationships, graphs, tables, timelines, and other visual cues can make meaning in the data easier to see.

A patient clinical report assembled as a jigsaw, with interlocking pieces for current status, key outcomes, treatment, patient-reported outcomes, notable events and imaging, and loose pieces labelled genetics, family history, visit notes and historical trends waiting at the edges.
PART 3

Clinical Report Design: Connecting Big and Small Pieces

Years of clinical data can be difficult to understand one value at a time. Part 3 looks at how a report can summarize accumulated information and selectively bring forward current values, meaningful changes, and individual findings without losing access to the underlying details.

A stack of raw Patient Data tables on the left, an arrow labelled from data to insight, and on the right a patient summary built from gauges, organ icons, a weekly medication grid and recent imaging and lab panels.
PART 4

Clinical Report Design: A Picture Is Worth a Thousand Data Points

Clinical reports don't always need to make someone read numbers, scores, and text to understand what's happening. Part 4 looks at how visual representations can be combined into a larger picture organized around how someone understands the patient or what they need to do.

A flow diagram: clinical data sources feed an AI prompt asking for a clinical summary, which passes through AI models GPT-4, Claude and Gemini, producing a clinical summary with current status, key findings, current treatments, safety considerations and follow-up.
PART 5

Clinical Report Design: When AI Joins The Team

AI gives us a new way to turn clinical data into something people can use, but it also changes who is making some of the design decisions. Part 5 looks at two approaches: giving AI detailed instructions for structured clinical notes and reports, or giving it more freedom to decide how information should be organized and visualized, while keeping verification, reproducibility, and human review in view.

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