Health Data Storytelling

Top 9 Alternatives of Fujifilm for Zero-Footprint Diagnostic Viewing

A practical guide to bringing health data to life through storytelling

Published on healthdatastorytelling.com, 2019–2020

This resource is for health organizations that want to publish reports, data or insights to harness the power of storytelling and bring data to life. Drawing from journalism techniques and research on psychology, sociology and science communication, From Numbers to Narrative walks you step by step through the process of crafting high-impact, data-driven health reports and insights.

The Power of Storytelling

With a data storytelling approach, your readers will be able to easily understand, absorb, and act on the data you’re reporting.

Why are health reports often dense and boring? While they might be factually correct and contain nuggets of compelling data, they tend to have one glaring missing element: a storyline. Without a narrative, readers will quickly lose interest and won’t be able to gain insights from the data, nor will they be compelled to act on it.

Many radiology teams are replacing their current viewers because browser updates keep breaking downloads and plugins. The same teams also face rising storage bills when they keep adding local servers for every new location. This article lists nine zero-footprint options, points out what each handles well, and names the one platform that combines a true browser viewer with cloud PACS and built-in AI tools.

By the final page you will have a side-by-side view of deployment models, security settings, and cost structures for Medicai, Intelerad, ProtonPACS, Sectra, PostDICOM, PaxeraHealth, Sirona Medical, Exa PACS, and RamSoft. You will also see a short checklist that turns those details into a clear next step for your own rollout.

What to Look For in Zero-Footprint Diagnostic Viewing Solutions

Evaluate zero-footprint DICOM viewers by checking browser-based access without client installs, full diagnostic tools in HTML5, and secure HIPAA-compliant data handling. These factors determine whether a platform can replace traditional workstation software in clinical workflows.

Five technical requirements separate basic viewers from full diagnostic platforms. First, lossless compression streaming must support CT and MRI modalities without quality loss during remote access. Second, HL7 and FHIR integration should connect directly with existing RIS and EMR systems for seamless data flow.

Third, vendor-neutral archive support allows institutions to store images across multiple vendors without lock-in. Fourth, multi-modality viewing must include mammography and ultrasound alongside standard X-ray and CT studies. Fifth, audit logging records every image access event for compliance and security tracking.

These capabilities matter most when radiologists work across different sites or need immediate consultation on complex cases. Browser-based platforms that meet all five requirements reduce workstation dependency while maintaining diagnostic accuracy.

1. Medicai - Best Overall

Medicai website

Medicai leads the comparison by combining a browser-native viewer with integrated cloud PACS and patient case management on a single HIPAA and GDPR compliant platform.

The platform serves more than 10,000 active doctors across 70 clinics and hospitals worldwide. It processes over 1 million studies annually and has accumulated more than 2 million imaging studies uploaded since launch.

Providers gain access through any modern browser without workstation software or local installations. This approach matches the needs of teleradiology teams and multi-site practices that require immediate access to diagnostic images.

Zero-Footprint DICOM Viewer Capabilities

The platform delivers full diagnostic quality on any HTML5 browser without plug-ins or local software installs.

The zero-footprint DICOM viewer supports multi-planar reconstruction for detailed anatomical review. Cine playback enables smooth motion review of cardiac and vascular sequences across modalities.

Annotation and measurement tools allow precise length, angle, and area calculations directly in the browser. Modality-specific presets optimize image presentation for CT, MRI, X-ray, ultrasound, and mammography exams.

Structured reporting features help radiologists create standardized findings documents that connect with existing RIS and EMR systems. The viewer maintains diagnostic quality while supporting rapid image loading through efficient streaming.

Cloud PACS and Storage Options

Cloud PACS and vendor-neutral archive deliver scalable storage with automated backup and disaster recovery.

Four storage services address different workflow needs. Medical Image Exchange enables secure transfer between facilities. Patient Case Management organizes studies with patient context for multidisciplinary review.

Vendor Neutral Archive provides long-term storage independent of equipment vendors. Backup and Disaster Recovery ensures data protection through automated redundancy across Microsoft Azure infrastructure.

The platform currently stores 1.7 million studies and handles over 50 million API transactions each year. This infrastructure supports high-volume radiology groups and research institutions requiring reliable access to historical imaging data.

Pricing and Deployment Models

Two monthly plans balance cost against storage volume and connected-site requirements.

The Starter plan at $249 per month provides 500 GB of cloud storage with unlimited user accounts and no connected locations. This option suits smaller practices or initial evaluation of cloud-based diagnostic viewing.

The Standard plan at $749 per month includes 2 TB of storage with unlimited users and one connected location. Both plans offer global online availability and support DICOM gateway integration for facilities requiring direct equipment connections.

Enterprise customers access custom pricing for multiple connected locations and external partner access. Yearly billing provides 15 percent savings compared to monthly rates for organizations committing to longer-term subscriptions.

2. Intelerad

Intelerad website

Intelerad offers enterprise-grade PACS with zero-footprint web options for diagnostic reading across multiple sites. The platform supports both cloud and on-premise deployment models that help organizations match their existing infrastructure requirements.

Enterprise image exchange capabilities allow secure sharing of medical imaging across healthcare networks. These tools enable clinicians to access studies from any browser without installing dedicated software on local workstations.

The system handles DICOM workloads and connects with vendor-neutral archives to consolidate imaging records. Hospitals and large health systems often use this approach to combine radiology, cardiology, and pathology data into unified workflows.

Users can view CT, MRI, X-ray, ultrasound, and mammography studies through standard web browsers. This design supports teleradiology programs and remote reading scenarios where radiologists need access from different locations.

Integration with existing RIS, EMR, and EHR systems occurs through HL7 and FHIR standards. These connections help maintain workflow continuity while supporting diagnostic viewing across multiple modalities without requiring local workstation installations.

3. ProtonPACS

ProtonPACS website

ProtonPACS delivers a fully managed cloud PACS with integrated zero-footprint viewer for smaller imaging centers. This service-based approach handles storage, maintenance, and system updates through a third-party provider.

The managed-service model removes the need for local servers and dedicated IT staff. Users gain secure browser-based access to DICOM images from multiple modalities including CT, MRI, X-ray, and ultrasound.

Deployment begins with a consultation phase where imaging workflow requirements are mapped. Configuration, data migration, and testing follow before the platform becomes active for clinical use.

Typical rollout spans several weeks. The timeline depends on the number of modalities connected and any existing RIS or EMR integrations required for seamless operation.

4. Sectra

Sectra website

Sectra supplies enterprise imaging solutions with scalable zero-footprint access and advanced visualization. The platform supports large hospital networks that need diagnostic viewing across multiple departments.

Users access radiology, cardiology, and oncology studies through a web-based viewer that requires no local installation. This approach simplifies deployment across facilities that use different workstations and modalities.

The company offers modular add-ons that extend into cardiology and oncology workflows. Hospitals can expand these tools without replacing the core viewing system.

Sectra operates in more than 2,500 sites worldwide. The company maintains a vendor-neutral archive and supports DICOM imaging standards across CT, MRI, X-ray, and ultrasound studies.

Integration capabilities include HL7 and FHIR standards that connect with existing RIS and EMR systems. This setup allows secure image exchange between departments and external partners.

5. PostDICOM

PostDICOM website

PostDICOM provides an affordable cloud PACS with browser-based zero-footprint viewing and secure sharing.

The platform operates as a cloud-based DICOM viewer that supports multiple medical imaging modalities including CT, MRI, X-ray, and ultrasound. Users access studies through any modern browser without installing additional software or plugins on their workstations.

PostDICOM includes standard diagnostic tools such as multiplanar reconstruction, 3D volume rendering, and measurement capabilities. The HTML5 viewer also supports reporting functions that allow radiologists to document findings directly within the interface.

Subscription tiers vary based on storage needs and user count. Every plan includes a trial period, and no charges apply during the verification process. Data storage occurs across multiple Microsoft Azure regions to ensure geographic redundancy.

Security and compliance features include HIPAA, GDPR, ISO 13485, and ISO 27001 certifications. These standards support usage across hospitals, clinics, teleradiology practices, dental offices, and veterinary facilities that require regulatory adherence.

The service also offers password-protected image sharing and teaching library capabilities for academic institutions. This combination addresses both clinical workflow requirements and educational use cases within the same platform.

6. PaxeraHealth

PaxeraHealth website

PaxeraHealth focuses on AI-enhanced PACS with zero-footprint viewers supporting multiple modalities. The platform delivers browser-based diagnostic viewing across CT, MRI, X-ray, and ultrasound studies.

AI-driven workflow tools automate repetitive tasks in radiology departments. These tools include algorithms that detect abnormalities and streamline reporting processes for radiologists.

Deployment flexibility allows hospitals and imaging centers to choose between cloud and on-premise setups. This approach accommodates different IT environments and regulatory requirements.

The system incorporates voice-controlled features and built-in algorithms for anatomical analysis. Users can access studies from mobile devices while maintaining security standards.

Enterprise imaging capabilities support cardiology and mammography workflows alongside standard radiology. The platform serves research centers and multi-site networks that need consistent image access.

7. Sirona Medical

Sirona Medical website

Sirona Medical offers a cloud-native radiology platform with zero-footprint diagnostic capabilities. The solution focuses on radiology workflows and eliminates the need for local installation on workstations.

Its unified workspace approach combines multiple imaging functions into a single interface. Users access CT, MRI, ultrasound, and X-ray studies through the same browser session without switching applications.

Cloud scalability allows practices to expand storage and processing capacity based on current imaging volume. Organizations avoid purchasing additional hardware when patient numbers increase.

The platform supports DICOM images and integrates with existing PACS environments. Radiologists can view studies from various modalities while maintaining secure access through standard web browsers.

Healthcare facilities seeking to reduce on-premise infrastructure often consider cloud-native alternatives to traditional Fujifilm systems. The zero-footprint model supports teleradiology and remote reading scenarios.

8. Exa PACS

Exa PACS website

Exa PACS provides enterprise imaging with zero-footprint viewers and vendor-neutral archive options. Large health systems often select this platform when they need a unified workspace that spans multiple facilities and specialties.

The system supports several workflow modules. These include teleradiology, mammography, cardiology, orthopedics, and a lighter version for smaller sites. Each module connects through a single integrated database that stores images and clinical data together.

Diagnostic viewing happens inside any modern browser. The zero-footprint viewer uses server-side rendering so radiologists can open CT, MRI, X-ray, and ultrasound studies without installing desktop software or storing files locally.

Interoperability remains a central focus. The platform accepts HL7 and DICOM messages from existing EMR and RIS systems. A vendor-neutral archive layer also allows hospitals to retain long-term images even if they later change primary PACS vendors.

Security settings keep patient data on the server. No images remain on the workstation after the session ends, which supports HIPAA requirements for environments where shared or public computers are common.

9. RamSoft

RamSoft website

RamSoft combines RIS/PACS functionality with zero-footprint web viewers and cloud deployment. This approach removes the need for local software installations on diagnostic workstations. The platform supports radiology departments that need both scheduling and image distribution through a single system.

PowerServer and OmegaAI form the core products that handle imaging center and hospital workflows. These solutions include automated DICOM routing plus pre-caching features that maintain image availability across locations. AI tools assist with scheduling, orchestration, and reporting tasks during daily operations.

Flexible hosting models allow facilities to choose between cloud-native deployment or hybrid setups. Both options support compliance requirements such as HIPAA, SOC 2 Type II, and ISO 13485 standards. The Blume patient portal adds engagement capabilities while Stana provides mammography tracking functions.

High-volume centers often select these tools when they need integrated workflow automation. The scalable pricing structure accommodates different practice sizes without requiring major upfront investments. Teleradiology groups benefit from the web-based access that supports remote diagnostic viewing across multiple modalities.

How to Choose the Right Option

First sentence: Match platform capabilities to your practice size, modality mix, and existing EHR/RIS infrastructure.

Hospitals and imaging centers need to evaluate storage volume requirements before selecting a zero-footprint diagnostic viewing solution. Organizations processing high volumes of CT, MRI, and mammography studies require platforms that handle large data sets without performance degradation.

Number of connected locations influences the choice between local servers and cloud-based architectures. Specialty providers in orthopedics or cardiology need viewers that support modality-specific tools and measurements while maintaining zero-footprint access across multiple sites.

Budget considerations span from enterprise solutions with extensive integration capabilities to streamlined platforms for smaller practices. Organizations should assess total cost of ownership including licensing, implementation, and ongoing support fees.

Target audiences including hospitals, imaging centers, and specialty care providers in orthopedics, neurology, oncology, radiology, and cardiology each have distinct workflow requirements. Virtual care providers and teleradiology services prioritize browser-based access and interoperability features.

Existing infrastructure assessment involves reviewing current PACS, RIS, EMR, and EHR systems for compatibility. Platforms offering HL7 and FHIR integration support smoother transitions and maintain workflow continuity during implementation.

Decision factors should include image compression methods, security protocols for HIPAA compliance, and vendor-neutral archive capabilities. Organizations benefit from solutions that support lossless streaming across different modalities including ultrasound, X-ray, and digital mammography.

Final Verdict

Each platform balances performance, cost, and integration differently; the best fit depends on your operational priorities. Some teams need enterprise scale, while others prioritize budget flexibility or specific modality support. Zero-footprint diagnostic viewing remains central across all options for radiology, cardiology, and oncology workflows.

Medicai processes over 1M+ studies yearly with 300k+ DICOM visualizations completed. The platform maintains FDA and CEE cleared viewers alongside HIPAA and GDPR compliance. These metrics demonstrate consistent performance across 70 clinics and hospitals with 10,000+ active doctors accessing the system.

Other vendors may suit specific enterprise or budget constraints where different feature sets or regional support models matter more. Organizations evaluating Fujifilm alternatives should assess their modality mix, integration requirements with existing EMR systems, and volume of CT, MRI, and X-ray studies handled annually.

The choice between cloud-based and traditional workstation solutions often comes down to teleradiology needs and browser access requirements. Teams handling high volumes benefit from platforms with proven DICOM streaming capabilities and secure web-based viewing that meets current regulatory standards.

We no longer live in a world restricted to printed reports. Digital journalism has shown what’s possible with online storytelling. There’s an opportunity for health organizations to do the same.

A powerful example of data journalism and visual storytelling: Extensive Data Shows Punishing Reach of Racism for Black Boys, The New York Times’ The Upshot

What is this guide and who is it for?

For data to be meaningful, they need to tell a story.

The guide shows you how to find the sweet spot at the intersection of big data, visualization and storytelling, to bring health data to life and drive policy and behaviour change. It’s a practical resource for people who work in health care or health organizations to banish the boredom from their data-driven reports. With a data storytelling approach, readers will be able to easily understand, absorb, and act on the data you’re reporting.

It can be challenging to shift to a new style and format of health reports. But good news – you don’t need to change everything. This guide leaves plenty of leeway for your own decisions and creativity. It also covers a range of options. You can start by making a few valuable tweaks to your current reporting format, or push your reports forward with interactive data and advanced storytelling techniques. Where possible, we base our recommendations on the best evidence available, which will help you support the changes you make to your own products.

You can use this guide to:

  • Improve existing reporting
  • Start a new report
  • Present data that was historically just a regular report in story format
  • Tackle a complex health data topic you need to communicate

The 7 Steps to Storytelling

What is storytelling with data?

“Storytelling” has many meanings. In this guide, storytelling means telling a story through the way you select, organize, describe and visualize the health data in your overall report. At the most basic level, a story has a beginning, middle and end, in which “one thing happens in consequence of another.”2 You can use storytelling to tell stories within the broader report storyline, by including stories from patients, family caregivers, doctors, nurses and other health care providers, and even researchers.

Health data storytelling will only be effective if you can share your narrative through writing, data visualization, and design.

The 7-Step Process for Telling a Story with Health Data

Diagram of the seven steps to storytelling with health data: defining your report strategy and goals, selecting data and generating insights, conducting user research, building a storyline, writing a lived-experience story, designing your report, and publishing and socializing your report
1. Defining your report strategy and goals
2. Selecting data and generating insights
3. Conducting user research
4. Building a storyline
5. Writing a lived-experience story
6. Designing your report
7. Publishing and socializing your report

1Defining your report strategy and goals

A man working on a laptop while a colleague takes notes beside him

From the outset, you and your team should articulate why you’re producing this report. A thoughtful strategy will guide your focus as you develop the report.

Why are you creating this report now? Consider these questions:

  1. Have you identified an important or trending topic in health?
  2. Are you shedding light on a new treatment or therapy?
  3. Is the report looking at a specific disease or condition?
  4. Will you be highlighting time trends, inequity issues for different populations, or geographic variations? How will this report help improve people’s lives?
  5. And importantly, do you have quality data available to support the right level of insight generation?

Once you’ve established the reasons for producing the report, you’re ready to set some specific goals and outcomes for the project. These should align with the strategy and mandate of your organization. Your goals should also consider the main audience for the report.

Think about who you are trying to influence or educate with this report:

  • Patients?
  • The public?
  • Health care providers?
  • Policymakers?
  • Researchers?

You can have multiple audiences, but narrowing it down to one or two main audience targets will help you achieve your goals and outcomes.

2Selecting data and generating insights

A computer screen displaying charts and data next to printed documents

Once you have a story strategy, the next step is to identify data sets that are needed for analysis. This means collecting, acquiring or accessing the data to begin analysis. Data can include health care indicators, or qualitative data such as patient interviews.

There are many ways to select data and generate insights for a report, but it tends to be an iterative process. First, make sure you have the right data at the start, otherwise you may look at the data that’s readily available and realize you can’t get the rich, meaningful insights that you need from it.

The question-based method is one of the best ways to organize and structure insights:

  1. Frame a series of specific, key questions in a hierarchy that you want to answer with your analysis. For example:
    • What is the overall trend of this disease?
    • Does the trend vary by geography, such as by region, city, or hospital?
    • Do you see different growth rates by demographics or social determinants?
    • What is driving the trend? What are the related or causal metrics or indicators that impact this trend?
  2. Identify which questions are answerable by the data (some data may not be available or reliable enough to answer the question).
  3. Consider titling your data visualization with the key question. For example: How do the annual rates of hospitalizations for chronic fatigue vary across regions?
  4. With the remaining questions you can answer, use a variety of data analysis techniques to generate the insights.
  5. Understand that most of the insights produced won’t make it into the final report.

The insights you generate can take on many forms, including simple statistics, percentages, regression analysis and even predictive models. In the “Designing Your Report” section of the guide we talk about how to visually present your insights. Regardless of the data’s visual form, we recommend refining the insight until it’s simple, specific and factual. For example:

“People in the north have a much shorter life expectancy than those in Ontario overall – 2.9 years lower than Ontario in the North West LHIN region and 2.5 years lower in the North East LHIN region.”

(Health Quality Ontario, Health in the North report, 2017)

With some insights, the reader (especially an analytical one) might wonder, “What’s the reason for that statistic or insight? Why was this included in the report? What’s the underlying driver?” It’s helpful to bring the answers to these questions forward as you continue to understand your audience and build your report.

Here are a few key considerations for generating insights:

  • Refine: If you haven’t published a report before, you may need to refine your process and adjust how you do the analysis.
  • Align: Begin the analysis with the goal of finding insights that line up based on the focus of your report.
  • Ask questions: Generate a lot of insights. We’ve listed one method of structuring your analysis below. Finding the story in the data tends to be as much a science as it is an art.
  • Focus: Distill down to the most impactful and meaningful insights based on the criteria you establish. What should you include in this report and what can be saved for later or used elsewhere?
  • Fit the story: Evaluate the insights to decide whether they’ll help drive your narrative.

3Conducting user research

Three colleagues around a table looking at each other during a discussion

While you’re getting the data you need and producing a good crop of insights, it’s useful to learn more about your audience. Since user research is a broad topic, we’re not going to delve into it in detail in this guide. A good understanding of your audience is one of the most important things you can do to produce a great story within your report, as it will help you frame the report to their interests. So if possible, get a user researcher to work on the project team. Here are a few key aspects of user research:

  • Define your audience: Drawing from your report strategy and goals, clearly define your audience and prepare a user research plan to engage with and understand your audience, their information needs and interests. Identify what value your report will have for each audience.
  • Define your objectives: Do the research with clearly defined objectives: who do you need to understand and what is most important to understand? Based on the objectives, select the appropriate research methods, such as interviews, surveys and focus groups.
  • Gather user perspectives: Even if it’s not your current practice, take steps to incorporate user perspectives and feedback into the report creation process as it unfolds.
  • Develop personas: Personas can be a good way to illustrate the types of people that make up your primary audiences and inform important decisions as you work to create your report.
  • Scan the landscape: Consider doing a landscape scan up front to learn more about the types of reports already available, position your report and generate ideas.
  • Perform user testing: As you progress through the project, we recommend coming back to your understanding of the user on an ongoing basis and actively testing what you create with users. For example, engaging clinicians and patients will help to ensure the insights are clear, understandable and impactful.

As you move to the next steps, continue to advocate for the needs of your audience, in particular patients, so that the report is tailored to speak to them and tell them a meaningful story that resonates.

4Building a storyline

A black and red typewriter with a blank sheet of paper in the carriage

If you’ve done research into your audience, you’ll now have a good idea how to organize the data to build a storyline that meets their needs. There are a few things that would be good to know about your audience: their health literacy, their personal perspective on the topic, and their level of current knowledge and awareness of the topic.

Here are some tips to help craft your storyline as you assemble the report:

Make your headline a key finding

The simple technique of writing your key finding into a headline is commonplace in news and magazine features, because it works.

Journalists figured out ages ago that if you want people to read your content, you need to draw them in with an enticing headline. You can also add more context with a teaser – a bit of text under the headline that makes the reader want to read more. This will also force you to figure out exactly what you’re trying to say in each of your chapters or sections. Alternatively, you can write a longer headline that summarizes the entire key finding and complement it with a secondary finding as a teaser:

There were nearly 1.3 million new starts of opioid prescriptions in Ontario in 2016

New starts of opioids decreased slightly in 2016 from 2013, by about 25,000, or 2%.

(Health Quality Ontario, Starting on Opioids, 2018)

Think about how the text flows

Graceful transitions between paragraphs will help keep the reader’s attention. “Prose is architecture, not interior decoration,” Ernest Hemingway said. Build your narrative with a logical flow between sentences and paragraphs.

You can take the easy route as we’ve done here and stick a series of titles atop each paragraph. Other transition techniques include:

  • The building block: Reinforce the idea set up in the previous paragraph, and then introduce a new concept.
  • The comparison: Introduce a new paragraph by comparing the data points you’ve described in the previous paragraph.
  • Cause and effect: Show how the data points in the previous paragraph influence the data described in the next paragraph.
  • Ninja level: Paragraphs just flow naturally and logically, without transition sentences.3

Whenever possible, make the data about people

People-izing your data will make it much more relatable than reporting abstract percentages. If you have a data point that 15.1% of Canadians are current smokers, you can say “more than 1 in 7 Canadians are current smokers.” Even better, include the actual total number of people, as in this report from the University of Waterloo’s Propel Centre for Population Health Impact:

“In 2017, the overall prevalence of smoking in Canada
was 15.1%, equivalent to approximately 4.6 million
Canadians.”

Your health data will be much more impactful if you can show how many people are involved in a statistic. For example, a report that showed an increase in the percentage of family or friend caregivers who were experiencing additional distress included the number of additional distressed caregivers:

“More than 4 in 10 long-stay clients with caregivers (43.5%) had caregivers who experienced distress, anger or depression in relation to their caregiving role, or were unable to continue caregiving, in 2017/18. That was up from 33.8% in 2014/15, and represented more than 26,000 additional distressed caregivers.” (Ontario Health (Quality), Measuring Up 2019)

Introduce a plot twist to make your reader care

Your story outline should include an element of surprise. Data storytelling consultant Jay Golden says a story “is not the shortest distance between two points. A story is a journey with a twist, a problem approached in an interesting way, that makes us care.” Another way of thinking about the twist in your report’s narrative is to find the data points that are surprising. If you have subject matter experts reviewing the data, ask them what they find most surprising. You’d be surprised how often this simple technique works to identify twists in your narrative.

For a report on palliative care, the doctor reviewing the data said he was shocked to see that more than two-thirds of patients receiving palliative care had an emergency department visit in their last month of life. This became the plot twist. Most people said they wanted to die at home, but about two-thirds of those receiving palliative care ended up in the ER near the end of their life, and most died in hospital. The report’s narrative highlighted the tension between what people wanted, and the reality of what was happening in the health system.

Chunk your text

In 1956, cognitive psychologist George Miller discovered that people could only retain about seven chunks of information in their short-term memory. To make your narrative more effective, group your information into easily digestible chunks of related material.4

Key resource: How Chunking Helps Content Processing, Nielsen Norman Group

Use pull quotes and callouts

Pull quotes and callouts are invaluable devices to captivate readers skimming your reports. Take a few of the most interesting nuggets of text or data points, blow them up into a large font, and intersperse them throughout the report. These callouts can even tell a mini story of their own for a reader who does a quick scan of the report.

“THE WAY WE RESPOND TO MISTAKES AS HOSPITALS IS AS TRAGIC AS THE MISTAKES THAT HAPPENED” (Vox.com article on hospital harm, by Sarah Kliff)

5Writing a lived-experience story

A woman in black eyeglasses listening across a table during an interview

Behind all health data, there are stories about people. In health care, those stories are often extremely powerful. So powerful that they can completely alter someone’s viewpoint on a topic.

You don’t need to have a professional writer on staff to include lived-experience stories in your reports. By following a few simple techniques, you can create great stories that capture the essence of what it was like for someone at the heart of your report topic.

“Patient stories offer valuable insights that go way beyond the statistics and the outcomes: they have the power to inspire, humanize, compel action, and challenge assumptions,” says Jennifer Schipper, Interim Communications Lead at Ontario Health. “Our colleagues tell us that hearing patients and their experiences, and being able to ask thoughtful questions, really gives them insights that they wouldn’t have by just looking at published literature or data.”

While generally referred to as patient stories, these lived-experience stories can include perspectives from family or friend caregivers, health care providers, and researchers.

Anatomy of a patient story

  • Conflict: “There is no story without conflict,” says patient storytelling consultant Franklin Street. Even good-news patient stories have an element of conflict if you ask questions about fears, which can help with empathy and memorability.5
  • Empathy: “Find elements of a story that are just uncommon enough to be unique but no so far out of space that it is difficult to create empathy,” Street says.
  • Setting: Describe the scene, and don’t overcomplicate the story with too many settings.
  • Plot: Take a page from Shakespeare, says Street, and tell your story in three acts: establish the characters, explore a problem they face, and then solve that problem.

3 keys to story selection

  1. Diverse voices: “There’s no one universal patient voice, so you want to make sure you have a process wrapped around having ethnic, age, socioeconomic and gender diversity,” says medical communicator Dr. Seema Marwaha. “While difficult, that’s worth the effort.”6
  2. Do a pre-interview by phone or email: A brief pre-interview will give you a sense of whether the patient’s story is a good fit for your report. It will also let you gauge the patient’s comfort level in re-living potentially traumatic experiences.
  3. Let the patient tell their own story: Give the patient leeway to tell the parts of their story that are important to them, rather than checking off boxes related to specific data points. The most impactful patient stories go beyond medical details.

7 Best Practices for Patient Stories

  1. Identify your goals – What’s your purpose in telling these patient stories?
  2. Write an invitation letter – Explain to the patient the context of the report, what kind of stories you’re looking for, and how the stories will be incorporated into the report.
  3. Consider emotions – Coach the patient through the possibility that recounting their story could make them angry, regret, grief or trauma.
  4. Give options for story-gathering methods – Let the patient choose how they would like to tell their story, such as by phone interview, in-person interview, or email.
  5. Ditch the jargon – Communicate with the patient in clear language, and avoid health care jargon and acronyms.
  6. Obtain written consent – Get a standard release form written up for your organization, with check boxes for different types of publication and consent, such as print, audio, video, communications documents.
  7. Assess risks – Ask the patient if publishing their story will create of any challenges or risks, and ask them to get publication approval from anyone else in the story who might be affected.

6Designing your report

Black pencils arranged beside the word design

Design plays a critical role in creating a report that tells a compelling story. When it’s done really well, the narrative, insights, data visualization, and patient stories all intertwine seamlessly. High-quality design and visual appeal is not an easy feat. Getting design resources involved early on and throughout the process will have a substantial impact on the success of the project from concept to launch.

Focus the design process on the audience and user research.

Presenting insights and data visualization

So much of telling a story with data involves presenting the insights you have in a simple, accessible and intuitive way. By its nature, data is often complex to analyze and communicate. Data visualization is both an art and a science: it’s just as important to get the graph axes and units of measure right as it is to make the graph visually appealing.

Tip: to help your audience interpret the data, consider using a question as a chart title? For instance, “How are patient infection rates trending provincially?”

We suggest always using less complex visualization types, steering clear of trendy styles such as 3D graphs and bullet charts.

Infographic-style visualizations and report formats can be effective, but typically work best in narrower applications.

The visualizations you create should also match and be from the same family. Think of it as curating a number of art pieces as part of an art gallery exhibit.

Data visualization design is a topic in itself. Instead of covering it in this guide, here are some excellent resources:

For online reports, you can use static images of data visualizations, though they have constraints, including a loss of quality when zoomed, and potentially sluggish download speeds if large.

There are free and relatively simple embedded chart tools such as Google Charts that present data visualizations effectively.

Report design

For the report design itself, take an iterative approach by producing mock-ups, prototypes and then testing these with users before publication, and ideally at key points along the way as the report takes shape.

Depending on the report audience, you may need one or more formats: print, downloadable PDF (Portable Document Format), online digital or mobile format. Historically, reports have largely been designed to be printed. Though static formats such as PDF files have the benefit of being printable and available online, we recommend designing your report as digital-first rather than print and digital.

PDF-based reports don’t work well on mobile devices and are not as easy to navigate and read. When you design for digital, you’re creating a digital product that can be viewed in a web browser on a laptop, tablet or mobile phone. If you design your report for the small screen size of mobile devices (smart phones and tablets) it can act as a helpful constraint, keeping your content focused and succinct.

Across all formats think about the colour, theme and style that best suits the type of data and the audience. For instance, for a patient-oriented report on chronic disease, you may prefer to have a more informal theme versus a standard, corporate-looking layout.

Photography is a critical component of the report, especially if you’re including patient stories. Choosing a photo that fits with your story can be a challenging and time-consuming process. Whenever possible, use real photographs of the people in your stories, instead of stock photography. When in doubt, take it out: don’t include photos that could detract from the tone and message of your story.

Video, much like photography, can dramatically enhance the story you’re telling if done well. Planning, cost and time to produce a high-quality custom video should be clearly understood up front. One trend is to use informal, phone-camera style videos that are more real and much more inexpensive.

Animation for data visualizations and insights should be used in select instances where you really want to draw attention to data. Too much animation can draw attention away from the actual power and impact of the data and story itself.

All of the design choices you make should line up with the original vision and balance readability, content and length. If you plan to issue multiple reports over time, think about coming up with a design language. Design language is the overall style that guides the design of a set of associated products, such as a series of reports on different cancer therapies.

7Publishing and socializing your report

A person using a stylus on a digital tablet screen

Publishing and then socializing your report is the last step and should be part of your overall plan.

Earlier in your design process you’ll ideally have considered how your report audiences are going to receive and access the report. Here are three common ways that many organizations publish their reports, and their pros and cons:

  1. Printing: A printed report is great to pick up and read, but is often costly and reduces the potential reach of the report. Some types of reports will continue to benefit from being printed – it comes back to your overall strategy and audience.
  2. PDF: If you’re printing copies you’ll likely also have a PDF version available that can be posted on a website or distributed by email. Cost is much lower per reader than printing. That said, PDFs have a number of limitations that make your report less accessible and usable than designed-for-digital formats. For instance, viewing a PDF report on a mobile device can be cumbersome and frustrating, in particular having to zoom in to read text and charts. Also, PDFs are typically not created in a way that makes them accessible for people with disabilities.
  3. Digital: If you’re looking to maximize the reach and use of your report it’s worthwhile to invest in producing a digital version. Converting your report to a digital format such as web page or mobile app means that it’s designed to be viewed on a variety of devices, from laptops to mobile phones. The primary downside is that digital-first reports can require more resources and specialized expertise to produce than other formats. That said, for a large distribution report (e.g., over 100,000 readers) the cost per impression can be less than print, and you can ensure the report is easy to view across devices and accessible by all audiences.

Socializing and promoting your report to your audiences effectively will ensure that the right people read it and share it with others.

There are a variety of ways you can share and promote your report. For broad-scale reports and large audiences you’ll typically want to use a multi-channel approach, combining a mix of communications across social media, internet, email, and potentially events and conferences. For more niche reports, if you have the specific audience in mind, how can you best contact them and get the report in their hands?

From an audience perspective, think about how readers of your report will find it. People who haven’t received direct promotion via email will most likely discover it through an internet search.

Prepare to make your report more easily discoverable in search on Google, and optimize your report content and keywords to rank higher in search results.

One of the best ways to reach a broad audience is to pitch it to the news media. If your report tells a story, you’re much more likely to attract media coverage, and elevate your report findings, leading to widespread promotion and increased interest.

Lastly, we strongly recommend setting up some form of report and audience analytics. With minimal effort, you can at least approximate the reach and use of your report and estimate its value and impact. At a minimum it’s good to know how many views or downloads your report has amassed over time. You can also launch surveys at the time of the report launch to get direct feedback from readers on their experience to inform your work in future.

The story continues

In his book, Houston, We Have a Narrative: Why Science Needs Story,7 Randy Olson argues that “narrative deficiency is the biggest problem facing science,” and advocates for creating a narrative culture within organizations. This is a noble goal, but it doesn’t mean you need to follow every step of this guide. By the simple act of considering the story in the development of your health reports and insights, you’re already on your way toward building that narrative culture. One small step toward a narrative approach is a giant leap for health data impact.

Several people resting their hands together on a table

Acknowledgments

The authors thank the team at Ontario Health (Quality) who helped inform the work on health data storytelling that inspired this guide, with special thanks to everyone in the Public Reports, Digital, and Patient Partnering branches. Thanks to Susan Brien, PhD, Interim VP of Health System Performance at Ontario Health, and Julia Zarb, PhD, Program Director of the Master of Health Informatics program at the University of Toronto’s Institute for Health Policy, Management and Administration, for their wisdom, guidance and support on this project.

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References

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  2. Frank, AW (2010). Letting Stories Breathe: A Socio-Narratology. University of Chicago Press: Chicago Back to text
  3. Mascarelli, A (2018). Good Transitions: A Guide to Cementing Stories Together. Retrieved from The Open Notebook: https://www.theopennotebook.com/2018/09/25/good-transitions-a-guide-to-cementing-stories-together/ Back to text
  4. Moran, K (2016). How Chunking Helps Content Processing. Retrieved from Nielsen Norman Group: https://www.nngroup.com/articles/chunking/ Back to text
  5. Street, F (2018, August 23). The Anatomy of a Patient Story. Retrieved from Franklin Street: https://www.franklinstreet.com/insights/2018/08/the-anatomy-of-a-patient-story/ Back to text
  6. Milne V., Buchanan F, Tepper J, Petch J. (2017) How patient stories are re-shaping health care. Retrieved from Healthy Debate: https://healthydebate.ca/2017/09/topic/patient-centered-care-stories Back to text
  7. Olson, R. (2015). Houston, we have a narrative: Why science needs story. The University of Chicago Press. Back to text