Between data dispersion and cluttered clinical views, clinical staff are missing relevant patient information that’s aggregated and available at a glance. Our design team set out to recreate those benefits by creating Patient Snapshots. Patient Snapshot is an aggregated view of an individual patient’s clinical data, available at a glance.
»Having the paper chart at the end of the bed was such a powerful tool, because you pick it up, look at it and give it to someone else within, you know, two seconds, and get a really good grip of how that person has been for 24 hours.«
Surgical Consultant, NHS
When patient clinical charts were kept on paper by the bedside, clinicians could scan the latest vital signs, lab results, and clinical notes (and other relevant information) in a matter of seconds — just like they would scan the cover of the newspaper at breakfast. Electronic health record took this experience away by closing groups of data into separate places, tabs, links, even apps that require a separate login, while some data remains on paper. This causes data dispersion, one of the biggest reasons for the clinical staff’s frustrations, timewasting, and a root cause for burn out*. We asked ourselves – how could we as a company that is digitalising healthcare bring back the core of the paper experience – an aggregated view of clinical data? We came up with Patient Snapshot.
Paper charts can hold vital patient information one sheet of paper – electronic health records took this experience away by dispersing data across the record.
Patient Snapshot is an aggregated view of an individual patient’s clinical data, available at a glance. The clinical data that the Snapshot contains is curated and interpreted in a way that makes it easier and faster to read and compare data, while also giving an overview of patient’s clinical picture. Patient Snapshot helps doctors, nurses, and other care teams make better informed decisions about treatment and care and it also assists them in tracking the progress of patient’s condition.
When we started designing Patient Snapshot back in 2018, we couldn’t imagine how challenging it is to replicate the rapid overview that the paper charts enable. As we talked with more clinicians and nurses, we discovered that different users need different patient information at various times. They all needed similar content, such as clinical assessments, medical problems and diagnoses, medications, observations, examination results, notes etc., but which content was relevant depended on many factors.
Our very first mockups, based on a neonatal paper chart. Quite a challenge to translate the scribblings from paper charts and recreate real patient’s clinical picture.
Snapshots designed at different times during the year 2020. We needed them to test if our components for visualization are generic enough for all those myriad use cases. We tried to use relevant dataset for each use case.
We decided to do both. First, we created an Acute care Patient Snapshot and at the same time also started working on a Clinical data visualisation system as part of our design system that would in the future enable us to build numerous clinical views.
In the following years, we conducted user research in Slovenia and the UK. In both countries most users spend too much time logging into different apps, searching for patient information and organising it themselves by copying the information into tables and documents or writing it down on paper. Clinicians pointed out how they need to remember pieces of information if they want to compare them or create a coherent picture of the patient’s condition.
Dispersed data not only causes a cognitive overload but also creates a situation that is prone to errors, as so much crucial clinical information needs to be kept in one’s head*.
Our building blocks were tested on numerous use cases to see if they are generic enough. We played around with different content from different specialities and the blocks turned out to be sustainable and flexible enough for a large scale of clinical views, from summaries and dashboards to snapshots and documents.
System of generic building blocks for clinical data visualisation
Based on user feedback and new use cases, we will design the missing blocks and improve the one we already have. We also need to provide a responsive design of clinical views to accommodate tablet and mobile devices.
While the first Snapshot was custom built, we are now slowly adding generic building blocks or widgets to our library with pre-sets that can be configured. Data binding will also be possible as a part of widgets settings. In the near future, the first series of widgets will be available in our low code view building tool. These widgets could be used to build clinical views such as summaries, snapshots, dashboards, and others, where patients’ observations and assessment results are needed.
What started out as a product (patient chart) then became a project (snapshot view) and is now a playground for testing our building blocks for visualization of structured clinical data. But we are always searching for use cases on the market where our openEHR platform with low-code building tools and design system could bring a significant improvement in delivering better care.
If you are one of them, please let us know, so we can do what we do best: design some more building blocks and patterns for you and for our design system. Contact: firstname.lastname@example.org.
Better is a leading technology company that transforms healthcare organisations with Better Platform, their market-leading open data platform, the Better Meds electronic prescribing and medication administration solution, and Better’s low code Studio, which allows applications to be built rapidly at a fraction of the cost. The company’s solutions are putting organisations in control of their data, workflows, and transformation plans, all with the aim of simplifying the work of care teams and improving lives. In the last three decades, Better has provided solutions to more than 17 countries, and Better Platform securely supports over 30 million patients.