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How to turn EMR data challenges into exciting opportunities for Orthopaedic Surgery

Since the advent of Electronic Medical Records (EMRs), there’s been an overwhelming explosion of data in the healthcare industry. This wealth of information holds immense potential, but it often remains locked away in silos, inaccessible and underutilized. The connection between physicians and patients has now been forever changed, with unintended consequences arising from the disruption caused by “information management solutions.”

In Orthopaedic Surgery, the lack of seamless data integration and visualization has hindered the ability to drive meaningful improvements in patient care and outcomes. However, a new approach is emerging, one that combines the power of in-house data collection, advanced analytics and dynamic visual explainers to help set surgical workflows on the right track.

The rise of same-day surgery in orthopaedics

The demand for same-day surgery has shifted the Orthopaedic Surgery landscape. According to a report by the Ambulatory Surgery Center Association, the number of outpatient surgeries performed in ambulatory surgery centers (ASCs) has increased by 15% annually over the past five years. This trend is expected to continue, with orthopaedic procedures leading the way.

Same-day surgery offers numerous benefits, including reduced costs, improved patient satisfaction, and enhanced efficiency, but it carries unique challenges that only data-led solutions can adhere to seamless data integration, efficient workflow management, and real-time analytics. While these pain points can seem disconnected, there is in fact an easier avenue to consolidate a remedy all in one place. 

A unified solution for Orthopaedic Surgery

Our innovative platform, powered by PROMs, eOpNote, and barcode scanning, creates a prospective dataset that is dynamic and valuable, in that it facilitates rapid visualization and process improvement. This integrated system captures every real-time insight into the surgical workflow, from implant utilization to variables affecting outcomes, and even opportunities for improvement.

Better data-driven decision making

The key to unlocking the full potential of this data lies in its clearly mapped-out visuals and its subsequent analysis. Our team has developed cutting-edge data display functions that create real value for Orthopaedic Surgeons and patients alike, and by leveraging advanced analytics and machine learning, we can identify patterns, trends, and correlations that were previously hidden.

With our platform, Orthopaedic Surgeons can now:

  • Track implant utilization and optimize inventory management
  • Identify high-risk patients and develop personalized treatment plans
  • See variables that impact patient outcomes and adjust their approach accordingly
  • Visualize complex data in real-time, enabling data-driven decision making
  • Optimize surgical techniques and reduce complications
  • Increase patient throughput, reduce errors, and streamline billing cycles
  • Enhance supply chain management and reduce costs
  • Improve patient satisfaction and reduce readmissions

The future of Orthopaedic Surgery is patient-centric

A more efficient, effective healthcare system relies on a stronger focus on patients. Luckily, transforming the challenges set by data-heavy EMRs are being solved by capturing data to gain invaluable insights from advanced analytics and innovative visualization methods.

Our platform is at the forefront of this change. Surgeons and healthcare operations staff already face a tough job, but technology can step up to empower them to make data-driven decisions, improve patient outcomes, and drive meaningful improvements in the surgical workflow. It marks a turning point in the way that Orthopaedic Surgery continues to evolve, and we are committed to push the boundaries of what is possible in improving patient care.

To learn more about how we enhanced the EMRs for Mount Carmel New Albany, check out our case study.

A post-pandemic problem: how to solve healthcare’s stacked waiting lists

The planet is under pressure from a growing population, one where the concept of living to 100 is more plausible than ever before. Hospitals need to adapt and become more resourceful, even while struggling with strenuous budget cuts, staff shortages and evolving threats from the flu, Covid-19, and potential future ailments.

The subsequent queues backing up global healthcare systems are drastic. Waiting lists encompass a full range of clinical meetings: a consulting session, a minor or major surgery, an MRI or CT scan, a diagnostic test, or the backlog for receiving cancer treatment. In the UK, orthopaedics comprises the longest lists of any speciality, with total hip and knee replacements costing the NHS 1.5% of its entire budget.

While pre-pandemic times were lengthy enough, they are numbers healthcare providers are striving to return to. Is that possible? By relieving operational burden through technology and turning a switch in how pathways are handled – particularly smoothing the operational cogs between doctors and patients – more efficient and satisfactory healthcare may thrive.

Beyond a number’s game

Waiting lists affect every branch of surgery. Orthopaedics, by example, is commonly slowed through multiple assessments of a patient’s validity for surgery, the costs for primary or secondary and implants, and supplying ample training to better coordinate an over-stretched workforce.

These ‘incomplete pathways’ – where patients face continual waiting times after a referral – saw NHS England’s lists double from 2.3 million people at the start of 2010 to 4.6 million by the end of that decade. Hit by the pandemic, waiting times have grown on average by 80,000 per month while an estimated 75,000 joint replacement cases were lost in 2020. Oftentimes patients can wait for over a year to be seen. 60% of surgeries are also cancelled on the day due to lack of staff and bedding.

The aforementioned metrics speak for themselves, yet the domino effect on public health and wellbeing goes beyond these measures too. Potential patients can be put off by backlogs and skip seeking care altogether. They may spend outside of their means in the private sector. Some may depend on opiates to cure ongoing pain. Sadly other patients may die before being seen to, and delays may worsen symptoms.

When initial prognosis becomes outdated, patients require repeated tests and may need more complex surgery than previously determined, causing further assessments, wait times, and greater human and material costs all along the healthcare pipeline

Projections for patient pathways

In 2020, the demand for joint replacements looked set to increase by 40%, owing to the fact that morbidity and high resource use defines orthopaedic surgery. While the pandemic has endured past its peak, projections from the healthcare sector indicate that a prolonged crisis is inevitable, and one to be dealt with using realistic measures that are, luckily, becoming adopted into common practice.

Waiting lists for the NHS differ by region, but overall it is estimated to still exceed those of pre-pandemic levels: a backlog of around 6.5 million by 2027. However, when medical teams and patients buy-in to seamless digital pathway experiences, resources and procedures can be catered better to fit individual needs and preferences. Siloed working, lost data, resource misallocation and time spent on assessing low-risk cases all amass the operational burden and extend the queue to surgery where, instead, a unified data-led programme can support thorough risk assessment and provide satisfaction to patients.

The idea of shared decision making seeks to speed up consultation too; educating patients on the pathways they’ll navigate should they, their families, carers and specialists openly agree to pursue them. So-called ‘prepared lists’ aim to improve the understanding of any benefits, risks or alternatives, all before the need for further tests or surgeries.This in turn reduces visits to health centres for consulting sessions and checks.

Now’s the time for a rethink

So while the research indicates strong ideals and plans to improve waiting list management, the proof is in the action. Using the NHS as an example, backlog recovery aims set out by the government are still shooting below par.

Healthtech providers are providing solutions to optimise triage. Not only can doctors and patients communicate about bespoke patient pathways through simple digitised workflows, but when only necessary meetings or surgeries are undertaken, resources and staffing costs are saved. More time can be assuredly spent on training staff to effectively accommodate patients in need and nurture them back to health in the most suitable ways possible.

A change in expectations as to how health is given and received may be a cultural shift, but with waiting lists still far from the levels we saw before Covid-19, that change is needed. The technology is available to help solve this queuing problem in significant ways. We may not need to wait so long for better health pathways for all – it’s a space that’s well worth watching.

Want to find out how PRO-MAPP can assist with patient pathways? Contact us.

Resources:
Royal College of Surgeons of England: Projections for primary hip and knee replacement surgery up to the year 2060: an analysis based on data from The National Joint Registry for England, Wales, Northern Ireland and the Isle of Man (2020) https://pubmed.ncbi.nlm.nih.gov/34939832/

British Journal of Anaesthesia: Turning ‘waiting lists’ for elective surgery into ‘preparation lists’ (2021)
https://www.bjanaesthesia.org.uk/article/S0007-0912(20)30676-0/fulltext

Institute of Fiscal Studies: The past and future of NHS waiting lists in England (2024)