A major survey of medical record keeping in the NHS has revealed critical deficiencies in the record-keeping systems of NHS Trusts.
Patient’s lives are in danger due to poor NHS Trust medical record sharing.
Researchers at the Institute of Global Health Innovation (IGHI) at Imperial College London, found NHS Trusts were using at least 21 different electronic medical record systems which are unable to effectively share information, thereby endangering patient safety.
Almost four million patients were treated at two or more hospitals between April 2017 and April 2018 which had different health record systems. On 11 million occasions, patients attended a hospital that could not access medical full information from their previous hospital visit.
The research is published in BMJ Open.
NHS medical record sharing
Electronic medical records have been rolled out across the NHS over recent decades and were expected to make communication between hospitals easier.
However, the researchers found that while 23% of trusts were still using paper records, the 77% which have upgraded to electronic records still face major difficulties.
Dr Leigh Warren, clinical research fellow at Imperial’s IGHI and first author of the research, said: “Patients expect their health records to be shared seamlessly between hospitals and healthcare settings that they move between. They cannot understand why, in the National Health Service, this is not the case.
“Yet hospitals and GPs often don’t have the right information about the right patient in the right place at the right time. This can lead to errors and accidents that can threaten patients’ lives. This is a complex issue, but our work shows how existing data can be used to develop a road map towards better coordination and safer care.”
Professor the Lord Ara Darzi, lead author and co-director of the IGHI, said: “Electronic health records have been heralded as a solution to increasingly stretched healthcare systems, yet our research shows that the challenge is far greater than simple adoption of this innovation.
“It is vital that policy-makers act with urgency to unify fragmented systems and promote better data sharing in areas where it is needed most, or risk the safety of patients.”
The researchers looked at data from 152 acute hospital trusts in NHS England over a one-year period between April 2017 and April 2018. More than 21 million patients were included in the analysis.
Around a quarter of the hospitals (23%) were found to still be using paper records. Yet of those that were using electronic data, the study found that there was limited regional alignment of the systems used to process and store these records.
Of the 117 trusts using electronic records, the vast majority (92 trusts, 79%) employed one of 21 different commercially available systems, and 10% (12 trusts) were using multiple different systems within the same hospital. However, of those that used a single system, more than half (49 trusts) were using one of three identified systems.
Calls to improve data sharing
Making these three systems interoperable would improve access to information for more than one million hospital encounters every year, the researchers calculated.
By analysing hospital episodes statistics, the researchers went on to identify almost four million patients that attended two or more trusts during the study period. The analysis revealed that these patients often had consecutive encounters at hospitals with incompatible data systems, accounting for 9% of all hospital encounters.
The work also revealed 20 pairs of hospitals that commonly cared for many of the same patients. Yet despite regularly sharing care, just two of these trusts used the same electronic health record systems.
The authors therefore conclude that strategies to promote better data sharing should be targeted towards these identified pairs of hospitals, in order to facilitate informed clinical decision-making and the delivery of safe care for patients.
This research was supported by funding from the National Institute for Health Research (NIHR), The Peter Sowerby Foundation and the NIHR Imperial Biomedical Research Centre (BRC).