Edward Jones
PFD Report
All Responded
Ref: 2025-0633
All 1 response received
· Deadline: 12 Feb 2026
Coroner's Concerns (AI summary)
The absence of a nationally validated sepsis screening tool for Paediatric Emergency Departments and inconsistent application of the trust's own tool across units risk delayed sepsis diagnosis.
View full coroner's concerns
The inquest was told it is acknowledged nationally that there is no Sepsis Screening Tool which is validated for use in Paediatric Emergency Departments or has a sensitivity or specificity which makes it a useful tool for escalation within a Paediatric Emergency Department. LTHT has developed a Sepsis Screening Tool (SST) which is designed to be used by relatively junior nursing staff to improve the likelihood of considering sepsis and therefore requesting a senior medical review. The SST is intended to be completed at admission or if there is a clinical deterioration, such as an increase in PAWS score to 10 or above. The tool contains various checkbox items that if present suggest a high risk of sepsis. These include abnormal respiratory rate, mottling, rash or appearing blue, high heart rate, low blood pressure, altered conscious level and parental or health professional concern. High temperature needs to be 38 degrees C or more and then only in patients less than 4 months old so is less discriminatory. There are secondary checkbox items indicating a moderate risk of sepsis including new leg pain, cold extremities, reduced urine output and temperature at any age greater than 39 degrees C. A single positive score mandates urgent assessment by a senior decision maker defined as a doctor of ST4 grade or higher, or equivalent allied health professional and if sepsis is confirmed to ensure prompt management, including giving IV antibiotics within 60 minutes. The SST tool is not designed to diagnose sepsis directly as this is the task of the senior decision maker but rather to prompt a targeted assessment, which will confirm sepsis or specifically eliminate it. Acknowledging that the trust’s SST had not been deployed in any assessment of Edward that was undertaken in the LGI PED, a trust witness told the inquest that work was ongoing to ensure a consistent application of the SST as between the PED and the paediatric in-patient units at the Leeds Children’s Hospital. As a coroner making a report of this nature, it is not for me to recommend to any third party that the Sepsis Screening Tool developed by the Leeds Teaching Hospitals Trust, or any document like it, should be either more widely disseminated to, or adopted as official guidance for, Paediatric Emergency Departments across England and Wales.
Responses
Action Planned
NICE acknowledges the difficulty of recognising sepsis in children and highlights existing guidance and screening tools. They are planning to update their guidance on paediatric sepsis in 2026, considering adapting the current 'traffic light' system to one based on NPEWS. (AI summary)
NICE acknowledges the difficulty of recognising sepsis in children and highlights existing guidance and screening tools. They are planning to update their guidance on paediatric sepsis in 2026, considering adapting the current 'traffic light' system to one based on NPEWS. (AI summary)
View full response
Dear Mr Longstaff, Re: Regulation 28 report to prevent future deaths in respect of Edwards Richard Jones I write in response to the sad death of Edward Richard Jones. I would like to express my sincere condolences to Edward’s family. I note that you have not made a specific request for NICE. As such, we have reflected on the circumstances surrounding Edward’s death and senior clinical advisers within our patient safety team have reviewed the concerns raised in your report. I hope that you find the following observations helpful. In terms of our current guidance, the management of a child with sepsis is covered in our guideline on suspected sepsis in under 16s (NG254), which was published in November 2025. The criteria for managing risk are consistent with the previous guideline. Contrary to your comment that nationally there is no sepsis screening tool validated for use in a paediatric emergency department, there are several screening tools that clinicians can use. These include our guidance NG254, the Sepsis Trust documents, the AoMRC documents, or local guides, such as the one from Leicester (see attached). These are, however, ‘sepsis trigger scores’ and rely on both an earlier more general severity of illness score (such as NPEWS, PAWS etc.) and a clinician observing the child and thinking ‘could this be sepsis’. Our guidance
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starts with a person in whom sepsis is suspected, not with a child in the emergency department (or any other setting) who has a non-specific illness. We acknowledge that recognition of sepsis in children is often very difficult as clinical signs and symptoms can be similar to self-limiting or less severe conditions. The tools mentioned above are widely misunderstood as the scores do not diagnose sepsis, this would be a matter for clinical judgement. There needs to be an initial ‘is this child unwell’ score, such as PAWS mentioned in this report, or NPEWS or another validated score, and consideration by the clinician of ‘could this be sepsis’ which then leads to an intervention based on a sepsis specific tool such as those mentioned above. In summary, the management of a child with sepsis is dependent on: Firstly, recognising that they are unwell, documenting it, and responding to changes in trajectory of illness. This is done using a generic score such as the National Paediatric Early Warning System (PEWS) score, Secondly health professionals should consider ‘could this be sepsis’, If they believe that the child could have sepsis they should apply a sepsis specific tool, such as that outlined in NICE guidance, or guidance published by the Academy of Medical Royal Colleges or Sepsis UK and then escalating management (including the administration of antibiotics and other treatments) in line with NICE guidance (or that of the AoMRC, etc.) National PEWS is designed to effectively recognise and respond to the deterioration of children or young people in a healthcare environment. It has been adopted by NHS England, the Royal College of Paediatrics and Child Health (RCPCH) and the Royal College of Nursing (RCN). Since its launch in November 2023 it is the preferred model of care and over 70% of hospitals are using or developing plans to use it. NHS England » National paediatric early warning system (PEWS). We are planning to update our guidance on paediatric sepsis in 2026 and will consider adapting the current ‘traffic light’ system to one that is based on NPEWS. There is a suggestion in your report that a ‘threshold’ for the administration of antibiotics was not reached. We are unsure what this refers to, but the national guidance for the administration of antibiotics in suspected sepsis is as follows:
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From NICE Guidance, where children have suspected sepsis and meet 1 or more high risk criteria; or 2 or more moderate to high-risk criteria and lactate of 2 mmol/L or more. From the ‘Sepsis Six’ document, a PEWS score of 9 or above; or a PEWS score of 5-8 and a lactate of 4mmol/l or more; or ‘does the child look extremely unwell to a health professional’. Finally, this event occurred during a time when Invasive Group A Streptococcal infections were known to be unusually prevalent. Given that the UK Health Security Agency released a blog about it in December 2022, and there were several communications from NHS England about the high prevalence, there is an expectation that this would have raised suspicion of sepsis, particularly in ‘unusual’ presentations or those that ‘didn’t quite fit’. If you have not already contacted NHS England, you may wish to consider approaching them for their view. As the commissioner of the service, they are probably in a better position to respond to this report, particularly regarding the delivery of care in the emergency department. I do hope this information is helpful. I would like to reiterate my condolences to Edward’s family
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starts with a person in whom sepsis is suspected, not with a child in the emergency department (or any other setting) who has a non-specific illness. We acknowledge that recognition of sepsis in children is often very difficult as clinical signs and symptoms can be similar to self-limiting or less severe conditions. The tools mentioned above are widely misunderstood as the scores do not diagnose sepsis, this would be a matter for clinical judgement. There needs to be an initial ‘is this child unwell’ score, such as PAWS mentioned in this report, or NPEWS or another validated score, and consideration by the clinician of ‘could this be sepsis’ which then leads to an intervention based on a sepsis specific tool such as those mentioned above. In summary, the management of a child with sepsis is dependent on: Firstly, recognising that they are unwell, documenting it, and responding to changes in trajectory of illness. This is done using a generic score such as the National Paediatric Early Warning System (PEWS) score, Secondly health professionals should consider ‘could this be sepsis’, If they believe that the child could have sepsis they should apply a sepsis specific tool, such as that outlined in NICE guidance, or guidance published by the Academy of Medical Royal Colleges or Sepsis UK and then escalating management (including the administration of antibiotics and other treatments) in line with NICE guidance (or that of the AoMRC, etc.) National PEWS is designed to effectively recognise and respond to the deterioration of children or young people in a healthcare environment. It has been adopted by NHS England, the Royal College of Paediatrics and Child Health (RCPCH) and the Royal College of Nursing (RCN). Since its launch in November 2023 it is the preferred model of care and over 70% of hospitals are using or developing plans to use it. NHS England » National paediatric early warning system (PEWS). We are planning to update our guidance on paediatric sepsis in 2026 and will consider adapting the current ‘traffic light’ system to one that is based on NPEWS. There is a suggestion in your report that a ‘threshold’ for the administration of antibiotics was not reached. We are unsure what this refers to, but the national guidance for the administration of antibiotics in suspected sepsis is as follows:
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From NICE Guidance, where children have suspected sepsis and meet 1 or more high risk criteria; or 2 or more moderate to high-risk criteria and lactate of 2 mmol/L or more. From the ‘Sepsis Six’ document, a PEWS score of 9 or above; or a PEWS score of 5-8 and a lactate of 4mmol/l or more; or ‘does the child look extremely unwell to a health professional’. Finally, this event occurred during a time when Invasive Group A Streptococcal infections were known to be unusually prevalent. Given that the UK Health Security Agency released a blog about it in December 2022, and there were several communications from NHS England about the high prevalence, there is an expectation that this would have raised suspicion of sepsis, particularly in ‘unusual’ presentations or those that ‘didn’t quite fit’. If you have not already contacted NHS England, you may wish to consider approaching them for their view. As the commissioner of the service, they are probably in a better position to respond to this report, particularly regarding the delivery of care in the emergency department. I do hope this information is helpful. I would like to reiterate my condolences to Edward’s family
Part of a Series
2 separate reports were issued from this inquest, each sent to different organisations.
-
2026-0096
Sent to: National Institute for Health and Care ExcellenceNHS England1 of 2 responded
This report (2025-0633) is shown above.
Sent To
- National Institute for Health and Care Excellence
Response Status
Linked responses
1 of 1
56-Day Deadline
12 Feb 2026
All responses received
About PFD responses
Organisations named in PFD reports must respond within 56 days explaining what actions they are taking.
Source: Courts and Tribunals Judiciary
Report Sections
Investigation and Inquest
On 28/02/2023 I commenced an investigation into the death of Edward Richard Jones who died in the Leeds General Infirmary (“LGI”) on 18th February 2023, 18 days after his 5th birthday. The investigation concluded at the end of the Inquest (which was held with a jury) on 17/12/2025. The medical cause of death was 1a) Bacterial Sepsis; 1b) Invasive Group A Streptococcus. In summary, the jury’s narrative conclusion to the inquest reflected that Edward died from the effects of a septic response to Invasive Group A Streptococcus Disease, his death being contributed to by: i) a failure to respond adequately to a continuously high PAWS score that reached 20; ii) a failure to repeat a venous blood gas that had shown a raised lactate and would, if repeated, have shown a worsening lactate; and iii) a delay in giving Edward antibiotics until he had been in the Paediatric Emergency Department (“PED”) for between 10 and 11 hours.
Circumstances of the Death
Edward died from streptococcal sepsis, but this was confirmed only after his death when blood cultures taken before death grew Group A Streptococcus bacteria. Edward had been promptly assessed upon presentation to the LGI PED with abdominal and leg pain, diarrhoea, previous vomiting and dehydration. His diagnosis was unclear, but a differential included malignancy, hepatitis and intra-abdominal surgical pathology. A venous blood gas that had shown a raised lactate was not repeated, and a subsequent failure in communication gave the erroneous impression to the Paediatric Registrar that the venous blood gas had in fact been repeated and was now normal.
The hospital trust’s Sepsis Screening Tool was not used at any time. Shortages in both medical staff and beds on the general paediatric ward compromised Edward’s cllinical management, in that shared care between the Paediatric Emergency Medicine and Paediatric General Medicine teams was prolonged while EJ remained for an extended period (up to 13 hours in all) in the PED. The indication for antibiotics was considered several times, but on each occasion prior to Edward’s severe clinical deterioration the threshold was not thought to be reached. The hospital trust formally admitted that a decision to administer antibiotics should have been made at each of these occasions. The presence of upper thigh pain and elevated CRP were not given sufficient weight and a lack of pyrexia was falsely reassuring. Despite potential alternative diagnoses, antibiotics should have been administered as direct harm would have been unlikely and it would have been possible to stop them once sepsis had been excluded on blood culture or an alternative diagnosis reached. Antibiotics for suspected cholangitis were eventually prescribed following an ultrasound scan that was suggestive of some gall bladder or liver pathology, but there was a delay of between 60 and 90 minutes in these being administered.
The hospital trust’s Sepsis Screening Tool was not used at any time. Shortages in both medical staff and beds on the general paediatric ward compromised Edward’s cllinical management, in that shared care between the Paediatric Emergency Medicine and Paediatric General Medicine teams was prolonged while EJ remained for an extended period (up to 13 hours in all) in the PED. The indication for antibiotics was considered several times, but on each occasion prior to Edward’s severe clinical deterioration the threshold was not thought to be reached. The hospital trust formally admitted that a decision to administer antibiotics should have been made at each of these occasions. The presence of upper thigh pain and elevated CRP were not given sufficient weight and a lack of pyrexia was falsely reassuring. Despite potential alternative diagnoses, antibiotics should have been administered as direct harm would have been unlikely and it would have been possible to stop them once sepsis had been excluded on blood culture or an alternative diagnosis reached. Antibiotics for suspected cholangitis were eventually prescribed following an ultrasound scan that was suggestive of some gall bladder or liver pathology, but there was a delay of between 60 and 90 minutes in these being administered.
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