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Preparing children for day case nuclear medicine procedures
Tolulope Awogbemi1, Alan R Watson, Debbie Hiley
1Children & Young People's Kidney Unit, Nottingham City Hospital NHS Trust, Nottingham, UK.
Insights
This audit of nuclear medicine procedures for children found that most received adequate information and preparation. Improvements in cannulation training and scheduling were implemented, reducing delays and the need for sedation.
Area of Science:
- Pediatric Nuclear Medicine
- Healthcare Auditing
- Patient Care Standards
Background:
- Nuclear medicine procedures are increasingly common for pediatric patients.
- Day case attendance requires specific standards for efficient and safe patient management.
- Auditing existing standards is crucial for identifying areas of improvement in pediatric care.
Purpose of the Study:
- To audit locally developed standards for pediatric nuclear medicine procedures.
- To assess the effectiveness of current practices in a day case setting.
- To identify areas for improvement in patient preparation, procedural efficiency, and staff training.
Main Methods:
- Prospective audit of 210 pediatric patients undergoing day case nuclear medicine procedures.
- Data collected over 18 months by ward and nuclear medicine staff using audit sheets.
- Evaluation of information provision, procedural preparation, cannulation success rates, sedation use, and scan delays.
Main Results:
- Most families received adequate information and notice; surface analgesia and play preparation were commonly offered.
- Cannulation success rates were 58% on the first attempt and 88% after three attempts.
- Median scan delay was 15 minutes (71% within 20 minutes), primarily due to logistic (43%) and cannulation (35%) issues.
Conclusions:
- The audit led to practice changes, including enhanced nurse training for cannulation and improved departmental scheduling.
- Play preparation is vital, with minimal need for sedation in pediatric nuclear medicine.
- The established standards provide a benchmark for future comparative audits across different units.
Objectives:
To audit standards developed for children undergoing nuclear medicine procedures involving day case attendance on the renal unit.
Methods:
A prospective audit was undertaken of 210 children (113 males) undergoing day case nuclear medicine procedures in a teaching hospital department catering for adult and paediatric patients. An audit sheet was completed by both ward and nuclear medicine staff at the time of the procedure over an 18-month period.
Results:
The majority of families were given relevant information about the procedures and adequate notice before the scan date. Most patients were offered surface analgesia for the venepuncture and play preparation before the procedure. Fifty-eight per cent of patients were successfully cannulated at the first attempt and 88% after three attempts. Only 4% of children were sedated. The median delay between the scheduled and actual scan time was 15 min, with 71% of children being scanned within the standard of a 0-20-min delay. Most delays were due to logistic problems within the department (43%). Cannulation problems (35%) and patient-related factors (22%) accounted for further delays.
Conclusions:
The audit of these locally agreed standards has resulted in changes in practice, including nurse training for cannulation and better scheduling within the nuclear medicine department. We believe that play preparation is an essential component for all potentially painful procedures, with few patients requiring sedation. The standards could be used for comparative audits between units.
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