Quality improvement project to improve blood culture volumes in haematology patients

Sepsis resulting from bloodstream infection is a medical emergency, especially in immunocompromised haematology patients. Identification of causative pathogens through blood cultures is crucial for delivering effective antibiotics promptly.Adequate blood culture volumes (BCV) are crucial for detecting bloodstream infections. Guidelines recommend 8-10 mL per blood culture bottle, yet achieving these volumes remains challenging. In our haematology wards, baseline mean BCV was suboptimal at 4.5 mL. This quality improvement project aimed to optimise BCVs to recommended levels within 6 months at a Singapore tertiary hospital's Department of Haematology.We implemented a multistakeholder quality improvement across three haematology wards from January 2023 to January 2025. Three Plan-Do-Study-Act cycles were executed from July 2024: (1) staff education and stakeholder engagement, (2) equipment and process enhancement and (3) validation of BCV measurements through comparison of an automated BCV measurement system (BD EpiCenter BACTEC Microbiology Data Management System) against manual bottle weighing.Postintervention data demonstrated clear statistical signals of improvements in BCV through both EpiCenter automated system and manual bottle weighing. Manual validation in selected wards demonstrated achievement of target volumes. Importantly, this validation process revealed potential limitations of automated measurement systems in our specialised clinical setting. Overall, our results demonstrate that a well-coordinated, multidisciplinary approach combining staff education and engagement, improved equipment and BCV measurement process can successfully achieve recommended BCV in our complex haematology settings.

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Publication Details

Journal
BMJ Open Quality
Published
2026-01-01
DOI
https://doi.org/10.1136/bmjoq-2025-003497
Primary Topic
Bacterial Identification and Susceptibility Testing
Type
article
Field-Weighted Citation Impact
0.00

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article

Quality improvement project to improve blood culture volumes in haematology patients

Tan Yen Ee, Anne Couderc, Ng Hui Ling Dorothy, Wong Hei Man Anson et al.
BMJ Open Quality
Bacterial Identification and Susceptibility Testing
article

Quality improvement project to improve blood culture volumes in haematology patients

Tan Yen Ee, Anne Couderc, Ng Hui Ling Dorothy, Wong Hei Man Anson, Chan Fu Zi Yvonne, Tee Ning, Khaing Mon Nanda Kyaw Isabella, Chlebicki Maciej Piotr, Chan Yuen Yue Candice, Sim Xiang Ying Jean
article en

Abstract

Sepsis resulting from bloodstream infection is a medical emergency, especially in immunocompromised haematology patients. Identification of causative pathogens through blood cultures is crucial for delivering effective antibiotics promptly.Adequate blood culture volumes (BCV) are crucial for detecting bloodstream infections. Guidelines recommend 8-10 mL per blood culture bottle, yet achieving these volumes remains challenging. In our haematology wards, baseline mean BCV was suboptimal at 4.5 mL. This quality improvement project aimed to optimise BCVs to recommended levels within 6 months at a Singapore tertiary hospital's Department of Haematology.We implemented a multistakeholder quality improvement across three haematology wards from January 2023 to January 2025. Three Plan-Do-Study-Act cycles were executed from July 2024: (1) staff education and stakeholder engagement, (2) equipment and process enhancement and (3) validation of BCV measurements through comparison of an automated BCV measurement system (BD EpiCenter BACTEC Microbiology Data Management System) against manual bottle weighing.Postintervention data demonstrated clear statistical signals of improvements in BCV through both EpiCenter automated system and manual bottle weighing. Manual validation in selected wards demonstrated achievement of target volumes. Importantly, this validation process revealed potential limitations of automated measurement systems in our specialised clinical setting. Overall, our results demonstrate that a well-coordinated, multidisciplinary approach combining staff education and engagement, improved equipment and BCV measurement process can successfully achieve recommended BCV in our complex haematology settings.

BMJ Open QualityVol. 15(1)
Singapore General Hospital (SG)
Singapore General Hospital
Openalex Percentile: Top 91%
Bacterial Identification and Susceptibility Testing
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