Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Improving phlebotomy handover to doctors: a quality improvement project

View through CrossRef
Abstract AIM: To design a hospital-standardised phlebotomy handover method to improve the communication between phlebotomists and doctors. To reduce delays in patient management and discharges which occur due to poor handover. METHOD: Qualitative data was collected to gauge junior doctors’ experiences of the current handover process. Quantitative data was collected over a two-week period across two medical wards to measure the proportion of requested bloods that could not be taken by phlebotomists that were successfully handed over to doctors. Brainstorming sessions were held with junior doctors, phlebotomists and ward staff in order to design a, cheap, effective, sustainable, hospital-wide method of handover. The chosen intervention was a red ward-based phlebotomy handover folder for phlebotomists to place stickers of unbled patients in. The folder was trialled on two medical wards. Feedback obtained helped improve the intervention before implementing it hospital-wide. RESULTS: Seventeen of 23 junior doctors (74%) felt that a formalised handover process would be very useful. Baseline measurement over two weeks revealed that 24/129 blood tests ordered for phlebotomists to take were not taken. Only three (13%) of these were handed over to doctors. Post-intervention, 18/106 blood tests requested were not taken. All 18 (100%) were successfully handed over to doctors. CONCLUSIONS: Implementation of a hospital-standardised phlebotomy handover folder dramatically improved the communication and handover between phlebotomists and doctors allowing for medical teams to take prompt action on unbled patients. This intervention will help improve patient safety, reduce delays in management/discharge and reduce the number of jobs handed over to evening on-call teams.
Title: Improving phlebotomy handover to doctors: a quality improvement project
Description:
Abstract AIM: To design a hospital-standardised phlebotomy handover method to improve the communication between phlebotomists and doctors.
To reduce delays in patient management and discharges which occur due to poor handover.
METHOD: Qualitative data was collected to gauge junior doctors’ experiences of the current handover process.
Quantitative data was collected over a two-week period across two medical wards to measure the proportion of requested bloods that could not be taken by phlebotomists that were successfully handed over to doctors.
Brainstorming sessions were held with junior doctors, phlebotomists and ward staff in order to design a, cheap, effective, sustainable, hospital-wide method of handover.
The chosen intervention was a red ward-based phlebotomy handover folder for phlebotomists to place stickers of unbled patients in.
The folder was trialled on two medical wards.
Feedback obtained helped improve the intervention before implementing it hospital-wide.
RESULTS: Seventeen of 23 junior doctors (74%) felt that a formalised handover process would be very useful.
Baseline measurement over two weeks revealed that 24/129 blood tests ordered for phlebotomists to take were not taken.
Only three (13%) of these were handed over to doctors.
Post-intervention, 18/106 blood tests requested were not taken.
All 18 (100%) were successfully handed over to doctors.
CONCLUSIONS: Implementation of a hospital-standardised phlebotomy handover folder dramatically improved the communication and handover between phlebotomists and doctors allowing for medical teams to take prompt action on unbled patients.
This intervention will help improve patient safety, reduce delays in management/discharge and reduce the number of jobs handed over to evening on-call teams.

Related Results

Improving medical handover at the weekend: a quality improvement project
Improving medical handover at the weekend: a quality improvement project
Abstract In recent years medical handover has been identified as an increasingly important area for hospitals to improve upon, in light of the changes in shift patte...
Handover Practices for Psychiatric Admissions: A Retrospective Review of Communication Gaps
Handover Practices for Psychiatric Admissions: A Retrospective Review of Communication Gaps
Aims: This study assesses the frequency and adequacy of handovers for newly admitted patients in a community psychiatry hospital, focusing on formal communication to the duty docto...
Improving communication between phlebotomists and doctors: a quality improvement project
Improving communication between phlebotomists and doctors: a quality improvement project
Blood tests are a seemingly basic investigation, but are often a vital part of directing patient management. Despite the importance of this everyday process, we indentified the pot...
Psychiatric Inpatient Admissions–- Improving Handover Standards
Psychiatric Inpatient Admissions–- Improving Handover Standards
AimsWithin NHS Ayrshire and Arran for psychiatric inpatient admissions, the admitting clinician is to directly handover clinical details and relevant aspects of mental state, risk ...
Hubungan Dokumentasi Keperawatan Elektronik Dengan Mutu Handover
Hubungan Dokumentasi Keperawatan Elektronik Dengan Mutu Handover
As technology develops in health, hospitals are using electronic health records. SOAP method nursing documentation is an important element in nursing services, one of the documenta...
EP.TU.45Organising The Huddle: An Audit Loop of the Surgical Handover
EP.TU.45Organising The Huddle: An Audit Loop of the Surgical Handover
Abstract Aim Structured patient handover is a critical element for the patient safety. There are several guidelines including th...
Design of Handover Strategy for Mobile Communication Network
Design of Handover Strategy for Mobile Communication Network
Abstract In the new generation of mobile communication heterogeneous networks, the density of base station is high. Frequent handover operations may cause some base station...

Back to Top