Early mobilisation in intensive care during renal replacement therapy: A quality improvement project

This article by Ragland and others was published online during January 2019 in “Intensive and Critical Care Nursing”.
Objective:  To improve mobility for patients undergoing renal replacement therapy within intensive care.
Design:  A quality improvement study utilising a step-wise mobility protocol within a before-and-after audit design.
Setting:  Twenty-four bed Trauma/Surgical intensive care unit within a level one trauma and academic centre.
Main outcome:  Improvement of compliance to the mobility plan following introduction of a step-wise mobility protocol.
Results:  A total of fifty-six renal replacement therapy patients were measured on a randomly selected day each week during the nine month before-and-after protocol audit period. Before introducing the protocol, compliance to mobility was 12.5%, compared to 62.5% after the protocol was introduced. There were no identified negative outcomes, such as catheter loss, filter loss or bleeding, associated with mobilising these patients following implementation of the protocol.
Conclusion:  The use of a step-wise mobility protocol was effective and safe strategy to increase mobility in the renal replacement therapy patient population.
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Effects of a multifaceted intervention QI program to improve ICU performance

This research by Ersson and colleagues was published in “BMC Health Services Research” in November 2018.
Background:  To benefit from the increasing clinical evidence, organisational changes have been among the main drivers behind the reduction of ICU mortality during the last decade. Increasing demand, costs and complexity, amplifies the need for optimisation of clinical processes and resource utilisation. Thus, multidisciplinary teamwork and critical care processes needs to be adapted to profit from increased availability of human skill and technical resources in a cost-effective manner. Inadequate clinical performance and outcome data compelled us to design a quality improvement project to address current work processes and competence utilisation.
Methods:  During revision period, clinical processes, professional performance and clinical competence were targeted using “scientific production management methodology” approach. As part of the project, an intensivist training program was instituted, and full time intensivist coverage was obtained in the process of creating multi-professional teams, composed of certified intensivists, critical care nurses, assistant nurses, physiotherapists and social counsellors. The use of staff resources and clinical work-processes were optimised in accordance with the outcome of a “value stream mapping”. In this process, efforts to enhance the personal dynamics and performance within the teams were paramount. Clinical and economic outcome data were analysed during a seven year follow up period.
Results:  Consecutive reduced overall ICU (24%) and long-term (600 days) mortality. The effect on ICU mortality was especially pronounced in the subgroup of patients > 65 years (30%) • Consecutive reduced length of stay (43%, septic patients) and time on ventilator (for septic patients and patients > 65 years of age (23 resp.52%). • Substantial increase in life years gained (13,140 life years) as well as quality-adjusted life-years (9593 QALY: s) over the study period. • High cost-effectiveness as ICU costs were reduced while patient outcomes were improved. Disregarding the cost reduction in ICU, the intervention is highly cost effective with cost- effectiveness ratios of (75€/QALY) and (55€ / life year).
Conclusions: We have shown favourable results of a QI project aiming to improve the clinical performance and quality through the development of multi-professional interaction, teamwork and systematic revisions of work processes. The economic evaluation shows that the intervention is highly cost-effective and potentially dominating.
The full text of this article is freely available via this link.

Learning from Patient Safety Incidents

It is estimated that 1:10 patients in health care sustain harm that is potentially avoidable and which often highlight system errors that were not appreciated | Faculty of Intensive Care Medicine

Investigation results in the identification of these system errors and the generation of solutions to prevent future incidents. Sharing and implementing these lessons improves patient safety.

National Patient Safety Alerts relevant to intensive care

National alerts are produced in response to analysis of centrally reported patient safety incidents. Details of all alerts may be found on the Central Alerting System website (https://www.cas.dh.gov.uk/Home.aspx).

Lessons from adverse incidents

Lessons from local incidents may not be shared widely and to improve wider patient safety, the Joint Standards Committee of the Faculty and the Intensive Care Society has created this forum to allow lessons from local investigations into adverse incidents to be disseminated to the intensive care community.

We welcome you to share important safety lessons that have occurred in your own departments that may have general relevance. Please use the form below (or your local form if you would prefer) to submit an anonymised summary of the incident, the learning arising and any changes that have been implemented to prevent future a reoccurrence.

SAFETY MATTERS: Local Incident Lessons

Read the full overview here

Improving the catheter associated UTI rate in an intensive care unit

Galiczewski, J.M. & Shurpin, K.M. Intensive and Critical Care Nursing. Published online: 22 February 2017

Background: Healthcare associated infections from indwelling urinary catheters lead to increased patient morbidity and mortality.

Aim: The purpose of this study was to determine if direct observation of the urinary catheter insertion procedure, as compared to the standard process, decreased catheter utilization and urinary tract infection rates.

Conclusion: The findings from this study may promote changes in clinical practice guidelines leading to a reduction in urinary catheter utilization and infection rates and improved patient outcomes.

Read the full abstract here

Blood transfusion; NICE quality standard QS138 December 2016

This quality standard covers the general principles of blood transfusion in adults, young people and children over 1 year old. It describes high-quality care in priority areas for improvement. It does not cover specific conditions that blood transfusion is used for.  This quality standard is reviewed each year and updated if needed.

The four quality statements included in the latest review:

Statement 1  People with iron-deficiency anaemia who are having surgery are offered iron supplementation before and after surgery.

Statement 2  Adults who are having surgery and expected to have moderate blood loss are offered tranexamic acid.

Statement 3  People are clinically reassessed and have their haemoglobin levels checked after each unit of red blood cells they receive, unless they are bleeding or are on a chronic transfusion programme.

Statement 4  People who may need or who have had a transfusion are given verbal and written information about blood transfusion.

Use this link for more details about this quality standard.  Follow this link for a full list of NICE Guidance published in December 2016.

Newborn Individualized Developmental Care and Assessment Program Reduces Length of Stay

Moody, C. et al. Journal of Pediatric Nursing. Published online: 3 December 2016

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Infants born at ≤32 weeks gestation are at risk of developmental delays. Review of the literature indicates NIDCAP improves parental satisfaction, minimizes developmental delays, and decreases length of stay, thus reducing cost of hospitalization.

Highlights:

  • NIDCAP is a proven framework for providing developmentally supportive care in the NICU, and can mitigate risks of prematurity
  • Earlier initiation of NIDCAP led to discharge at a younger post-menstrual age
  • Quality improvement investigations are effective in addressing critical healthcare needs

Read the full abstract here

Quality Improvement Initiative for Severe Sepsis and Septic Shock Reduces 90-Day Mortality: A 7.5-Year Observational Study

Scheer, S. et al. Critical Care Medicine. Published online: September 22 2016

Objective: To investigate the impact of a quality improvement initiative for severe sepsis and septic shock focused on the resuscitation bundle on 90-day mortality. Furthermore, effects on compliance rates for antiinfective therapy within the recommended 1-hour interval are evaluated.

Design: Prospective observational before-after cohort study.

Setting: Tertiary university hospital in Germany.

Patients: All adult medical and surgical ICU patients with severe sepsis and septic shock.

Intervention: Implementation of a quality improvement program over 7.5 years.

Measurements: The primary endpoint was 90-day mortality. Secondary endpoints included ICU and hospital mortality rates and length of stay, time to broad-spectrum antiinfective therapy, and compliance with resuscitation bundle elements.

Main Results: A total of 14,115 patients were screened. The incidence of severe sepsis and septic shock was 9.7%. Ninety-day mortality decreased from 64.2% to 45.0% (p < 0.001). Hospital length of stay decreased from 44 to 36 days (p < 0.05). Compliance with resuscitation bundle elements was significantly improved. Antibiotic therapy within the first hour after sepsis onset increased from 48.5% to 74.3% (p < 0.001). Multivariate analysis revealed blood cultures before antibiotic therapy (hazard ratio, 0.60-0.84; p < 0.001), adequate calculated antibiotic therapy (hazard ratio, 0.53-0.75; p < 0.001), 1-2 L crystalloids within the first 6 hours (hazard ratio 0.67-0.97; p = 0.025), and greater than or equal to 6 L during the first 24 hours (hazard ratio, 0.64-0.95; p = 0.012) as predictors for improved survival.

Conclusions: The continuous quality improvement initiative focused on the resuscitation bundle was associated with increased compliance and a persistent reduction in 90-day mortality over a 7.5-year period. Based on the observational study design, a causal relationship cannot be proven, and respective limitations need to be considered.

Read the abstract here