From Local Improvement to Publishable Work: Guiding Your QI Project Towards Wider Impact

Introduction

Translating everyday clinical improvement work into a publishable format can seem daunting. It requires careful consideration of methodology, clear articulation of aims and outcomes, and adherence to established reporting guidelines. This guide will clarify the distinctions between QI, clinical audit, and research, explain the necessary governance steps, and provide a practical framework to help you prepare your project for submission.

Why this topic matters

Sharing your Quality Improvement successes is crucial for several reasons:

• Dissemination of best practice: Successful interventions in one setting can inform and inspire improvements in others, leading to better patient outcomes across the NHS.
• Avoidance of repeated effort: If others are struggling with similar issues, your documented improvement journey can save them time and resources.
• Professional development: Presenting or publishing your work is a valuable aspect of professional growth, contributing to revalidation, appraisal, and career progression, particularly for trainees and those in leadership roles.
• Organisational learning: It demonstrates a commitment to learning and improvement within your department and trust, showcasing effective change management and problem-solving.

Practical explanation: QI, Audit, Service Evaluation, and Research

Understanding the nuanced differences between these activities is fundamental for correct governance and reporting. Misclassifying your project can lead to significant delays or ethical breaches.

Quality Improvement (QI)

QI aims to improve local processes, systems, or patient outcomes within an existing service. It typically uses methodologies like Plan-Do-Study-Act (PDSA) cycles, Lean, or Six Sigma. The focus is on implementing change and measuring its impact on specific, local problems. QI projects are generally not generalisable beyond the immediate setting and do not usually require ethics committee approval, but local governance (e.g., QI lead, clinical director) oversight is essential.

Clinical Audit

Clinical audit measures current practice against a predefined standard (e.g., NICE guidance, national benchmarks). Its purpose is to evaluate care and identify areas where practice deviates from standards, followed by implementing changes to bring practice into line with these standards. Audit cycle methodology involves setting standards, collecting data, comparing to standards, implementing change, and re-auditing. Audit projects also do not typically require ethics approval but need registration with local audit departments.

Service Evaluation

Service evaluation assesses the quality, effectiveness, or efficiency of an existing service. It often seeks to answer questions like "Does this service meet the needs of our patients?" or "Is this new pathway working as intended?" While it may collect patient data, the primary purpose is to inform management and service delivery rather than to generate new generalisable knowledge. Like audit and QI, it usually falls outside the scope of formal research ethics review but requires local governance approval.

Research

Research aims to generate new, generalisable knowledge. It typically involves a hypothesis, a robust methodology designed to minimise bias, and often a control group. Research requires formal approval from an NHS Research Ethics Committee (REC) and often involves registration with the Health Research Authority (HRA). Any project planning to publish its findings as novel knowledge, develop new interventions, or generalise findings beyond the local population should be considered research.

Key distinction: The intent of your project is paramount. Is it to improve a local process (QI/Audit/Service Evaluation) or to generate new knowledge (Research)? When in doubt, always consult your local R&D office, audit department, or QI lead.

Common pitfalls

Navigating the process from local improvement to publication can present several challenges:

• Confusing project types: As outlined above, incorrectly categorising your project can lead to inappropriate governance pathways, causing delays or requiring rework.
• Insufficient data collection: QI projects sometimes start with an initial idea and implement changes without robust baseline data or consistent measurement, making it difficult to demonstrate impact rigorously.
• Lack of a clear aim: Vague or multiple aims can lead to unfocused data collection and reporting, making the story of your improvement less compelling.
• Not involving stakeholders: Failing to engage all relevant staff, patients, or departments from the outset can lead to resistance to change or misinterpretations of data.
• Poor documentation: Haphazard record-keeping of interventions, challenges, and lessons learned can hinder the ability to write a comprehensive report.
• Overstating generalisability: QI findings are inherently local. Applying them broadly without appropriate caveats can undermine the credibility of your work.
• Neglecting ethical or governance review: Even if not 'research', all projects involving patient data or changes to patient care need some level of local review to ensure safety, data protection, and appropriate consent/assent processes (if applicable).

Step-by-step approach to turning your QI project into publishable work

Step 1: Define your project type and obtain local approval

Before you even think about submitting to a journal, clarify whether your project is QI, audit, service evaluation, or research. Use national guidance (e.g., the HRA decision tool) and consult your local R&D office, audit department, or QI lead. Obtain formal local registration or approval as per trust policy. This step is non-negotiable.

Step 2: Structure your project using a recognised framework

Even if your raw QI work wasn't originally structured for publication, you can retrospectively apply a framework. The SQUIRE guidelines (Standards for QUality Improvement Reporting Excellence) are widely recognised and provide a comprehensive checklist for reporting QI work. Key elements include:

• Title: Clear and concise, indicating it's a QI project.
• Introduction/Rationale: Why was this improvement needed? What was the existing problem? What is known from the literature?
• Methods: Describe the setting, participants, interventions, methods for studying the intervention (e.g., PDSA cycles), and measures used.
• Results: Present the data clearly, often using run charts or statistical process control charts to show changes over time.
• Discussion: Interpret your findings, discuss limitations, implications for practice, and potential for spread.
• Conclusion: Summarise the main findings.

Other useful frameworks include the BMC Health Services Research 'Quality Improvement Report' format or the BMJ Quality & Safety guidance.

Step 3: Ensure robust data collection and analysis

• Baseline data: Demonstrate the problem consistently before implementation.
• Process and outcome measures: Collect data on both how the change is implemented (process measures) and what effect it has (outcome measures).
• Qualitative data: Patient and staff feedback can add rich context and triangulate findings.
• Appropriate analysis: Use run charts or statistical process control (SPC) charts where feasible to demonstrate change over time, distinguishing between special cause and common cause variation. Avoid complex statistical analyses if simpler visual tools suffice for QI objectives.

Step 4: Write your manuscript or prepare your presentation/poster

• Adhere to SQUIRE guidelines: Use the checklist as your writing structure.
• Tell a compelling story: Clearly articulate the problem, the intervention, the results, and the lessons learned. What was the impact?
• Be honest about limitations: Acknowledge what went well and what didn't. Discuss generalisability carefully.
• Refer to local context: Explain specific circumstances that might affect reproducibility.
• Credit all contributors: Ensure all team members who meet authorship criteria are included, and acknowledge others appropriately.
• Consider target audience: Are you writing for a specific journal, a general medical conference, or a specialised QI forum?

Step 5: Choose your dissemination channel

• Internal reports/presentations: Always the first step.
• Local/regional conferences: Excellent for gaining experience and initial feedback.
• National/international conferences: Larger platforms for wider impact.
• QI sections in peer-reviewed journals: Many journals (e.g., BMJ Quality & Safety, International Journal for Quality in Health Care, Journal of Clinical Effectiveness) specifically welcome QI reports. Look for journals that use the SQUIRE guidelines.
• Professional body newsletters/websites: Often keen to showcase practical improvements.

Step 6: Prepare for submission and review

• Review journal guidelines: Each journal has specific formatting requirements.
• Peer review: Be prepared for constructive criticism. Reviewers often offer valuable insights to strengthen your work.
• Reap the rewards: Congratulations on sharing your valuable work!

Example in clinical practice: Reducing Catheter-Associated Urinary Tract Infections (CAUTI)

A junior doctor, with an interest in patient safety, identifies a higher-than-average rate of CAUTIs on their surgical ward through local audit data. They engage the ward sisters, infection control team, and consultant supervisor to initiate a QI project.

Problem: High CAUTI rates compared to trust average. Aim: To reduce CAUTI incidence by 50% over six months on Ward X. Intervention (PDSA cycles):

1. Plan: Introduce a 'catheter care bundle' involving daily review of catheter necessity, standardised insertion checklist, and improved aseptic technique training for staff.
2. Do: Implement the bundle over two weeks.
3. Study: Monitor CAUTI rates and staff adherence to the bundle using run charts and observation. Gather staff feedback.
4. Act: Refine the bundle based on feedback (e.g., simpler checklist, more frequent training). Plan the next cycle.

Data Collection: Baseline CAUTI rates, rates post-intervention, staff adherence rates, qualitative feedback.

Governance: Project registered with the trust's QI department and discussed with the ward's clinical governance lead.

Outcome: After several cycles, CAUTI rates reduce by 60% and are sustained. Staff demonstrate improved knowledge and practice.

Publishable Work: The team writes up their project using the SQUIRE guidelines, creating a compelling narrative from problem identification through to sustained improvement. They submit it to a national patient safety conference as a poster presentation and later adapt it for a peer-reviewed journal specialising in infection control or quality improvement, explicitly stating its local context and potential for adaptation.

How Lazomis can help

Lazomis provides structured tools that can support your journey from local QI to publishable work:

• QI Project Setup: The Lazomis QI Project Setup tool guides you through defining your aim, identifying measures, and planning your interventions, ensuring you capture all necessary details for robust reporting from the outset.
• Data Collection templates: Standardised data collection forms and tools within Lazomis can help ensure consistency and completeness, crucial for demonstrating impact.
• Dashboards and Visualisations: Utilise Lazomis Dashboards to automatically generate run charts or other visualisations that effectively display your improvement data, making your results clear and impactful for presentations and reports.
• Resource Library: Access further resources and example QI reports to inspire and guide your writing, helping you understand publishing standards.

Key takeaways

• Clearly distinguish between QI, audit, service evaluation, and research to ensure correct governance.
• Always obtain local approval for your project (e.g., from your QI lead, audit department, or R&D office).
• Structure your QI project report using recognised guidelines like SQUIRE for clarity and completeness.
• Collect robust baseline and outcome data, preferably presented with run charts or SPC charts.
• Be honest about limitations and the local nature of your findings; don't overstate generalisability.
• Choose the most appropriate dissemination channel, from local presentations to peer-reviewed journals, for your specific project.

This resource supports, but does not replace, clinical judgement. Local policy, formulary and specialist advice should be followed.