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Point-of-care ultrasound (PoCUS) is a rapidly evolving method of clinical assessment within the intensive care unit (ICU) with training predominantly aimed at physicians. Routine whole-body PoCUS (lungs, heart, abdomen and blood vessels) when conducted by physicians benefits patient care and outcomes including reducing the risk of prolonged ICU stay (>7 days) and mechanical ventilation as well as reducing utilisation of other diagnostic tests. However, physician-only use of PoCUS does not allow for use as a routine assessment method in the ICU due to the low physician to patient ratio and poor ultrasound accreditation rate.
Providing other healthcare professionals such as Advanced Critical Care Practitioners (ACCPs), ICU nurses and physiotherapists with PoCUS skills increases the proportion of trained staff to perform routine PoCUS in the ICU. This could aid earlier identification of abnormal pathology, earlier treatment, and prevent patient deterioration. The advancement of handheld PoCUS technology is making ultrasound more portable, cheaper and easier to use.
The increased accessibility of PoCUS combined with growing evidence of its diagnostic accuracy compared to other modes of imaging means PoCUS use is gaining traction globally. However, little to no research exists investigating the feasibility of implementing scheduled interprofessional PoCUS in the ICU and its impact on patient outcomes.
This study aims to evaluate the acceptability and feasibility of a quick and simple whole body ultrasound scan performed by trained ACCPs, ICU nurses, physiotherapists, and doctors at set time points throughout the patients ICU stay. The investigators want to find out the most common barriers and facilitators to intervention implementation and to explore the key clinical outcomes for use in a future definitive RCT.
Full description
PoCUS is a non-invasive procedure that does not use harmful radiation. PoCUS therefore minimises patient risk and has superior diagnostic capabilities compared to the stethoscope. Non-medics can learn and utilise PoCUS with comparable accuracy. Routine whole-body PoCUS could enable more informed and timely clinical decision-making regarding lifesaving interventions such as patient positioning (proning), ventilatory support, and fluid balance optimisation. PoCUS could decrease time spent in diagnostic testing outside the ICU, minimising spread of infection through reduced patient contact, and reduce risk associated with patient transfers to scanning. Increased PoCUS use therefore has the potential to positively impact more patients, with less disruption to patient care.
In addition, increased routine PoCUS use by multiple professions will create a shared communication platform with the potential to enhance interdisciplinary collaboration. PoCUS use meets the growing demand for advanced assessment skills in the ICU, increasing autonomy and improving staff retention. PoCUS may reduce service costs by limiting the need for other imaging. In addition, the economic value of fewer diagnostic tests and the potential for improved patient outcomes could be significant. Storage solutions for diagnostic imaging present an ongoing challenge throughout the healthcare service. Imaging is stored on multiple platforms, making reviewing of images often location dependent. Identifying the most accessible storage platform for routine image review could significantly influence utilisation of images during patient assessment.
The investigator's aim is to evaluate the acceptability and feasibility of the INSIGHT Intervention within the ICU environment. This comprises performing a whole body PoCUS (INSIGHT) scan on days 1, 3, and 7 of ICU admission, with review by the clinical team.
The INSIGHT Scan is a whole-body PoCUS scan which comprises imaging the following windows:
Design and Setting: A mixed-methods study across 2 adult ICUs (30 beds) within the critical care centre at KCH, London.
The Study will be conducted in two stages:
Stage 1 Aim: The aim of this stage is to identify and address the acceptability and feasibility of the INSIGHT intervention from the perspective of key stakeholders.
The primary objectives will be to:
The following feasibility outcomes will be evaluated:
ICU Patient Sample: Convenience sampling will be used to recruit 20 adult (18 years or over) ICU patients.
ICU Staff Sample: Prior to stage 1 commencement, a minimum of 10 staff members will have completed the training and will be approached for consent to participate in this study.
Fifteen INSIGHT-trained and non INSIGHT-trained clinical staff will be recruited using purposive sampling (ACCPs, nurses, doctors, physiotherapists) to either attend one of two focus groups.
Data collection methods:
Stage 2 Aim: To evaluate the feasibility of the INSIGHT intervention trial design to inform a future adequately powered randomised controlled trial.
Primary Objective: To evaluate the feasibility of a randomised controlled trial of the INSIGHT Scanning Protocol.
Feasibility objectives:
Recruitment rate and willingness of approached eligible patients to consent
Number of complete scans (i.e., 6/6 windows)
Reasons scans not performed/completed
Time taken to perform and report INSIGHT scans
Proportion of complete scan reports compared to the total number of scans performed
Staff perceived feasibility of the INSIGHT Scan on days 1, 3, and 7 of ICU admission
Adherence to the INSIGHT Scanning Protocol, measured by the number of INSIGHT scans and reports completed compared to the number required in the INSIGHT protocol design 7. Rate of adverse and serious adverse events
Exploratory clinical objectives:
Patient participant sample: The investigators will recruit 60 patients during the study.
Randomisation: Participants will be randomised to receive the INSIGHT intervention or standard care (no INSIGHT intervention) on a 1:1 basis.
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Inclusion and exclusion criteria
Patient Inclusion Criteria:
Patient Exclusion Criteria:
Injuries that prevent probe positioning:
Uncontrolled agitation or pain: this will make scanning more challenging and affect image acquisition
Clinical instability requiring prioritisation of stabilising or resuscitative care
Allergy to ultrasound gel
Anticipated withdrawal of care in the next 24 hours
Staff Inclusion Criteria
i. Nurse, ACCP, physiotherapist, or doctor ii. Completion of an advanced course in ICU nursing, ACCP course, ICU physiotherapy or medicine iii. Working in a participating ICU for a minimum of 6 months before enrolment on training course iv. Competent or undergoing training in the INSIGHT Scan
ICU staff exclusion criteria
i. Any injuries or musculoskeletal conditions that would be exacerbated by performing ultrasound ii. On rotation or planning on leaving ICU role in 6 or less months
Primary purpose
Allocation
Interventional model
Masking
120 participants in 2 patient groups
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Central trial contact
Phil Hopkins; Eleanor Corcoran
Data sourced from clinicaltrials.gov
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