2021_Book_TextbookOfPatientSafetyAndClin
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cation rates there substantially no data about<br />
other quality measures. For example, we know<br />
that the most common AE of thoracentesis is<br />
pneumothorax occurring in up to 39% of<br />
patients [63] (10–50% of them requiring tube<br />
thoracostomy), but we know very few about<br />
success rate, adequacy of the diagnostic specimens<br />
obtained, wait time, accuracy and completeness<br />
of clinical documentation, and patient<br />
satisfaction of thoracentesis and other procedures<br />
performed bedside on IM inpatients. On<br />
such premises, at General Hospital of Toronto<br />
an audit on procedural quality of interventional<br />
procedures was conducted in General Internal<br />
Medicine [64].<br />
Over a 2-week period, 19 procedures (4 thoracenteses,<br />
6 paracenteses, 8 lumbar punctures,<br />
and 1 arthrocentesis) were attempted, of which<br />
14 at the bedside and 5 by interventional radiology.<br />
Only 7 (50%) of the bedside procedures<br />
were successful. The most common reason for<br />
failure was inability to aspirate fluid. Less than<br />
25% of bedside procedures were done on ultrasound<br />
guidance. The majority were carried out<br />
by students and residents, but only 7 (50%) were<br />
documented as supervised. None of the operators<br />
used procedural timeouts or checklists. Over<br />
50% of the bedside procedures were performed<br />
on evenings or weekends with less success (44%<br />
vs 60%), suggesting that procedures should be<br />
done during the daytime, when there is more<br />
availability of support and supervision. The<br />
quality of documentation was also suboptimal.<br />
Less than 50% of the procedures documented<br />
that the specific risks of the procedure were<br />
explained to the patient, how much local anesthetic<br />
was used, or what was the side (i.e., left or<br />
right). Communication with general practitioner<br />
was poor as well: only 66% of the discharge<br />
summaries included the date of the procedure<br />
and only 75% the results of the procedure [64].<br />
Another study on lumbar puncture investigating<br />
for headache on an acute medical admission unit<br />
reported that documentation of position and<br />
cerebrospinal fluid (CSF) opening pressure was<br />
poor (42% and 32%, respectively) even if essential,<br />
and only 32% had paired serum glucose<br />
measured [65].<br />
Procedure-related errors are due to procedural<br />
and system factors [66], such as lack of clinician<br />
comfort with performing the procedure, inadequate<br />
supplies, insufficient time, or patient factors<br />
such as body habitus or characteristics of the<br />
fluid collection such as loculation. Once more,<br />
there is good evidence that clinicians are performing<br />
fewer bedside procedures and are less<br />
confident in their bedside procedural skills [67,<br />
68]. So, interventions able to improve safety turn<br />
out to be: ultrasound guidance, use of a procedurespecific<br />
checklist, patient identification policy<br />
and pre-procedural briefing about patient characteristics<br />
and risk factors, routine review of<br />
physician- specific procedural outcomes, periodic<br />
evaluation of operators’ competences, training<br />
through simulation, supervision until competence<br />
is consistently demonstrated and creation<br />
of dedicated teams [69–71], periodic assessment<br />
of procedural quality including informed consent<br />
obtained, waiting time, use of procedural timeout<br />
and sonography if needed, number of attempts,<br />
success and complication rate, diagnostic sampling<br />
quality, completeness of diagnostic tests,<br />
avoidance of waste, documentation completeness,<br />
legibility (for handwritten notes) and accuracy,<br />
wrong side errors, need for repeat procedure<br />
and patient satisfaction [64].<br />
17.2.5 Communication Errors<br />
M. L. Regina et al.<br />
Inter-professional communication in IM wards is<br />
complex, owing to the variety of patients’ population<br />
with changing clinical conditions and constant<br />
turnover, and multiple providers’ alternation<br />
[72]. A lot of information is exchanged every day<br />
among care providers in IM, through face-to-face<br />
(ward rounds, handover, briefing), synchronous<br />
(telephone or page), or asynchronous ways (clinical<br />
chart, text messages, emails, written handoff).<br />
Anyway, there are only few empirical studies that<br />
explore inter-professional communication in IM<br />
[73], even if effective inter-professional communication<br />
in such information-intensive environment<br />
is critical to achieve a safe and timely care.<br />
The most common communication strategies<br />
in IM include: handover, ward rounds, clinical