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Moderated Posters 5: Technical Advances in Urology, Improving Patient Relations





        would improve accessibility to flexible cystoscopy in international settings   clinical environment. In order to improve this process and reduce undue
        by obviating the need for expensive tower equipment.  stress, this work investigates the causes of worry in the perioperative
        References                                           process, as well as supporter-staff dynamics in a breadth of surgeries.
        2.   Shah J. Endoscopy through the ages. BJU Int 2002;89:645-52.   Methods: A survey was administered to family and friends in the Surgical
            https://doi.org/10.1046/j.1464-410X.2002.02726.x  Family Waiting Room at Vancouver General Hospital (n=80). The survey
        3.   Phan YC, Cobley J, Mahmalji W. Cost analysis and service delivery   consisted of questions regarding the respondents’ relation to the patient,
            on using Isiris α  to remove ureteric stents. J Endolum Endourol   the surgical procedure taking place, and anxiety levels. Causes of such
                       ™
            2018;1:e3-16. https://doi.org/10.22374/jeleu.v1i1.5  anxiety were explored, as was communication with the healthcare team.
        4.   Ibbotson S, Dettmer T, Kara S, et al. Eco-efficiency of disposable and   Results: Most participants were waiting during what they perceived to be
            reusable surgical instruments-a scissors case. Int J Life Cycle Assess   a major surgery (84%, n=67). Most frequently reported causes of worry
            2013;18:1137-48. https://doi.org/10.1007/s11367-013-0547-7  included morbidity and mortality (71%, n=57) and logistics regarding the
                                                             patient’s location, status, and surgical timeline (21%, n=17). The major-
        MP-5.4                                               ity reported less than three visits to the nursing station (82%, n=59),
                                                             with 30% (n=24) reporting hesitancy in approaching staff for updates.
        Clinical validation of an audio-based uroflowmetry app in adult   The types of questions participants had were centered around logistics,
        males                                                procedural status, and timeline. When prompted on how communication
        Mark Dawidek , Rohit Singla , Louisa Ho , Lucie Spooner , Christopher   could be improved, more frequent updates during surgery were desired
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                                     1
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        Y. Nguan 1,2                                         (44%, n=35).
        1 Department of Urologic Sciences, University of British Columbia,   Conclusions: There is a clear need for improved communication between
        Vancouver, BC, Canada;  MD/PhD Program, Faculty of Medicine,   the healthcare team and patient supporters in order to properly address
                           2
        University of British Columbia, Vancouver, BC, Canada  the anxiety they experience. Providing more frequent updates, having an
        Introduction: Uroflowmetry is a common test for evaluating void-  improved understanding of the perioperative period, and gaining better
        ing by measuring urine flow directly. “Sonouroflowmetry” is a novel   access to the surgical team are all avenues to ease their stress. Future work
        approach that determines urine flow from acoustic measurement alone.   will involve determining the feasibility of a communications platform to
        Available as a software app on mobile devices, it is low-cost and por-  address these identified gaps.
        table. It has potential for screening and monitoring common urological
        pathologies, particularly in out-of-office environments. This study is the
        first to robustly evaluate sonouroflowmetry in a clinical setting against   MP-5.6
        the gold standard.                                   Use of multimedia in postoperative patient education: A quality
        Methods: Adult male patients (n=69) attending a general urology clinic   improvement initiative
        were recruited. Sonouroflowmetry was performed using the publicly avail-  Ailsa Gan , Luke Witherspoon , Rodney H. Breau , Ranjeeta Mallick , Ilias
                                                                    1
                                                                                                           1
                                                                                 1
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        able Uroflow Tracings (Traders Micro, Montreal, QC) app. Conventional   Cagiannos , Christopher G. Morash , Luke T. Lavallée 1
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        uroflowmetry was performed using the Urocap IV Uroflowmeter (Laborie,   1 Department of Surgery, Division of Urology, University of Ottawa,
        Brossard, QC). MATLAB (MathWorks, Natick, MA) was used to extract   Ottawa, ON, Canada
        flow curve data. Bland-Altman analysis was used to compare perfor-  Introduction: Variation in the discharge process has been found to
        mance with respect to max flow, time to max flow, and total voiding   increase discharge times and decrease quality of care.  This quality
                                                                                                     1
        time. Symmetric mean absolute percentage error (SMAPE) was used to   improvement study examined if a multimedia-based resource could
        quantitively compare curve shapes.                   decrease late discharges after robotic prostatectomy (after 2 pm on post-
        Results: The correlation coefficient for max flow was 0.25 (p=0.04). This   operative day 1) to <25%.
        increased to 0.41 (p<0.001) when normalized by the voided volume, with   Methods: From April 2018 to October 2019, all patients undergoing
        limits of agreement (LoA) -123% and -17%. Correlation for time to max   robotic-assisted radical prostatectomy (RARP) were asked to complete an
        flow was 0.61 (p=0.002) with LoA -120% and 165%. Correlation for total   anonymous survey using Likert scales evaluating the perioperative experi-
        voiding time was 0.92 (p<0.001) with LoA -41% and 38%. The SMAPE   ence. The quality improvement (QI) intervention started in March 2019.
        for curve shape was 32.7% (standard deviation 14%), corresponding to   A series of six educational videos were shown via an iPad to all patients
        an accuracy of 67.3%.                                undergoing RARP. The videos were used to supplement postoperative
        Conclusions: Sonouroflowmetry was inconsistent in evaluating flow mag-  instruction prior to discharge. The discharge times of all patients were
        nitude. This is attributable to high variability and difficult standardization   obtained from The Ottawa Hospital Data Repositories derived directly
        for acoustic signals. Performance improved with respect to temporal vari-  from the electronic medical record. A Student’s t-test was used to com-
        ables. The curve shape was surprisingly concurrent, both subjectively and   pare mean discharge time (primary outcome). A run chart analysis was
        objectively. Further work evaluating intra-patient reliability and pathology-  used to detect change in discharge time (QI outcome measure). Patient
        specific performance is required to fully evaluate sonouroflowmetry as a   satisfaction and experience (QI balancing measure) was analyzed using
        screening or monitoring tool.                        chi-squared analysis.
                                                             Results: A total of 347 robotic prostatectomies (199 pre-intervention, 148
        MP-5.5                                               post-intervention) were available. Mean discharge time was not signifi-
                                                             cantly reduced in the intervention group compared to non-intervention
        Causes of anxiety surveyed in patient supporters during the   group (2:14 pm vs. 2:37 pm; p=0.12). Analysis of the run chart revealed
        perioperative process                                that no rules were met to provide evidence for non-random change (Fig.
        Keesha Khehra , Liz Burden , Rohit Singla , Angela Cho , Christopher   1). A total of 140 surveys (59 pre-intervention, 81 post-intervention) were
                                      2,3
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                   1
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        Y. Nguan 4                                           completed, corresponding with a response rate of 29.6% and 54.7%,
        1 MD Undergraduate Program, Faculty of Medicine, University of British   respectively. Median score on a 10-point scale for overall satisfaction was
        Columbia, Vancouver, BC, Canada;  MD/PhD Program, Faculty of   equal between the intervention and non-intervention groups (9 [inter-
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        Medicine, University of British Columbia, Vancouver, BC, Canada;  School   quartile range (IQR) 8–10] vs. 10 [IQR 8–10]; p=0.92). There were no
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        of Biomedical Engineering, University of British Columbia, Vancouver,   differences in scores for anxiety at discharge, postoperative care, and
        BC, Canada;  Department of Urologic Sciences, University of British   completeness of postoperative instruction between groups.
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        Columbia, Vancouver, BC, Canada                      Conclusions: Use of multimedia resources did not reduce discharge times
        Introduction: The perioperative process proves to be an anxiety- and   after robotic prostatectomy in this study. Patient perception of care and
        stress-inducing ordeal for not only the patients, but their family and friends   education is high and was not negatively impacted when postoperative
        as well. While their loved one is undergoing a surgical procedure, patient   instruction was delivered using multimedia resources.
        supporters are left in uncertainty while having to navigate an unfamiliar
                                                CUAJ • June 2020 • Volume 14, Issue 6(Suppl2)               S105
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