Postembolization Syndrome after Prostatic Artery Embolization: A Systematic Review
Abstract
:1. Introduction
2. Materials and Methods
2.1. Protocol and Registration
2.2. Information Sources and Search Strategy
2.3. Eligibility Criteria and Study Selection
2.4. Outcome Measures
2.5. Risk of Bias
2.6. Statistical Considerations
3. Results
3.1. Study Selection and Overview
3.2. Outcome Measures
3.3. Risk of Bias
4. Discussion
5. Conclusions
Author Contributions
Funding
Conflicts of Interest
Appendix A
References
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Author and (Year) | Study Design | Data Collection Period | Study Location | Patients Included in Intervention Group(s) (n) | Mean Age | Intervention | Control/Comparator |
---|---|---|---|---|---|---|---|
Abt (2018) [7] | open-label RCT | Feb 2014–May 2017 | Switzerland | 48 | 65.7 | PAE with 250–400 µm Embozene® | TURP |
Bilhim (2013) [22] | single-blind RCT | May 2011–Dec 2011 | Portugal | 80 | 63.9 | PAE with 80–180 µm or 180–300 µm particles | |
Bilhim (2019) [23] | single-blind RCT | Nov 2017–Nov 2018 | Portugal | 84 | 67.3 cPAE; 65.8 bPAE | cPAE, bPAE (both with with 300–500 µm Embosphere®) | |
Carnevale (2016) [6] | open-label RCT | Nov 2010–Dec 2012 | Brazil | 15 | 60.4 | PAE PErFecTED with 300–500 µm Embosphere® | original PAE and TURP |
Gao (2014) [5] | open-label RCT | Jan 2007–Jan 2012 | China | 54 | 67.7 | PAE with 355–500 µm Ivalon® | TURP |
Torres (2019) [24] | open-label RCT | Jul 2015–Dec 2016 | Portugal | 137 | 66.1 | PAE (3 groups: 100–300 µm, 300–500 µm, and 100–300 followed by 300–500 µm microspheres) | |
Wang (2018) [25] | double-blind RCT | Jan 2010–Oct 2015 | China | 110 | 69.5 | PAE (2 groups: 50 µm followed by 100 µm and 100 µm spheres alone) |
Author and (Year) | Study Design | Data Collection Period | Study Location | Patients Included in Intervention Group(s) (n) | Mean Age | Intervention | Control/Comparator |
---|---|---|---|---|---|---|---|
Bagla (2014) [27] | prospective | Jan 2012–Mar 2013 | United States | 19 | 66.5 | PAE with 100–400 µm Embozene® | |
Bilhim (2013) [29] | prospective | Mar 2009–Dec 2011 | Portugal | 122 | 65.8 bilateral PAE; 71.3 unilateral PAE | PAE with 100- and 200 µm particle sizes, unilateral vs. bilateral | |
Brown (2018) [30] | prospective | Nov 2015–Feb 2017 | Australia | 51 | 67 | PAE with 250 µm Embozene® | |
Carnevale (2013) [31] | prospective | Jun 2008–Nov 2011 | Brazil | 11 | 68.5 | PAE with 300–500 µm Embosphere® | |
Franiel (2018) [32] | prospective | Jul 2014–Dec 2015 | Germany | 27 | 66 | PAE with 250 µm Embozene® | |
Goncalves (2016) [33] | prospective | Aug 2011–Jun 2013 | Brazil | 30 | not mentioned | PAE with 100–300 or 300–500 µm Embosphere® | |
Kenny (2019) [34] | prospective | Not mentioned | France | 20 | 75.3 | PAE with 300–500 µm Bead Block® in patients with indwelling catheters | |
Kløw (2018) [35] | prospective | Dec 2015–Mar 2017 | Norway | 29 | 69 | PAE with 300–500 µm Embosphere® | |
Kurbatov (2014) [18] | prospective | Jan 2009–Jan 2012 | Russia and Italy | 88 | 66.4 | PAE with 300–500 µm Embosphere® in prostates >80 cm3 | |
Lindgren (2019) [36] | prospective | Jan 2015–Jun 2018 | Sweden | 37 | 73 | PAE with 300–500 µm Embosphere® | |
Malling (2019) [21] | prospective | Jul 2017–Jul 2018 | Denmark | 11 | 75.2 | PAE PErFecTED with 300–500 µm Embosphere® | |
Rampoldi (2017) [19] | prospective | Not mentioned | Italy | 41 | 77.9 | PAE PErFecTED with 300–500 µm Embosphere® in patients with indwelling catheters | Indwelling urinary catheter |
Ray (2018) [39] | prospective | Jul 2014–Jan 2016 | United Kingdom | 199 | 66 | PAE | TURP |
Russo (2015) [40] | prospective matched pair | Jan 2006–Jan 2014 | Italy | 80 | 67 | PAE with 300–500 µm Embosphere® | open prostatectomy |
Salem (2018) [41] | prospective | Dec 2014–Jun 2017 | United States | 45 | 67 | PAE with 300–500 µm Embosphere® | |
Wang (2016) [43] | prospective | Apr 2010–Dec 2013 | China | 115 | 72.5 (>80 cm3); 66 (50–80 cm3) | PAE with 100 µm particles in prostates >80 cm3 and 50–80 cm3 | |
Wang (2016) [44] | prospective | Feb 2009–Apr 2014 | China | 158 | 82.5 (>75 yrs), 67.5 (<75 yrs) | PAE with 100 µm particles in men >75 years and <75 years | |
Yu (2016) [45] | prospective | Jun 2015–Mar 2016 | Hong Kong SAR | 16 | 66 | PAE with 100–300 µm Embosphere® in patients with BPH and acute urinary retention | PAE with 100–300 µm Embosphere® n patients with BPH without urinary retention |
Yu (2019) [46] | prospective | Jun 2015–Dec 2018 | Hong Kong SAR | 82 | 66 | PAE with 100–300 µm Embosphere® |
Author and (Year) | Study Design | Data Collection Period | Study Location | Patients Included in Intervention group(s) (n) | Mean Age | Intervention | Control/Comparator |
---|---|---|---|---|---|---|---|
Amouyal (2016) [20] | retrospective | Dec 2013–Jan 2015 | France | 32 | 65 | PAE PErFecTED with 300–500 µm Embosphere® | |
Ayyagari (2019) [26] | retrospective | Apr 2013–Aug 2018 | United States | 93 | 76.0 end-hole; 72,8 balloon occlusion | end-hole vs. balloon occlusion PAE (both with 100–300 µm Embosphere®) | |
Bhatia (2018) [28] | retrospective | Apr 2014–Oct 2017 | United States | 93 | 68.5 | PAE with 100–300 or 300–500 µm Embosphere® | |
Pisco (2016) [37] | retrospective | Mar 2009–Sep 2014 | Portugal | 152 | 67.4 | PAE 100–200 µm PVA spheres, 300–500 µm Bead Block®, 300–500 µm Embosphere® or 400 µm Embozene® | |
Qiu (2017) [38] | retrospective | Feb 2012–Mar 2015 | China | 17 | 75.53 | PAE with 90–180 µm Embosphere® | TURP |
Tian (2019) [42] | retrospective | Feb 2014–Dec 2017 | China | 20 | 80.8 | PAE with 90–180 µm or 180–300 µm particles for control of gross haematuria in BPH |
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Svarc, P.; Taudorf, M.; Nielsen, M.B.; Stroomberg, H.V.; Røder, M.A.; Lönn, L. Postembolization Syndrome after Prostatic Artery Embolization: A Systematic Review. Diagnostics 2020, 10, 659. https://doi.org/10.3390/diagnostics10090659
Svarc P, Taudorf M, Nielsen MB, Stroomberg HV, Røder MA, Lönn L. Postembolization Syndrome after Prostatic Artery Embolization: A Systematic Review. Diagnostics. 2020; 10(9):659. https://doi.org/10.3390/diagnostics10090659
Chicago/Turabian StyleSvarc, Petra, Mikkel Taudorf, Michael Bachmann Nielsen, Hein Vincent Stroomberg, Martin Andreas Røder, and Lars Lönn. 2020. "Postembolization Syndrome after Prostatic Artery Embolization: A Systematic Review" Diagnostics 10, no. 9: 659. https://doi.org/10.3390/diagnostics10090659
APA StyleSvarc, P., Taudorf, M., Nielsen, M. B., Stroomberg, H. V., Røder, M. A., & Lönn, L. (2020). Postembolization Syndrome after Prostatic Artery Embolization: A Systematic Review. Diagnostics, 10(9), 659. https://doi.org/10.3390/diagnostics10090659