optical magnification

光学放大
  • 文章类型: Journal Article
    治疗儿童和青少年精索静脉曲张的理想手术方法仍存在争议。有几种技术可用,包括光学放大(通过开放腹股沟或腹股沟下入路)保留动脉或淋巴,腹腔镜,顺行和逆行栓塞/硬化治疗。
    我们旨在评估这些技术在儿童和青少年中的临床结果。
    进行了系统评价(1997-2023年)。使用随机效应模型进行非比较研究(Freeman-Tukey转换)的荟萃分析或比例荟萃分析。结果表示为总比例%和95%置信区间(CI)。
    我们确定了1910项研究;删除了632个重复项,1278人被筛选,审查了203份,包括56份,12份报告涉及2种不同的技术(共68个数据集)。经腹股沟入路光学放大(498例):复发2.5%(0.6-5.6),鞘膜积液1.6%(0.47-3.4),睾丸萎缩1%(0.3-2.0),并发症1.1%(0.2-2.6);经腹股沟下入路光学放大(592例):复发2.1%(0.7-4.4),鞘膜积液1.26%(0.5-2.3),睾丸萎缩0.5%(0.1-1.3),并发症4%(1.0-8.8)。腹腔镜下包块结扎/分割(1943例):复发2.9%(1.5-4.6),鞘膜积液11.4%(8.3-14.9);并发症1.5%(0.6-2.9);腹腔镜保留淋巴(974例):复发2.4%(1.5-3.5),鞘膜积液1.2%(0.45-3.36),并发症1.2%(0.05-3.9);腹腔镜保留动脉(228例):复发6.6%(2.3-12.9),鞘膜积液6.5%(2.6-12.0)。顺行栓塞/硬化治疗(403例):复发7.6%(5.2-10.4),鞘膜积液0.8%(0.17-1.9),技术故障0.6%(0.1-1.6),并发症4.0%(2.3-6.1);逆行栓塞/硬化治疗(509例):复发6.9%(4.6-9.5),鞘膜积液0.8%(0.05-2.5),技术故障10.2%(4.6-17.6),并发症4.8%(1.0-11.2)。
    复发率在2.1%至7.6%之间变化,而栓塞/硬化治疗技术的复发率更高。术后鞘膜积液率在0.8%至11.4%之间变化,而腹腔镜下的包块结扎/分割技术更高。腹腔镜和栓塞/硬化治疗技术尚未报道睾丸萎缩。逆行栓塞技术与10%的技术失败(无法完成手术)有关。腹腔镜淋巴保留技术的特点是复发率最低,鞘膜积液和其他并发症的发生率,也没有睾丸萎缩的报告.
    UNASSIGNED: The ideal surgical approach for the management of varicocele in children and adolescents remains controversial. Several techniques are available including artery- or lymphatic-sparing with optical magnification (via open inguinal or sub-inguinal approach), laparoscopic, antegrade and retrograde embolization/sclerotherapy.
    UNASSIGNED: We aimed to appraise the clinical outcomes of these techniques in children and adolescents.
    UNASSIGNED: A systematic review was conducted (1997-2023). Meta-analysis or proportional meta-analysis for non-comparative studies (Freeman-Tukey transformation) using the random effects model was conducted. Results are expressed as overall proportion % and 95% confidence interval (CI).
    UNASSIGNED: We identified 1910 studies; 632 duplicates were removed, 1278 were screened, 203 were reviewed and 56 were included, with 12 reporting on 2 different techniques (total of 68 data sets). Optical magnification via inguinal approach (498 cases): recurrence 2.5% (0.6-5.6), hydrocele 1.6% (0.47-3.4), testicular atrophy 1% (0.3-2.0), complications 1.1% (0.2-2.6); optical magnification via sub-inguinal approach (592 cases): recurrence 2.1% (0.7-4.4), hydrocele 1.26% (0.5-2.3), testicular atrophy 0.5% (0.1-1.3), complications 4% (1.0-8.8). Laparoscopic with mass-ligation/division (1943 cases): recurrence 2.9% (1.5-4.6), hydrocele 11.4% (8.3-14.9); complications 1.5% (0.6-2.9); laparoscopic with lymphatic-sparing (974 cases): recurrence 2.4% (1.5-3.5), hydrocele 1.2% (0.45-3.36), complications 1.2% (0.05-3.9); laparoscopic with artery-sparing (228 cases): recurrence 6.6% (2.3-12.9), hydrocele 6.5% (2.6-12.0). Antegrade embolization/sclerotherapy (403 cases): recurrence 7.6% (5.2-10.4), hydrocele 0.8% (0.17-1.9), technical failure 0.6% (0.1-1.6), complications 4.0% (2.3-6.1); retrograde embolization/sclerotherapy (509 cases): recurrence 6.9% (4.6-9.5), hydrocele 0.8% (0.05-2.5), technical failure 10.2% (4.6-17.6), and complications 4.8% (1.0-11.2).
    UNASSIGNED: The recurrence rate varies between 2.1% and 7.6% and is higher with the embolization/sclerotherapy techniques. Post-operative hydrocele rate varies between 0.8% and 11.4% and is higher with the laparoscopic mass-ligation/division technique. Testicular atrophy has not been reported with the laparoscopic and embolization/sclerotherapy techniques. The retrograde embolization technique is associated with 10% technical failure (inability to complete the procedure). The laparoscopic lymphatic-sparing technique is characterized by the lowest recurrence rate, incidence of hydrocele and other complications, and no reports of testicular atrophy.
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  • 文章类型: Journal Article
    机器人辅助的显微外科手术可用于体内或体外外科手术。三维高清放大,一个稳定的人体工程学平台,消除生理性震颤,和运动缩放使机器人平台对显微外科医生有吸引力的复杂程序。此外,机器人的协助使显微外科医生采取显微手术,以微创的方式挑战体内的位置。最近的辅助技术发展为机器人平台提供了增强的光学放大倍数,改善术中成像,以及用于显微外科手术的更精确的消融技术。作者介绍了机器人辅助显微外科平台中可用的当前最先进的工具。
    Robotic-assisted microsurgery can be utilized for either intracorporal or extracorporeal surgical procedures. Three-dimensional high-definition magnification, a stable ergonomic platform, elimination of physiologic tremor, and motion scaling make the robotic platform attractive for microsurgeons for complex procedures. Additionally, robotic assistance enables the microsurgeon to take microsurgery to challenging intracorporeal locations in a minimally invasive manner. Recent adjunctive technological developments offer the robotic platform enhanced optical magnification, improved intraoperative imaging, and more precise ablation techniques for microsurgical procedures. The authors present the current state-of-the art tools available in the robotic-assisted microsurgical platform.
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