Petros Peter, Liedl Bernhard, Palma Paolo, Riccetto Cassio, Ding Shuqing
Pelvic Reconstructive Surgeon (Retired), Sydney, NSW, Australia.
Centre for Reconstructive Urogenital Surgery, Urology Clinic Munich, Planegg, Germany.
Ann Transl Med. 2024 Apr 22;12(2):27. doi: 10.21037/atm-23-1759. Epub 2024 Apr 18.
The Integral Theory Paradigm (ITP) has a 25-year track record of successfully treating bladder/bowel/pain symptoms caused by laxity in specific ligaments, even when the prolapse is minimal. The ITP-based treatment involves ligament support and can be nonsurgical or daycare surgical. An accurate diagnostic protocol is required. The Integral Theory Diagnostic system is performed in an outpatient setting. It a step-by-step "how to" resource for clinicians who wish to learn a practical anatomical diagnostic method which can quickly and accurately identify a ligament cause for bladder/bowel/pain symptoms, and therefore, potentially cure them. The structured ITP diagnosis flow chart uses symptoms to diagnose anatomical defects. It comprises 4 related steps. The ITP is holistic, and bladder, bowel, pain symptoms co-occur. The first step, therefore, is to establish all possible symptoms for transfer to the Diagnostic Algorithm which is the second step. Because patients complain of one main symptom, other symptoms must be located by direct questioning, using the Diagnostic Algorithm as an aide memoire, or a questionnaire to locate bladder, bowel, pain symptoms. Second step: symptoms are placed into 3 anatomical zones: anterior zone, pubourethral ligament (PUL) [stress urinary incontinence (SUI)]; middle zone, cardinal ligament (CL) (transverse defect cystocele); posterior zone, uterosacral ligament (USL) (uterine prolapse and enterocele). The third step is a vaginal examination to confirm the ligament damage (prolapses) in the three zones predicted by the algorithm. The fourth step is "simulated operations" (mechanical support of specific ligaments per vaginam) to validate the particular ligament indicated by the diagnostic algorithm, is indeed causing that symptom. For SUI, a hemostat test at midurethra supports PUL vaginally to stop urine loss on coughing; the lower blade of a bivalve speculum gently inserted into the vagina can relieve urge and pain.
整体理论范式(ITP)在成功治疗由特定韧带松弛引起的膀胱/肠道/疼痛症状方面已有25年的记录,即使脱垂程度很轻微。基于ITP的治疗包括韧带支撑,可以是非手术治疗或日间手术治疗。需要准确的诊断方案。整体理论诊断系统在门诊环境中进行。它为希望学习一种实用的解剖学诊断方法的临床医生提供了一份循序渐进的“操作指南”,这种方法可以快速准确地识别膀胱/肠道/疼痛症状的韧带病因,从而有可能治愈这些症状。结构化的ITP诊断流程图利用症状来诊断解剖缺陷。它包括4个相关步骤。ITP是整体性的,膀胱、肠道、疼痛症状会同时出现。因此,第一步是确定所有可能的症状,以便转移到诊断算法中,这是第二步。因为患者通常主诉一种主要症状,所以必须通过直接询问来找出其他症状,以诊断算法作为辅助记忆工具,或者使用问卷来找出膀胱、肠道、疼痛症状。第二步:将症状分为3个解剖区域:前部区域,耻骨尿道韧带(PUL)[压力性尿失禁(SUI)];中部区域,主韧带(CL)(横向缺陷膀胱膨出);后部区域,子宫骶韧带(USL)(子宫脱垂和肠膨出)。第三步是进行阴道检查,以确认算法预测的三个区域中的韧带损伤(脱垂)。第四步是“模拟手术”(经阴道对特定韧带进行机械支撑),以验证诊断算法所指示的特定韧带确实是导致该症状的原因。对于压力性尿失禁,在尿道中部进行止血钳测试,经阴道支撑耻骨尿道韧带以阻止咳嗽时漏尿;将双瓣窥器的下叶片轻轻插入阴道可缓解尿急和疼痛。