1. Identify the anatomy and surgical plane
The urethra, verumontanum, prostate apex, bladder neck and ureteric orifices provide orientation. The surgeon enters the plane between adenoma and surgical capsule.
2. Develop the plane
Dissection proceeds along the capsule, using the laser for controlled separation and haemostasis. Maintaining orientation is more important than following a rigid sequence.
3. Mobilise the adenoma en bloc
Rather than creating three separate lobes, the adenoma is progressively mobilised as a connected unit. Published evidence suggests en-bloc and two-lobe techniques may improve enucleation efficiency compared with the traditional three-lobe approach, without proven superiority in functional outcomes.
4. Protect the apex and sphincter
The apical release is particularly important because the external urinary sphincter lies nearby. Sphincter-conscious technique aims to minimise unnecessary traction, thermal injury and mechanical trauma.
5. Deliver the adenoma into the bladder
Once completely released, the adenoma is displaced into the bladder while haemostasis and the prostatic cavity are checked.
6. Morcellation
The enucleated tissue is mechanically morcellated and removed from the bladder. Tissue can then be sent for histopathological examination.
References & evidence
- European Association of Urology. EAU Guidelines on Management of Non-neurogenic Male LUTS — Disease Management. 2026.
- European Association of Urology. EAU Guidelines — Diagnostic Evaluation. 2026.
- Tan C, Wang C, Huang J, et al. Comparative outcomes of HoLEP versus robot-assisted simple prostatectomy for BPH: systematic review and meta-analysis. J Robot Surg. 2025;19:478. PMID: 40790006.
Medical content reviewed 13 September 2026. References are provided for patient education; recommendations must be individualized.
Procedure choice should be individual
Prostate anatomy, symptoms, bladder function, medical history, priorities regarding ejaculation, durability and the experience of the treating surgeon all matter.
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