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Document1 min read·Published May 2026

Lobectomy for CPAM

Document · May 2026 · 1 min read

In brief

In brief

Dr. Rothenberg presents 15 years of experience with thoracoscopic lobectomy for congenital pulmonary airway malformation and other pediatric lung lesions, reporting 393/396 successful minimally invasive completions with low complication rates. Key technical points include anatomic dissection, energy device use, and single-lung ventilation strategies in patients ranging from neonates to adolescents.

  • Thoracoscopic lobectomy is safe in infants as small as 2.5kg using 5mm ports with CO2 insufflation at 4mmHg
  • Energy sealing devices (ultrasonic/Ligasure) eliminate need for staplers/clips in most pediatric lobectomies
  • For pulmonary sequestration, identify and ligate systemic arterial supply first before proceeding with dissection
  • CPAM resection should be elective before age 2-3 due to 3-4% risk of occult malignancy (blastoma, adenocarcinoma)
  • Work anterior-to-posterior with meticulous hemostasis; conversion rate <1% when anatomic relationships respected

Written by the GCMD Library team from the document.

Dr. Steve Rothenberg

Surgical content by Dr. Steve Rothenberg — Thoracic Surgery
Full text

Steven Rothenberg

Anatomic Dissection Avoid Mass ligatures Respect the other Bronchi For Sequestration: Identify systemic vessel first Understand anatomic relationships Complete Lobectomy (Maybe Not!)

Single lung Ventilation: Mainstem intubation, Double lumen tube, Bronchial blocker, Tracheal Intubation Lateral Decubitus Position CO2 Insufflation (4mm Hg, 1L/min) Valved Trocars 3 to 4 Ports

Suture Ligation Endo-GIA Endo-clips Tissue Sealing devices: Ultrasonic shears, Ligasure, JRS Bronchus: Suture, 5mm clip, 5 mm stapler

Meticulous Dissection and Hemostasis Create space Work anterior to posterior Understand spatial relationships of Pulmonary anatomy

Lat Decub Head Monitor MonitorSurgeonAssist Nurse

Scope port over the major fissure: mid- axillary line (4th or 5th interspace) Working ports more anterior/ inferior: 4th to 8th interspace

¨ January 2001- November 2015¨Prenatally diagnosed lung cystic lung disease as well as acquired disease¨396 patients¨Weight: 2.8-78 Kg¨Age: 1 day – 18 years

¨CPAM & BPS – 346¨Bronchiectasis– 31¨CLE – 15¨Malignancy- 4

¨393/396 procedures completed thoracoscopically¨87 upper/ 28 middle/ 281 lower lobectomies¨Operative time: 35 min – 240 min (mean 115)¨Average time for trainee : 160 min¨Intra-op complication rate: 1.1%¨Chest tube duration: 1.2 days¨Hospital Days: 1-5(mean 2.6 days)

¨Four conversion to open: Bleeding in 3, compromised bronchus in 1, malignancy 1¨No post-operative bleeding or BPF¨4 re-operation for air leak

¨96 pts with no significant respiratory distress operated on electively¨Average operative time 90 minutes¨Average length of stay post-op 1-16 days (mean 3.2)

¨3 unsuspected malignancies¨2 pulmonary blastomas¨1 adenocarcinoma. ¨K-ras mutations, either c35G>T (G12V) or c35G>A (G12D

Thoracoscopic lobectomy in infants and children is a safe and effective procedure. New energy sources have eliminated the need for staples, clips, and ligatures in the majority of cases. Current instrumentation allows the surgeon to limit his largest trocar to 5mm and intervene in infants as small as 2.5kg. The long term benefits include not only improved cosmetics, but also the lack of shoulder girdle weakness and chest wall deformity.

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