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Document5 min read·Published May 2026

World Vet Meeting 2021

Document · May 2026 · 5 min read

In brief

In brief

Comprehensive review of 25+ years of thoracoscopic surgery experience in infants and children, covering 538 procedures including lobectomies, PDA ligations, and congenital lung lesion resections. Demonstrates safety and efficacy of minimally invasive approaches in neonates and small infants with short hospital stays and low complication rates.

  • Over 25 years, thoracoscopic approaches have successfully eliminated most thoracotomies in pediatric chest surgery across multiple institutions
  • Single-lung ventilation, low-pressure CO2 pneumothorax (4mmHg), and strategic patient positioning are critical technical foundations for pediatric thoracoscopy
  • Thoracoscopic lobectomy is safe and effective even in infants <5kg and <3 months, with mean hospital stay of 1.6-2.2 days and 99.4% completion rate
  • Standardized trocar placement (camera at mid-axillary over fissure, working ports anterior-axillary) and vessel-sealing devices enable consistent outcomes across diverse pathology
  • Thoracoscopic techniques apply to nearly all pediatric chest procedures: PDA ligation, lung resection, mediastinal masses, esophageal repair, and decortication

Written by the GCMD Library team from the document.

Dr. Steve Rothenberg

Surgical content by Dr. Steve Rothenberg — Lectures & Presentations
Full text

Advanced Thoracoscopic Surgery Steven RothenbergDenver Colorado Over A Quarter Century of Eliminating Thoracotomies In Infants and Children. From Denver to Liverpool, Houston, and Beyond Steven Rothenberg MD The Rocky Mountain Hospital For Children Denver, Colorado Clinical Professor of Surgery Columbia University College of Physicians and Surgeons

Disclosures•Bolder Surgical (JustRight) •Conmed•Storz Endoscopy

Virtual Training

Facebook post: Born Unable To Swallow

Evolution Over 25 Years

Raymond Donnelly

!Lateral Thoracotomy!PosterolateralThoracotomy!Anterior Thoracotomy!Chamberlin Procedure!Muscle Sparing Procedures!Medianstinoscopy!Median Sternotomy

Advantages!Wide access to chest cavity!Easy access to anterior and posterior mediastinumand hilarstructures!Can enter at variable interspaces Disadvantages!Difficult to access apex of chest!Division of large chest wall muscles!Painful!Limited access between ribs

Thoracoscopy for diagnosis of intrathoracic lesions in children. Rodgers BM, Talbert JL. J Pediatr Surg. 1976 Oct;11(5):703-8.

InstrumentationScopes -4mm and 3mm short (18-20cm) 0 & 30 degreeInstruments: 3mm shortTrocars: short 50-75mm Camera: HD, 4KLight source & light cord Energy Sources

Anesthesia •Single lung ventilation: Double lumen tube Bronchial blocker Mainstem intubation Tracheal intubation •Increase in PCO2/ Increase TV & PIP

Special Equipment •Endoloops •Endoclips •Endoscopic Stapler •Tissue /Vessel Sealing

Exclusion Criteria Hemodynamic Instability requiring significant pressor support Non-conventional ventilator support Patient cannot be transferred from ICU: i.e.- CDH on ECMO Giant Tumor

Positioning Maximize exposure Use gravity to retract lung Adequate access for trocars Don’t worry about conversion to an open thoracotomy

Set Yourself Up To Succeed!

Lateral Decubitus Lung biopsy Lobectomy Decortication Modified Supine Anterior mediastinal mass Thymectomy Pericardial window Aortopexy Modified Prone Posterior mediastinal mass Forgut Duplication TEF repair Myotomy PDA ligation Anterior spine exposure Place NG, Bougie, Esophagoscope

Room Set-up : Thoracoscopy SurgeonAssist Nurse Lat DecubHead anterior monitor monitor

Create Pneumothorax Insertion of CO2 aids with initial collapse Low flow – 1L/min Low pressure – 4mmHg Use valved trocars May increase PCO2 •

Thoracoscopic Procedures Performed•Lung Biopsy•Lobectomy•Sequestration resection•Cyst excision•Decortication•Forgut duplication resection•Esophageal myotomy•Anterior Spine Fusion•Diaphragmatic hernia/plication PDA LigationThoracic Duct LigationEsophageal atresia repairTEF repairAortopexyMediastinal mass excisionThymectomySympathectomyPericardial window

PDA LigationLaborde. 1995Rothenberg SS, Chang JHT, Toews WH, Washington RL: Thoracoscopic Closure of Patent Ductus Arteriosus: A Less Traumatic and More Cost-Effective Technique. J Ped Surg 30: 1057-1060, 1995.2-3mm & 1-5mm camera post ax line 4thspace, Lt hand mid-ax 3rdspace, Rt hand post-ax 5thspace5mm endoclipModified prone

PDA Ligation 2.2 Kg

Lung Biopsy

Rothenberg SS, Chang JHT: Thoracoscopic Decortication in Infants and Children. Surgical Endoscopy. V ol II, 93-94, 1997

Forgut Duplication 3 ports – 3 or 5mm (camera post. axillary line, working ports mid-axillary line) Hook cautery, Vessel Sealer (Ligasure, Harmonic scalpel , JRS) Intra-esophageal stent Modified Prone position

Mediastinal cysts and tumors

Lung ResectionsInterstitial lung diseaseMetastatic or primary cancerCongenital lung lesions:CPAM/ CLE/ SequestrationBullous diseaseInfectious: Severe Bronchiectasis/ Cavitary lesion/ Aspergilloma

Bronchopulmonary Malformations Bronchogenic cyst Congenital Pulmonary Airway Malformation (CPAM): Type 0 – IV Type 1 – single or multiple large cysts 50- 60% Type 2 – Multiple smaller cysts < 1 cm 10-40% Pulmonary sequestration: Intralobar vs Extralobar Congenital Lobar Emphysema: CLE A spectrum not discreet entities

Thoracoscopic Lobectomy:Technique3 to 4 ports (3, 5, 12mm) Camera port mid ax line over major fissure, operating ports ant ax line Vessel SealerSuction irrigator5 mm Endoclip, EndoGIA: optionalLateral decubitusOperate front to backTwo Decades of Experience with Thoracoscopic Lobectomy in Infants and Children: Standardizing Techniques for Advanced Thoracoscopic Surgery Steven S.Rothenberg, William Middlesworth, Angela Kadennhe-Chiweshe, Gudrun Aspelund, Keith Kuenzler, Robert Cowles, Lawrence Bodenstein, Saundra Kay, Kristin Shipman, CathrynRothenberg, Charles Stolar, Steven Stylianos. J Laproendosc Adv SurgTech A 2015 May; 25(5) 423-8

Trocar Placement Tip of Scapula

3.5 Kg LLL3.8 Kg RUL

Know Anatomic Relationships

Mechanical FailureBe Prepared!

Create Space

4 Kg LLL CPAM

ResultsMay 2019538/541 procedures completed thoracoscopically127upper/ 45 middle/ 369 lower lobectomiesOperative time: 25 min –240 min (mean 105)Average time for trainee : 130 minIntra-op complication rate: 1.1%Chest tube duration: 1.2 daysHospital Days: 1-5(mean 2.2 days)

<5 Kg, < 3months146 pts with no significant respiratory distress operated on electivelyAverage operative time 80minutesAverage length of stay post-op 1-10 days (mean 1.6)

SegmentectomyTechnique•Lateral decubitus position•Single lung ventilation and CO2 insufflation•3 ports•Anatomic segmentectomy Identify and ligate segmental artery and bronchus of affected tissue•Parenchymal division with tissue sealer or stapler along ischemic plane•Chest tube left in all cases

Results•45 resections completed successfully thoracoscopically•Operative time : 30 – 300 minutes (mean 120)•Chest tube duration: <24 hours: 37•Hospital stay: 1-6 days (mean 2 days) All require F/U CT Rothenberg SS, Shipman K, Kay S, Kadenhe-Chiweshe A, Thirumoorthi A, Garcia A, Czauderna P, Kravarusic D, Freud E.. THORACOSCOPIC SEGMENTECTOMY FOR CONGENITAL AND ACQUIRED PULMONARY DISEASE; A CASE FOR LUNG SPARING SURGERY. J Laparoendosc Adv Surg Tech. 2014 Jan; 24(1):50-4

Bronchogenic cyst

First Thoracoscopic TEF RepairDenver 2000

Room Set up TEF repair

TEF Repair Place more prone then not!30 degree scope, more posterior looks down on instruments.

New Trocar Position Left hand moreposterior

Non Type C Esophageal AtresiaManagement•Type A & B: G- tube placed day 1 or 2•Growth 3-8 weeks: G tube bolus feeds, upper pouch suctioning•Gap study Q 2-3 weeks•Bronchoscopy to evaluate for upper pouch fistula

Results•All 32 procedures completed successfully thoracoscopically•Gaps: 4-8vertebral bodies•Operative time: 45-135 min•Avg op time type A: 95• type B: 115•3/32 had documented leaks which resolved with conservative therapy•G tube feeds resumed on day 5 in 29/32

Retained pouch

H-type

H type

Vascular RingsJanuary 2000 –July 201925 patientsAge: 3 weeks –15 years Weight: 3.6 -62 KGW/U : ECHO, CT Angio, MRA 4 patients had a double arch and TEF15 Patients Right Arch with Diverticulum of Kommerelli5 patients right dominant arch and aberrant left subclavian and atretic left arch1 right arch and suspected ringSlater BJ, Rothenberg SS. The management of patent ductus arteriosus and vascular rings in infants and children. J Laparoendosc Adv Surg Tech 2015

Results•24/25 completed thoracoscopically•1 conversion for complete double arch•Average Hospital stay: 1.2 days Left arch Ligamentum

CDHHow Best to Approach?Open/Laparoscopic/Thoracoscopic

When to Operate MIS•Fi02 < 50%•Off ECMO•NO ?•Minimal Inatropic Support•HFOV vs Conventional ?•Left vs Right

CDH & Eventration: Room Set-up Laparoscopic Supine HeadMonitor MonitorSurgeonAssist Nurse

CDH Thoracoscopic repair – Patient positioning •Lateral decubitus•On stack of towels•Back to edge of table to allow left hand freedom to move•Head on small pad - lower than shoulder

CDH Thoracoscopic repair – room setup

Laparoscopic Inguinal Herniotomy Dissection & Ligation Technique Specially designed herniotomy hook dissectorSet-up

Large Lateral Defect

CDH Thoracoscopic repair – patch “pearls”

CDH Thoracoscopic repair – cosmetic results

Post-op day 1Post-op day 60 CDH Thoracoscopic repair – post - op radiographs

Scoliosis

Tips and TricksUse gravityUse InsufflationBribe anesthesia!Patience!Beta Blockers (for the surgeon)Maintain anatomic dissection: Don’t take short cuts!!!First do no harm!

Thoracotomy

Victor Hugo HISTOIRE D’UN CRIME 1852

It’s hard but it’s worth it!

•: Atlas of Pediatric Laparoscopy and Thoracoscopy -9780323694346 (elsevierhealth.com)

Hang in there!

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