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Thoracoscopic Upper Lobectomies for Symptomatic Congenital Pulmonary Airway...

Video Published 2020-02-24 Updated 2026-08-01

Timestops (3)

Upper Lobectomy Surgical Technique

Second Case: Pediatric Right Upper Lobe

Patient Outcomes

Topic Overview

This surgical demonstration presents thoracoscopic upper lobectomy technique in two pediatric patients with symptomatic congenital pulmonary airway malformations following pneumonia. The presenter details the technical approach to left and right upper lobectomies, emphasizing the challenges posed by post-infectious inflammatory adhesions and the systematic dissection sequence: fissure completion, segmental arterial control, venous division, and bronchial stapling. Both cases achieved complete lung re-expansion postoperatively.

Key Takeaways

Upper lobectomies are more technically challenging than lower, especially post-infection due to inflammatory adhesions. (0:01)
Systematic dissection sequence: complete fissure anteroposteriorly, control segmental arteries, divide vein, staple bronchus. (1:04)
Delay superior pulmonary vein division initially to allow cephalad retraction and better exposure of hilar structures. (1:37)
Timing matters: resection performed 3 months after pneumonia resolution to reduce but not eliminate inflammatory adhesions. (3:32)
Both patients achieved complete lung re-expansion postoperatively despite challenging inflammatory conditions. (5:46)

Inside this episode

Kai, the Library's AI content creator, listened to this episode and mapped who's speaking, the chapters, key claims, and cases. Every item links to the exact moment in the recording.

AI-enriched

Who's speaking

Speaker 1 — guest

Chapters

0:01Introduction and Technical Context — Overview of upper lobectomy challenges and video objectives
0:16Case 1: Left Upper Lobectomy — 12-year-old with left upper lobe cystic malformation; complete surgical technique from positioning through inferior pulmonary ligament division
3:27Case 2: Right Upper Lobectomy — 1-year-old with right upper lobe lesion; surgical approach emphasizing differences in younger patient anatomy and vessel size
5:46Outcomes — Postoperative results showing complete lung expansion bilaterally

Key claims

0:01Pulmonary upper lobectomies are more technically challenging than lower lobectomies, especially following infection — Speaker 1
0:39A dual lumen endotracheal tube and low flow chest insufflation were used to collapse the left lung — Speaker 1
0:45Inflammatory adhesions can be seen between the left upper lobe and the chest wall — Speaker 1
1:04The fissure is completed by dividing the pulmonary tissue starting anteriorly and proceeding posteriorly — Speaker 1
1:37The superior pulmonary vein is identified but not divided initially to allow further cephalad retraction of the upper lobe — Speaker 1
1:51A combination of clips and ligature is used to divide the segmental arteries — Speaker 1
2:02Enlarged lymph nodes can be seen in the fissure — Speaker 1
2:06Where distance allows, the segmental vessels are clipped proximally prior to division with the ligature — Speaker 1
2:3410 millimeter clips are used to control each venous tributary separately — Speaker 1
3:00The segmental bronchus to the lingular segments is divided with an endo GIA — Speaker 1
3:20The inferior pulmonary ligament is divided to allow the lower lobe to rise in the chest — Speaker 1
3:32Resection was performed 3 months after resolution of the pneumonia — Speaker 1
3:37Left main stem intubation was used to isolate the right lung — Speaker 1
3:42Segmental inflammatory adhesions are present and have to be taken down and freed before dissection of the upper lobe — Speaker 1
3:51Persistent inflammation of the upper lobe and adhesions to the middle lobe are visible — Speaker 1
4:16The arteries are much smaller in this younger child and can be taken with a ligature after deliberate dissection — Speaker 1
4:30The most superior and largest of the segmental arteries is clipped proximally prior to application of the ligature — Speaker 1
4:43The superior pulmonary vein is in a slightly more superficial plane than the arteries — Speaker 1
5:30The recurrent segmental artery to the upper lobe arising from the main pulmonary trunk is found in the fissure — Speaker 1
5:46Both patients had excellent outcomes with complete expansion of the operated lung — Speaker 1

Cases discussed

0:1612-year-old boy with left upper lobe congenital pulmonary airway malformation
3:271-year-old girl with right upper lobe congenital pulmonary airway malformation

This episode was analyzed and enriched by Kai, the Library's AI content creator. Every item links to the moment it comes from — click a timestamp to listen in context.

Written for:

Thoracoscopic Upper Lobectomy After Pneumonia: Hilar Dissection in Inflamed Tissue

The patient case from this episode, retold from presentation to outcome with the decisions made along the way. Written by Kai from the episode transcript and reviewed before publishing.

For specialists · Case narrative · AI-written, human-reviewed

Presentation

A 12-year-old boy presented with left upper lobe pneumonia surrounding a cystic malformation 0:01. Repeat CT imaging six weeks later showed resolution of the pneumonia but persistence of the cyst 0:01. The decision was made to proceed with resection rather than continued observation.

The Decision Point

Upper lobectomies are more technically challenging than lower lobectomies, particularly following infection 0:01. The question was not whether to resect — the symptomatic cyst and post-infectious changes made that clear — but how to manage the hilar dissection in a field altered by recent inflammation. Inflammatory adhesions were visible between the left upper lobe and chest wall 0:45, and enlarged lymph nodes were present in the fissure 2:02. The vessels would be embedded in reactive tissue. The sequence of dissection and the method of vascular control would determine whether the operation proceeded cleanly or became a struggle for exposure.

Operative Approach

The team used a four-trocar thoracoscopic approach with the patient in right lateral decubitus position 0:01. A dual lumen endotracheal tube and low flow chest insufflation collapsed the left lung 0:39. The fissure was completed first, dividing pulmonary tissue from anterior to posterior 1:04. This established the plane between upper lobe and lingula before addressing the hilum.

At the hilum, the superior pulmonary vein was identified but deliberately not divided 1:37. Leaving it intact allowed further cephalad retraction of the upper lobe, improving exposure of the segmental arteries behind it. Each segmental artery was then addressed with a combination of clips and ligature 1:51. Where distance allowed, vessels were clipped proximally before division with ligature 2:06. This dual control — clip proximally, ligate distally — provided redundancy in a field where tissue planes were less distinct than usual.

The superior pulmonary vein tributaries were controlled separately, each with 10 millimeter clips 2:34. The veins were then divided. With arterial and venous control complete, the segmental bronchus to the lingular segments was divided with an endo GIA stapler 3:00. Finally, the inferior pulmonary ligament was divided to allow the lower lobe to rise and fill the hemithorax 3:20.

The Second Case

A 1-year-old girl with right upper lobe involvement presented similarly 0:01. Resection was performed three months after resolution of pneumonia 3:32. Left main stem intubation isolated the right lung 3:37. Segmental inflammatory adhesions required takedown before hilar dissection could begin 3:42. Persistent inflammation of the upper lobe and adhesions to the middle lobe were visible 3:51.

The arteries were much smaller in this younger child and were controlled with ligature after deliberate dissection 4:16. The most superior and largest segmental artery was clipped proximally before ligature application 4:30. The superior pulmonary vein, lying in a slightly more superficial plane than the arteries, was clipped and divided 4:43. In the fissure, a recurrent segmental artery to the upper lobe arising from the main pulmonary trunk was identified and divided 5:30. The bronchus was divided with an endo GIA stapler.

Outcome

Both patients had excellent outcomes with complete expansion of the operated lung 5:46.

What the Case Changes

The transferable judgment is this: in post-infectious upper lobectomy, complete the fissure before addressing the hilum, and defer division of the superior pulmonary vein until arterial control is achieved. The vein, left intact, becomes a retraction point that improves exposure of vessels embedded in reactive tissue. Proximal clipping of larger segmental vessels before ligature division adds a margin of safety when dissection planes are obscured. The recurrent segmental artery from the main pulmonary trunk, found in the fissure in the second case, is an anatomic variant to anticipate — it will not be visible until the fissure is opened. These are not dramatic choices, but they are the ones that determine whether the dissection proceeds methodically or devolves into troubleshooting hemorrhage.

Takeaways from this story

Complete the fissure before hilar dissection to establish tissue planes in post-infectious upper lobectomy.
Defer superior pulmonary vein division until after arterial control — the intact vein improves exposure of embedded vessels.
Clip larger segmental arteries proximally before ligature division when dissection planes are obscured by inflammation.
Anticipate a recurrent segmental artery from the main pulmonary trunk in the fissure — it appears only after fissure completion.

Thoracoscopic Upper Lobectomy After Pneumonia: Managing Post-Infectious Adhesions in Pediatric Congenital Lung Cysts

The patient case from this episode, retold from presentation to outcome with the decisions made along the way. Written by Kai from the episode transcript and reviewed before publishing.

For the care team · Case narrative · AI-written, human-reviewed

The presentation

A 12-year-old boy presented with left upper lobe pneumonia surrounding a cystic malformation 0:01. Imaging six weeks later showed resolution of the infection but persistence of the cyst [case1]. The decision was made to proceed with resection rather than continued observation — a choice shaped by the technical reality that pulmonary upper lobectomies are more technically challenging than lower lobectomies, especially following infection 0:01. The inflammatory process had already complicated the anatomy; waiting longer would not improve it.

The operative approach

The case was performed thoracoscopically in right lateral decubitus position using four ports, with a dual lumen endotracheal tube and low flow chest insufflation to collapse the left lung 0:39. The first challenge appeared immediately: inflammatory adhesions between the left upper lobe and the chest wall 0:45. These had to be taken down before any hilar dissection could begin.

The discussant's sequence is worth noting. Rather than proceeding directly to the hilum, the fissure was completed first — dividing pulmonary tissue from anterior to posterior 1:04. Only then did dissection turn to the vessels. The superior pulmonary vein was identified but deliberately not divided initially, allowing further cephalad retraction of the upper lobe 1:37. This created the working room to identify and dissect the segmental pulmonary arteries.

Vessel control used a combination of clips and ligature 1:51. Where distance allowed, segmental vessels were clipped proximally before division with ligature 2:06. Enlarged lymph nodes were visible in the fissure 2:02 — evidence of the preceding infection. The superior pulmonary vein tributaries were controlled separately with 10 millimeter clips 2:34. The segmental bronchus to the lingular segments was divided with an endo GIA stapler 3:00. Finally, the inferior pulmonary ligament was divided to allow the lower lobe to rise in the chest 3:20.

The second case

A 1-year-old girl presented with a similar picture in the right upper lobe [case2]. Resection was performed three months after resolution of the pneumonia 3:32 — a longer interval than in the first case, though the discussant does not explain why. Left main stem intubation was used to isolate the right lung 3:37.

The same inflammatory picture was present: segmental adhesions that had to be taken down before upper lobe dissection could begin 3:42, and persistent inflammation with adhesions to the middle lobe 3:51. The hilar pleura was divided with hook cautery. The arteries were much smaller in this younger child and could be taken with ligature after deliberate dissection 4:16. The most superior and largest segmental artery was clipped proximally before ligature application 4:30. The superior pulmonary vein was found in a slightly more superficial plane than the arteries 4:43.

In the fissure, a recurrent segmental artery to the upper lobe arising from the main pulmonary trunk was identified and divided 5:30 — an anatomic variant that would have caused troublesome bleeding if missed. The bronchus was divided with an endo GIA.

Outcome

Both patients had excellent outcomes with complete expansion of the operated lung 5:46. The postoperative chest radiographs confirmed full re-expansion on the operative side [case1, case2].

What the case changes

The transferable judgment here is about timing and sequence. These resections were performed weeks to months after pneumonia resolution, not during active infection, but the inflammatory adhesions were still extensive. The discussant's approach — completing the fissure before hilar dissection, leaving the superior pulmonary vein intact initially to improve retraction, clipping larger vessels proximally before ligature division — reflects adaptations to post-infectious anatomy. The alternative would have been to wait longer for inflammation to resolve further, but the discussant's choice implies that the adhesions would not meaningfully improve, and the symptomatic cysts warranted definitive treatment. In a younger child with smaller vessels, the same principles applied but the technical execution shifted toward ligature control rather than clips. The recurrent segmental artery in the second case underscores the need for complete fissure dissection rather than assuming standard anatomy.

Takeaways from this story

Upper lobectomies after pneumonia require fissure completion before hilar dissection to manage inflammatory adhesions effectively.
Leaving the superior pulmonary vein intact initially allows better cephalad retraction and safer arterial dissection.
In younger children, smaller segmental arteries can be controlled with ligature alone after careful dissection.
Recurrent segmental arteries from the main pulmonary trunk may be found in the fissure and must be identified to avoid bleeding.

Thoracoscopic Upper Lobectomy After Pneumonia: Managing Post-Infectious Adhesions in Pediatric CPAM

The patient case from this episode, retold from presentation to outcome with the decisions made along the way. Written by Kai from the episode transcript and reviewed before publishing.

For trainees · Case narrative · AI-written, human-reviewed

Presentation

A 12-year-old boy presented with left upper lobe pneumonia surrounding a cystic malformation 0:01. Repeat CT imaging six weeks later showed resolution of the pneumonia but persistence of the cyst, prompting surgical consideration. The decision to proceed with resection came three months after the acute infection had cleared 3:32.

The Decision Point

Upper lobectomies present greater technical difficulty than lower lobectomies, and this challenge intensifies when operating in the aftermath of infection 0:01. The central question was not whether to resect — the persistent cyst after pneumonia resolution made that clear — but how to manage the inflammatory adhesions that would complicate hilar dissection and vessel control.

The team faced predictable anatomic challenges. Inflammatory adhesions between the left upper lobe and chest wall would need to be taken down before meaningful dissection could begin 0:45. Enlarged lymph nodes in the fissure signaled the extent of prior inflammation 2:02. The usual planes would be obscured, and the usual sequence of vessel control might need modification.

The discussant's approach centered on systematic exposure before committing to vascular control. Rather than diving directly to the hilum, the team began by completing the fissure — dividing pulmonary tissue from anterior to posterior 1:04. This created working room and defined the anatomy before addressing the vessels. Critically, when the superior pulmonary vein was identified, it was deliberately not divided initially 1:37. Leaving it intact allowed further cephalad retraction of the upper lobe, improving exposure of the segmental arteries deeper in the hilum.

What Was Done

The operation proceeded in right lateral decubitus position through four ports. A dual lumen endotracheal tube and low flow chest insufflation collapsed the left lung 0:39. After taking down the chest wall adhesions and completing the fissure, attention turned to the hilum. The phrenic nerve was identified and the hilar pleura opened.

With the upper lobe retracted cephalad, the segmental arteries were dissected and controlled using a combination of clips and ligature 1:51. Where distance permitted, vessels were clipped proximally before division with ligature 2:06. The superior pulmonary vein tributaries were then addressed, each controlled separately with 10 millimeter clips before division 2:34.

The segmental bronchus to the lingular segments was divided with an endo GIA stapler 3:00. After the final segmental artery was controlled, the remainder of the left upper lobe bronchus was divided, freeing the specimen. The inferior pulmonary ligament was divided to allow the lower lobe to rise and fill the hemithorax 3:20.

The Second Case

A one-year-old girl with right upper lobe involvement presented a similar clinical picture but different technical considerations 3:32. Resection was performed three months after pneumonia resolution. Left main stem intubation isolated the right lung 3:37.

Again, segmental inflammatory adhesions required takedown before hilar dissection could proceed 3:42. Persistent inflammation of the upper lobe and adhesions to the middle lobe were visible 3:51. The smaller vessel caliber in this younger patient allowed the arteries to be controlled with ligature after careful dissection 4:16. The largest superior segmental artery was clipped proximally before ligature application 4:30.

The superior pulmonary vein, lying in a slightly more superficial plane than the arteries, was clipped and divided 4:43. After opening the transverse fissure and dividing remaining adhesions and bridging tissue, the team encountered the recurrent segmental artery to the upper lobe arising from the main pulmonary trunk in the fissure — a predictable anatomic variant that must be identified and divided 5:30. The bronchus was divided with endo GIA, completing the resection.

Outcome

Both patients had excellent outcomes with complete expansion of the operated lung 5:46.

What the Case Changes

The transferable judgment is this: in post-infectious upper lobectomy, exposure precedes commitment. Complete the fissure before addressing the hilum. When you identify the superior pulmonary vein, consider leaving it intact until the arteries are controlled — the retraction it permits may be worth more than the simplicity of taking structures in anatomic order. Inflammatory adhesions and enlarged nodes are the expected findings, not complications. The recurrent segmental artery from the main trunk is not a surprise in the fissure; it is part of the checklist. Vessel size and patient age determine whether clips, ligature, or both are appropriate for control. The operation succeeds when the anatomy is systematically exposed before it is divided.

Takeaways from this story

Upper lobectomies after pneumonia require fissure completion before hilar dissection to manage inflammatory adhesions effectively.
Delaying superior pulmonary vein division allows better cephalad retraction and improved exposure of deeper segmental arteries.
Vessel control strategy varies with patient age: smaller vessels in younger children can be managed with ligature after dissection.
The recurrent segmental artery from the main pulmonary trunk in the fissure is an expected anatomic variant requiring identification.

Keywords

congenital pulmonary airway malformation pneumonia lung cysts cystic malformation thoracoscopic upper lobectomy left upper lobectomy right upper lobectomy fissure completion hilar dissection segmental arterial control venous tributary control bronchial division inferior pulmonary ligament division

Hashtags

#PulmonarySurgery #Lobectomy #Thoracoscopic #PediatricSurgery #LungCysts #Pneumonia #SurgicalTechniques #EndotrachealIntubation #ChestInsufflation #InflammatoryAdhesions #SegmentalArteries #PulmonaryVeins #BronchialSurgery #PostoperativeCare #SurgicalOutcomes #MedicalEducation #SurgeryInChildren #ThoracicSurgery #LungHealth #CPAM #MinimallyInvasive #ThoracoscopicSurgery

Transcript

Pulmonary upper lobectomies are more technically challenging than lower lobectomies, especially following infection. This video will demonstrate left and right throchoscopic upper lobectomies in children with symptomatic lung cysts. The first patient is a 12-year-old boy who presented with a left upper lobe pneumonia surrounding a cystic malformation. A repeat CT scan 6 weeks after first presentation showed resolution of the pneumonia but persistence of the cyst. The upper lobectomy was performed with the patient in the right lateral decubitus position using 4 trochars as shown in the picture. A dual lumin endotracheal tube and low flow chest insufflation were used to collapse the left lung. Inflammatory adhesions can be seen between the left upper lobe and the chest wall. The cystic lesion is clearly visible in the left upper lobe. The fissure is opened by retracting the lobes apart. The ligature is used to open the pleura overlying the fissure. The fissure is completed by dividing the pulmonary tissue starting anteriorly and proceeding posteriorly. Once the fissure is completed, attention is then turned to the high limb. The phrenic nerve is identified and the hilar pleura is opened. The superior pulmonary vein is identified but not divided. This allows a further cephalid retraction of the upper lobe. The segmental pulmonary arteries can then be identified and dissected. A combination of clips and ligature is used to divide the segmental arteries. Enlarged lymph nodes can be seen in the fissure. Each vessel is carefully dissected prior to its division, where distance allows the segmental vessels are clipped proximally prior to division with the ligature. We then return to the hilum to dissect the superior pulmonary vein. In this patient, the tributaries of the superior pulmonary vein are dissected and controlled separately. 10 millimeter clips are used to control each Venous tributary separately. The veins are then divided with the ligature or simply cut with scissors. The bronchus is now visible. The segmental bronchus to the lingular segments is divided with an endo GIA. The final segmental pulmonary artery is found and once again controlled and undivided. The remainder of the left upper lobe bronchus is again divided with an endo GIA to free the left upper lobe. Finally, the inferior pulmonary ligament is divided to allow the lower lobe to rise in the chest. The second case is a 1-year-old girl with a similar presentation in the right upper lobe. Resection was performed 3 months after resolution of the pneumonia. Left main stem intubation was used to isolate the right lung. Again, segmental inflammatory adhesions are present and have to be taken down and freed before dissection of the upper lobe. One can see persistent inflammation of the upper lobe and adhesions to the middle lobe. Dissection then starts at the hilum after visualizing the phrenic nerve. The hilar pleura is divided with hook cautery in this case. The segmental arteries to the right upper lobe are then identified. The arteries are much smaller in this younger child and can be taken with a ligature after deliberate dissection. The most superior and largest of the segmental arteries is finally identified. This artery is clipped proximally prior to application of the ligature. The superior pulmonary vein is then identified in a slightly more superficial plane than the arteries. This is similarly clipped and then divided after application of the ligature. Attention is then turned to a transverse fissure. Remaining adhesions, as well as bridging pulmonary tissue, has to be divided to completely open the fissure. The recurrent segmental artery to the upper lobe arising from the main pulmonary trunk is found in the fissure and divided. The bronchus is finely divided with an endo GIA, as before. Both patients had excellent outcomes. The postoperative chest X-rays showing complete expansion of the left lung in the first patient and the right lung in the second patient are shown here.

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