Open Access

Late esophageal wall injury after mesh repair for large esophageal hiatal hernia: a case report

Surgical Case Reports20173:125

https://doi.org/10.1186/s40792-017-0401-4

Received: 29 August 2017

Accepted: 29 November 2017

Published: 15 December 2017

Abstract

Background

Plication of an esophageal hiatus during surgery for esophageal hiatal hernia is a common practice; however, a mesh may be used if the hiatus is markedly enlarged. Recently, various late complications occurring as a result of mesh-induced esophageal and/or gastric wall injuries have been reported.

Case presentation

A 71-year-old woman presented at a neighborhood clinic in November 2010 with chief complaints of respiratory distress on exertion and heartburn. She was diagnosed as having a large esophageal hiatal hernia and was treated at our hospital using a laparoscopic Toupet fundoplication with mesh repair of the esophageal hiatus. Two years and 1 month after the operation, the patient complained of a bowel obstruction. An upper gastrointestinal endoscopy revealed that part of the mesh had extruded into the esophageal lumen, resulting in ulceration and stricture of the esophageal wall. Endoscopic balloon dilatation failed to improve the esophageal stricture. In July 2012, the patient underwent a lower esophagectomy with proximal gastrectomy and was discharged on the 25th hospital day.

Conclusions

We experienced a rare case requiring surgical treatment for a mesh-induced esophageal wall injury after surgery for a giant esophageal hiatal hernia. The selection of a soft, durable mash and its firm securement at a position distant from the gastrointestinal wall may be important to avoid late esophageal wall injury.

Keywords

Hiatal herniaMesh erosionMigration

Background

Plication of an esophageal hiatus during surgery for esophageal hiatal hernia is a common practice; however, in patients with a markedly large hiatus, a mesh may be used to reinforce the weakened diaphragmatic crura and to close a hiatus that cannot be plicated. Unfortunately, various late complications arising from mesh-induced injuries to the esophageal and/or gastric wall have begun to be reported [1]. Here, we report a patient who required surgery because of an esophageal injury caused by a mesh used in a previous surgery for the repair of a large esophageal hiatal hernia.

Case presentation

A 71-year-old woman visited a neighborhood clinic in November 2010 with chief complaints of respiratory distress on exertion and heartburn. She was referred to us for further medical workup under a suspected diagnosis of esophageal hiatal hernia. Her past history and family history were unremarkable. At the first visit, a physical examination yielded no positive findings, and hematologic/blood biochemical tests also showed no abnormalities. However, a plain chest X-ray revealed a stomach gas bubble that had obliterated the cardiac silhouette within the mediastinum. An abdominal computed tomography (CT) and upper gastrointestinal series revealed an intrathoracic herniation of the stomach, with slight torsion of the corpus ventriculi. The patient was thus diagnosed as having a type IV esophageal hiatal hernia and underwent a laparoscopic Toupet fundoplication in February 2011.

The intraoperative findings revealed a markedly enlarged esophageal hiatal orifice, resulting in the intrusion of the stomach and the greater omentum into the esophageal hiatus. The stomach and greater omentum that had been drawn into the mediastinum through the enlarged esophageal hiatal orifice were restored to their intraperitoneal positions. The esophageal hiatus was plicated dorsally and then ventrally; however, durable closure of the hiatus seemed difficult by this method alone, and mesh reinforcement was subsequently undertaken. A Bard Composite Mesh (PTFP/ePTFP) was cut from the margin to the center and shaped so as to create a keyhole around the abdominal esophagus, with appropriate clearance. To reinforce the hiatus, the mesh was fixed in place using sutures at a distance of about 5 mm from the abdominal esophagus (Fig.1 (A)). Fundoplication was then performed using the Toupet procedure (Fig.1 (B)). The patient had an uneventful postoperative course and was discharged on the 7th hospital day.
Fig. 1

a An operative field after the mesh repair. b An operative field after Toupet procedure

The patient visited our outpatient clinic 1 month after the surgery and then once every 2 months. An upper gastrointestinal endoscopy performed 2 months after the surgery revealed no abnormalities. Abdominal CT was not performed, because the patient was asymptomatic and had no laboratory abnormalities. The patient was seen again at the outpatient clinic of this hospital in March 2012, complaining of dysphagia. Both the WBC count and serum CRP were within normal limits. An upper gastrointestinal series revealed the extrusion of the esophagus in a pocket-like shape with stagnated contrast medium. An upper gastrointestinal endoscopy revealed exposure of the mesh at two sites, 36 and 37 cm distal to the incisors, where ulceration causing an esophageal stricture was also found (Fig. 2). A contrast-enhanced CT showed the extrusion of the mesh into the peri-esophageal region and the esophageal lumen (Fig. 3). When the movability of the mesh using forceps was checked, the mesh was found to be firmly adherent. As no improvement of the stricture was noted despite four sessions of endoscopic esophageal dilatation with an 18-mm balloon, we performed a lower esophagus-proximal gastrectomy and esophagogastrostomy in July 2012 (Fig. 4). We packed the hiatal orifice with a reconstructed gastric tube, leaving no room between the hiatus and the reconstructed gastric tube. A partial hepatectomy was also required because of the obstinate adhesion of part of the mesh to the lateral segment of the liver. Lymphocytic infiltration of the mucosa was the only significant pathologic finding. The patient was discharged home on the 25th postoperative day.
Fig. 2

An endoscopic examination revealed exposed mesh

Fig. 3

A CT examination shows the extrusion of the mesh into the peri-esophageal region and the esophageal lumen

Fig. 4

Resected specimen. The mesh was located in the peri-esophageal region and the esophageal lumen

Discussion

Esophageal hiatal hernias arise as a result of the weakening of diaphragmatic muscular tissues, often because of aging, and can cause reflux esophagitis. The first surgical treatment for reflux esophagitis was reported by the Mayo Clinic in 1911, and many operative procedures have since been described including the Hill repair method [2], the Nissen method [3], the Balsey Mark IV method [4], and the Toupet procedure. With the spread of minimally invasive laparoscopy during the first half of the 1990s and the report on laparoscopic Nissen fundoplication by Dallemagne et al., laparoscopic surgical practice for esophageal hiatal hernia has become increasingly popular [5].

The guidelines for the management of hiatal hernia established by the Society of American Gastrointestinal Endoscopic Surgeons (SAGES) recommend surgical treatment as follows. (1) All symptomatic paraesophageal hiatal hernias should be repaired, particularly those with acute obstructive symptoms or which have undergone volvulus. (2) Routine elective repair of completely asymptomatic paraesophageal hernias may not always be indicated. Considerations for surgery should include the patient’s age and the presence of co-morbidities. (3) Acute gastric volvulus requires the reduction of the stomach with a limited resection, if needed [6]. In the present case, the patient underwent an operation because she had heartburn and respiratory distress as symptoms of a type IV esophageal hiatal hernia.

Simple closure of the hernial orifice by direct suturing has been commonly performed for the repair of the hernia orifice in esophageal hiatal hernia, and cases with recurrence of the hernia have been reported in which repair using a simple closure resulted in the rupture of the orifice plication, while cases with a large hernial orifice have resulted in intrathoracic wrapping or displacement of the esophagogastric junction [79]. Repair of a hernial orifice with a mesh has thus been used as a measure to cope with these problems, and Champion and Rock described the efficacy of mesh repair for large hernial orifices exceeding 5 cm [10]. Laparoscopic mesh-augmented hiatoplasty was associated with a lower recurrence rate, compared with a laparoscopic mesh-free hiatoplasty, in a reported by Müller-Stich et al. [11]. In the present case, we performed a laparoscopic Toupet fundoplication and mesh repair for a large esophageal hiatal hernia that could not be closed using a simple laparoscopic closure. The indication for mesh reinforcement in hiatal hernia repair at our hospital was considered for patients with type IV hiatal hernia, large hernial orifice exceeding 5 cm, or fragile hernial orifice.

However, sporadic late complications arising from mesh repair have been reported. Stadlhuber et al. reported 28 cases of postoperative complications after mesh repair for esophageal hiatal hernia. According to their report, the most common chief complaint was dysphagia, followed, in descending order of frequency, by heartburn, chest pain, epigastric pain, and weight loss. Among the reoperated patients, intraesophageal exposure of the mesh occurred in 17 patients, esophageal stricture occurred in 6 patients, and marked fibrosis occurred in 5 patients. No relationship between the development of complications and the type or shape of the mesh used for the repair has been observed [1]. The underlying pathogenetic mechanism is likely as follows: chronic irritation of the esophageal wall and gastric wall caused by the edge of the mesh results in erosions, ulceration, and perforation of the esophageal wall, allowing the passage of the mesh into the gastrointestinal lumen.

We conducted a PubMed search using “hiatal hernia,” “mesh erosion,” and “migration” as key words and retrieved 18 case reports [1223] of mesh exposure in the esophagus or stomach (Table 1). The mean patient age was 61.6 years (12–84 years), the male to female ratio was 1:1.1, and the mean interval from surgical repair until the onset of complications was about 20 months (7 days–108 months). Dysphagia was the most common chief complaint, encountered in 95% of the cases, followed by weight loss in 30%. Other possible symptoms included epigastric pain, heartburn, regurgitation, and bleeding. Most patients had multiple chief complaints. The mesh was made of PTFE/ePTFE in 14 of the 19 reported cases (74%). All the patients had undergone an endoscopic examination for diagnostic purposes. In the present case, the patient had dysphagia for 13 months after the first operation, with an onset that was earlier than that reported in our review. We had used a composite mesh repair in the primary operation. Champion and Rock [10] reported that polypropylene has a propensity to form adhesions and can erode. In the present case, the PTFE/ePTFE mesh might have been responsible for the mesh migration. We cannot reach a consensus as to which type of mesh should be used for surgical treatment because the relationship between mesh material and mesh erosion has not been previously reported. However, the use of a mesh composed of a soft material might reduce the incidence of mesh migration.
Table 1

Reports of mesh-induced esophageal erosion after hiatal hernia repair

Author

Year

Sex

Age

Symptom

Type of mesh

Symptom onset after operation by mesh repair

Place of complication

 

Removal of mesh

Primary operation

2nd operation

Mesh shape

Fixing method

Diagnostic method

Dutta[12]

2007

M

12

Dysphagia

PTFE

9 years

Esophagus

Laparoscopic and endogastric mesh removal

Yes

Nissenfundplication

Laparotomic Mesh repair

A horseshoe

Non-absorbable

Endoscopy Esophagogram

Griffith [13]

2008

F

84

Dysphagia

ePTFE

7 months

Esophagus

Esophageal stent

NO

Laparoscopic Nissenfundplication with mesh repair

None

-

-

Endoscopy

  

F

66

Dysphagia

ePTFE

12 months

Esophagus

Endoscopic removal

Yes

Laparoscopic Nissenfundplication with mesh repair

None

-

-

Endoscopy

  

M

69

Dysphagia

-

34 months

Esophagus

Laparoscopic mesh removal

Yes

Nissenfundplication with mesh repair

None

-

-

Endoscopy

Tatum [23]

2008

-

62

Epigastric pain, Dysphagia, Regurgitation

PTFE

3 years

EGJ

Total gastrectomy

Yes

Primary crural closure

Nissenfundplication with mesh repair

-

-

Endoscopy

  

-

65

Dysphagia

PTFE

1 months

Esophagus

Surgical mesh removal

Yes

Laparoscopic Nissenfundplication with mesh repair

None

-

-

Esophagogram Manometry

Kepenekci[16]

2009

M

48

Dysphagia,Weight loss, in appetence

Polypropylene

12 months

Esophagus

Distal esophagectomy

Yes

Laparoscopic antireflex surgery with mesh

None

Keyhole collar

-

Endoscopy Esophagogram

Hazebroek[17]

2009

F

80

Dysphagia, Regurgitation

PTFE/ePTFE

4 months

EGJ

Laparotomy mesh removal

Yes

Nissenfundplication

Mesh repair

Heart shape

Titanium helical screws.

Endoscopy

Zugel[18]

2009

M

57

Aortal bleeding

Mono phase

7 days

Abdominal aorta

Laparotomy vascular sutures

No

Laparoscopic mesh repair

None

-

Hernia staplers

Unknown

Holmstrom[15]

2011

M

53

Dysphagia, Wight loss

PTFE/ePTFE

24 months

Stomach

Distal esophagectomy

No

Laparoscopic Nissenfundplication

Nissenfundplication with mesh repair

-

Titanium staplers.

 

Arroyo [21]

2011

F

71

Dysphagia, Weight loss

ePTFE

2 years

Esophagus

Gastrostomy

No

Nissenfundplication with mesh repair

None

-

-

Endoscopy Esophagogram

De Moor [19]

2012

M

59

Dysphagia,Fever up

Composite mesh

11 days

Esophagus

Laparotomy mesh removal

No

Laparoscopic mesh repair

None

-

-

Endoscopy Esophagogram CT

  

F

58

Epigastric pain, Dysphgea

Composite mesh

16 months

Stomach

Endoscopic removal

Yes

Laparoscopic Nissenfundplication with simple closure

Laparoscopic mesh repair

-

Protack

Endoscopy CT

  

M

61

Dysphagia, Weight loss

-

6 months

Stomach

Balloon dilation

No

Laparoscopic antireflex surgery

None

-

-

Endoscopy

Porziella [20]

2012

F

47

Dysphagia,Wight loss

ePTFE

-

Stomach

Endoscopic removal,surgial debridement

Yes

Laparoscopic Nissenfundplication

-

Dog shape

-

Endoscopy Esophagogram

Gandara [14]

2014

F

68

Dysphagia,

PTFE/ePTFE

6 months

EGJ

Endoscopic removal

Yes

Laparoscopic Nissenfundplication with mesh repair

None

-

-

Endoscopy Esophagogram

Liang[22]

2015

M

81

Dysphagia, Regurgitation

-

3 months

Esophagus

Laparoscopic mesh removal

-

Laparoscopic Nissenfundplication with mesh repair

None

-

-

Esophagogram CT Manometry

  

F

59

Epigastric pain, Dysphgea

PTFE/ePTFE

6 months

Esophagus

Laparoscopic mesh removal

Yes

Laparoscopic Nissenfundplication with mesh repair

None

-

-

Endoscopy

Our case

2012

F

71

Dysphagia,Heartburn

PTFE/ePTFE

13 months

Esophagus

Esophagectomy

Yes

Laparoscopic Nissenfundplication with mesh repair

None

Round shape

Non-absorbable

Endoscopy Esophagogram CT

CT computed tomography, M male, F female, PTFP polytetrafluoroethylene, ePTFP expanded polytetrafluoroethylene, EGJ esophagogastric junction, - unknown;

Jansen et al. [24] were the first to demonstrate mesh migration into the esophageal wall in a rabbit model. They placed two different types of meshes [polypropylene (PP), Prolene1; polypropylene–polyglecaprone 25 composite (PP-PG), Ultrapro1] on the hiatus as an anterior onlay patch overlapping the hiatal crura at a circular distance of 3 mm from the esophageal wall. The meshes were 2 cm in diameter and were fixed to the diaphragm with four polypropylene (6-0) single stitches. Following this procedure, they found mesh migration into the esophageal wall in six out of seven (86%) animals in the PP group and five out of nine (56%) animals in the PP-PG group. Therefore, it was determined that the distance from the edge of the mesh to the esophageal wall should be more than 3 mm. The larger distance is beneficial for preventing mesh migration, but could also increase the risk of hernia recurrence.

In the present case, the mesh, which was fixed at a distance of 5 mm from the abdominal esophagus, caused esophageal ulceration and eventually became exposed within the esophagus, resulting in dysphagia. The movement of the mesh in the present case might have resulted from chronic irritation exacerbated by peristaltic movements, since the mesh had been fixed close to the esophagus. Therefore, it was suggested that the distance from the edge of the mesh to the esophageal wall should be more than 10 mm to reduce the risk of mesh-induced injuries clinically and practically.

As for the type of mesh selected, friction between the mesh, which was made of a hard material, and the esophageal wall was likely to have exacerbated the irritation of the esophageal wall, resulting in the development of the complication. In cases with postoperative symptoms such as dysphagia and heartburn associated with elevated inflammatory markers on blood biochemistry tests, an upper gastrointestinal endoscopy and CT examination should be considered to rule out possible recurrences or complications caused by the mesh placement, leading to the early discovery of this complication.

While some meta-analyses and systemic reviews have reported on mesh-related complications after laparoscopic repair of giant hiatal hernias, there are no reports comparing the mesh-related complications between patients undergoing laparoscopic repair and those undergoing open repair of giant hiatal hernias [2527]. We believe that adoption of the laparoscopic approach may not be a major cause of this mesh-related complication.

Various reports have described treatments for complications arising from mesh-induced injuries. About 82% of patients with recurrences underwent a reoperation, according to the report by Stadlhuber et al. [1]. The most frequently performed surgical procedure was an esophagectomy, but other procedures included mesh removal by total gastrectomy, partial gastrectomy, or laparotomy. Non-operative procedures that were reported included endoscopic removal and stent placement. Our literature review showed that reoperation was necessary in 68% of cases, and the mesh was removed endoscopically in 21% of the cases. Stent placement and balloon dilation were performed in 2 of the 19 reported cases (10%). Endoscopic balloon dilatation is not a radical treatment for esophageal stenosis caused by a mesh. Rather than endoscopic treatment, mesh excision should be performed to obtain a good outcome. In the present case, we attempted to remove the mesh during an upper gastrointestinal endoscopy using balloon dilation. Our attempt failed, however, because of the presence of firmly adherent tissue and fibrous tissue incorporation. Surgery should be considered when a cure cannot be achieved endoscopically. The methods used to treat complications, including surgery, should be decided in accordance with the disease condition, and reoperation has been undertaken in many cases; therefore, the selection of the mesh, including consideration of its material composition, at the time of the initial operation and the position and distance from the esophageal hiatus at which the mesh is fixed are of clinical importance.

Conclusion

Currently, a wide variety of mesh types are available, and guidelines for the appropriate use of meshes are being examined; therefore, the further accumulation of cases is necessary. Simple plication without the use of a mesh should be considered as the method of first choice for preventing mesh-related complications. Nevertheless, for cases with a large esophageal hiatal hernia, in which the use of a mesh cannot be avoided, it is important to select a soft, durable mesh and to secure it firmly in place at a position distant from the gastrointestinal wall.

Abbreviations

CT: 

Computed tomography

EGJ: 

Esophagogastric junction

ePTFP: 

Expanded polytetrafluoroethylene

F: 

Female

M: 

Male

PTFP: 

Polytetrafluoroethylene

Declarations

Authors’ contributions

All authors have made substantial contributions to the conception and design of the case report. SO and EI underwent the operation. All authors read and approved the final manuscript.

Author’s information

KY and MN and YN are students of Tokai University Graduate School of Medicine, SO is a Professor and Chairman of Department of Gastroenterological Surgery, JO is an Associate Professor of Department of Gastroenterological Surgery, and EI and AK are Assistant Professor of Department of Gastroenterological Surgery.

Consent for publication

Written informed consent was obtained from the patient for publication of this case report and any accompanying images.

Competing interests

The authors declare that they have no competing interests.

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Authors’ Affiliations

(1)
Department of Gastroenterological Surgery, Tokai University School of Medicine, Isehara, Japan

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Copyright

© The Author(s). 2017