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BVA: CHAGAS’ DISEASE ACHALASIA – LAPAROSCOPIC PRIMARY REPAIR OF ESOPHAGEAL PERFORATION AFTER LAPAROSCOPIC HELLER’S MYOTOMY

JMESE Black Video Awards Submission:

CHAGAS’ DISEASE ACHALASIA - LAPAROSCOPIC PRIMARY REPAIR OF ESOPHAGEAL PERFORATION AFTER LAPAROSCOPIC HELLER’S MYOTOMY

Author:

Neokleous, L. Kourtidis, M. Tsivgouli, M. Lazaris, D. Ntrikou, Th. Choratta, E. Markaki, Ch. Iordanou, G. Ayiomamitis

Affiliations:

1st Department of Surgery – Laparoscopic Unit, General Hospital of Piraeus “Tzaneio”, Greece

Corresponding Author:

L. Kourtidis
l.kourtidis@gmail.com

Keywords

Esophageal perforation, Chagas disease, laparoscopic repair, hellers

Introduction

Chagas disease, caused by the parasite Trypanosoma cruzi, is a major cause of secondary esophageal achalasia in endemic areas of Central and South America. It has clinical consequences in the heart and digestive tract. The most important changes in the digestive tract occur in the esophagus and colon. Chagas esophageal disease, also known as megaesophagus, is a severe manifestation of Chagas disease. The parasite is primarily transmitted through the feces of triatomine bugs, commonly known as “kissing bugs,” which bite humans and deposit the parasite near the bite wound. Esophageal achalasia results from the destruction of the esophageal intramural nerve plexus, leading to impaired lower esophageal sphincter (LES) relaxation and esophageal aperistalsis. As a result, patients experience severe dysphagia, regurgitation of food, chest pain, and weight loss. The esophagus becomes dilated and elongated, forming what is known as a megaesophagus. Diagnosis of Chagas esophageal disease involves a combination of clinical evaluation, serological tests to detect antibodies against Trypanosoma cruzi, and imaging studies such as barium swallow radiographs and esophageal manometry. Treatment options for Chagas esophageal disease are primarily aimed at relieving symptoms and improving the patient’s quality of life. Pharmacological treatments include the use of nitrates and calcium channel blockers to relax the LES. Surgical treatment options for achalasia, including laparoscopic Heller’s myotomy (LHM) and pneumatic dilation (PD), are commonly used. LHM involves cutting the muscle fibers at the LES to facilitate food passage and is often combined with fundoplication to reduce the risk of post-procedural gastroesophageal reflux disease (GERD). This surgical technique is considered the gold standard. While both PD and LHM are effective in the long-term control of achalasia symptoms, LHM has been associated with a significantly lower risk of esophageal perforation. Pneumatic dilation, which involves inserting and inflating a balloon at the LES, carries a higher risk of perforation, reported in up to 5.1% of cases compared to 0.9% for LHM. While both LHM and PD effectively alleviate achalasia symptoms, GERD remains a notable post-surgical complication. LHM with fundoplication reduces this risk significantly, with post-procedural GERD rates ranging from 9% to 23%, depending on the type of fundoplication used. In contrast, PD, though effective, has a slightly higher risk of GERD, with up to 31.5% of patients developing reflux in the absence of fundoplication. More recently, peroral endoscopic myotomy (POEM) has emerged as a minimally invasive option, particularly beneficial for patients with type III achalasia. POEM offers success rates over 90% in the short term, but GERD remains a frequent complication due to the lack of anti-reflux measures.

Aim

Reporting a case of a patient with chronic chagasic achalasia, which was complicated by esophageal perforation after Heller’s myotomy and was successfully managed by laparoscopic esophageal suturing.

Methods

A 59-year-old patient from Chile was admitted with progressive dysphagia, vomiting and megaesophagus. The endoscopy showed a dilated esophagus with stenosis of the distal third and retained food. A barium swallow study and high-resolution esophageal manometry confirmed esophageal dilatation and achalasia. The patient underwent an elective laparoscopic Heller myotomy with Dor fundoplication. On postoperative day 2, he developed severe intermittent chest and abdominal pain and high drain fluid amylase concentration (49.000 U/L). A CT scan demonstrated small pneumomediastinum, small bilateral pleural effusion, and suspicion of oral contrast leakage. The patient underwent an urgent diagnostic laparoscopy that revealed a 4cm esophageal longitudinal perforation at the posterolateral wall, after the Dor fundoplication reversal. A 36-Fr orogastric tube was inserted across the GE Junction into the stomach and primary repair was performed with interrupted 3–0 Vicryl-plus stitches. Then, an omental patch was sutured over the perforation area. A feeding jejunostomy was inserted for postoperative nutritional support, and a nasogastric tube was inserted to the stomach. Drains were placed intrabdominal and posterior mediastinal. The patient was discharged home in good condition 12 days post op.


Conclusions

Although surgical treatments like LHM, PD, and POEM effectively manage esophageal achalasia in Chagas disease, the choice of procedure must weigh the risk of complications like esophageal perforation and GERD. Laparoscopic Heller myotomy and fundoplication is considered as treatment of choice for idiopathic and chagasic achalasia. Laparoscopic intervention with primary repair of perforated esophagus may be challenging, but it can be a good and life-saving choice instead of esophagectomy.


References

  1. Dantas RO. Management of Esophageal Dysphagia in Chagas Disease. 2021 Jun;36(3):517-522.
  2. Kirchhoff LV. American trypanosomiasis (Chagas’ disease). Gastroenterol Clin North Am. 1996 Sep;25(3):517-33.
  3. Dantas RO. Influence Of Esophageal Motility Impairment On Upper And Lower Esophageal Sphincter Pressure In Chagas Disease. Arq Gastroenterol. 2024 Jun 17;61:e23174.
  4. Costa LCDS, Braga JGR, Tercioti Junior V, et all. Surgical treatment of relapsed megaesophagus. Rev Col Bras Cir. 2020 Jun 8;47:e20202444.
  5. Bonifácio P, de Moura DTH, Bernardo WM, et all. Pneumatic dilation versus laparoscopic Heller’s myotomy in the treatment of achalasia: systematic review and meta-analysis based on randomized controlled trials. Dis Esophagus. 2019 Feb 1;32(2)
Citation

 Neokleous et al. JMESE 2024 OctVol 2:1 https://doi.org/10.62538/ECOE6940

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WOODEN TOOTHPICK SMALL BOWEL PERFORATION: DON’T TOUCH WHAT NATURE HAS ALREADY DONE

WOODEN TOOTHPICK SMALL BOWEL PERFORATION: DON’T TOUCH WHAT NATURE HAS ALREADY DONE

Ballauri Edoardo 1, Stefano Mauro 2, Leone Federica 3, Mele Serena 4, Catena Fausto 2

 

Affiliations:

  1. University of Turin, Italy
  2. Department of General and Emergency Surgery, Bufalini Hospital‐Level 1 Trauma Center, Cesena, Italy
  3. University of Bologna, Italy
  4.  

Corresponding Author

Ballauri Edoardo

University of Turin, Italy;
edoardo.ballauri@unito.it 

 

Keywords

small bowel perforation, toothpick, emergency surgery

Abstract

Foreign body ingestion represents an uncommon cause of surgical emergencies. Numerous cases have been reported regarding mostly psychiatric and pediatric patients1. As reported in the literature, complications range from bowel perforations to abscesses, obstruction, even to sepsis and death1,2. Diagnostic workup may be quite difficult as the onset of the symptoms mimics different medical conditions (such as acute diverticulitis, acute appendicitis and inflammatory bowel diseases) and often the patient doesn’t recall the ingestion3. We present the case of an adult male patient with bipolar disorder who presented with unusual symptoms mimicking intestinal obstruction. No history of previous abdominal surgery has been reported. CT scan of the abdomen was performed, identifying intussusception of the ileum as the cause of obstruction. As exploratory laparoscopy was performed, no intussusception was detected and a wooden toothpick was found in the abdominal cavity. Given that no wall defects nor abdominal enteric contamination have been found, we decided to keep everything as it already was to minimize post-operative morbidity. No post-operative complications have been observed and, to this date, no recurrences have been reported.

Introduction

Foreign body ingestion represents an unusual event that may cause surgical emergencies. As reported in the literature, the incidence of toothpick-related gastro-intestinal injuries is 3.6/100.000 people per year with only a small number of patients recalling the possible ingestion4. To make it even more difficult, no specific physical examination nor laboratory tests have been stated as pathognomonic for foreign body ingestion. Talking about wooden toothpicks, even sophisticated radiological exams such as CT scans may be misleading given the radiolucent nature of the wood1,5,6. The tricky abdominal symptoms that might mimic other clinical conditions add another level of difficulty to this situation. In some cases, as clinical suspicion remains high and no diagnosis has been made, exploratory laparoscopy might play a crucial role in finding the underlying causes.

Case Presentation

We present the case of a 55-year-old patient with bipolar disorder, who presented to the ER with persistent vomiting and right inferior quadrant pain and tenderness. No history of previous abdominal surgery has been reported. Contrast CT of the abdomen was performed and small bowel intussusception in the right inferior quadrant was described. We then decided to perform an emergency exploratory laparoscopy and found a wooden toothpick near the ileal mesentery. However, as we explored the whole peritoneal cavity,

No intussusception was found. On the other hand, tenacious adhesions between the small bowel and the foreign body were found, and were likely to be the cause of the obstruction. After adhesiolysis of the terminal ileum was performed and the wooden toothpick was removed from the peritoneal cavity, we examined the small intestine from the ileocecal valve to the Treitz ligament without finding intestinal wall defects. Moreover, there was no enteric contamination of the abdominal cavity. Since no evident defects were found, we decided to perform a 5-cm peri-umbilical mini-laparotomy and a medium sized wound protector was applied. Finger pressure test was performed through the entire length of the small bowel. A punctiform spot of fibrin adherent to the ileal wall was the only finding but, again, there was no evidence of intestinal leakage.

Given that, we decided to avoid any further surgical procedure, leaving the ileum as we found it. In this case, as no critical  issues were present after the adhesiolysis, exposing the patient to a major surgical procedure such as an intestinal resection with anastomosis would have resulted in a higher risk of post- operative morbidity (e.g. anastomotic leak).

Post-operatively the patient recovered well, with good tolerance to oral feeding and was discharged on postoperative day 4. To this date, after a 30-days follow-up, no recurrence has been observed.

Discussion

In 80% of cases, foreign bodies pass through the gastrointestinal tract without causing any harm, 10- 20% of cases need endoscopic removal and only <1% need surgical management7. Most complications come from pointy or sharp objects, such as dental prostheses or, as in our case, toothpicks. Speaking of the latter, it is known that in many cases surgery will be necessary as complications range from intestinal perforation to abscesses and even to sepsis and death1.

When it comes to foreign body ingestion, the tricky onset of symptoms and the absence of specific clinical exams may mislead clinicians4. Moreover, the patients often don’t recall swallowing such objects. In case of foreign body ingestion, the presentation of the symptoms may vary from mild abdominal pain to even acute abdomen. In this situation, we, as clinicians, are focused on the most common cause of acute abdomen such as acute appendicitis, acute diverticulitis, intestinal perforation or hemorrhage1,3,4. In some case, the onset of symptoms may be variable, and it may be associated with chronic conditions such as Crohn’s disease6.

Thinking about pediatric and psychiatric patients, collecting medical history may be challenging, even with the help of the patient’s caregiver. Moreover, performing an adequate physical examination on this kind of patient adds another layer of difficulty as the feedback we receive might be confounding. When our clinical suspicion is high, CT scan and endoscopy may be good allies to find the correct diagnosis, even though the nature of the foreign body plays an important role1,4,5. Laboratory tests such as white cells blood count and CRP are standard indicators of inflammatory response or even sepsis, but they don’t make the underlying cause clear.

Regarding the presented case, foreign body ingestion in adults remains a rare cause of acute abdomen. The unusual presentation of intestinal obstruction and CT finding of intussusception of the ileum led us to an incorrect diagnosis. Intraoperative finding of the foreign body and the complete laparoscopic exploration of the abdomen made everything clearer. Thus, having not found any sign of enteric contamination nor significant intestinal wall defects led us to think that the most appropriate treatment was to leave everything as we found it (except for the necessary adhesiolysis of the terminal ileum). To this date, no complications have been reported.

Conclusion

Since many toothpick perforations treated with resection or intestinal repair are described in the literature 8, we decided to present this case because we think that tailoring the treatment to the intraoperative findings may save more aggressive treatment that might lead to higher morbidity.

However, foreign body ingestion remains a concern for acute care surgeons and should be kept in mind when searching for the underlying cause of acute abdomen.

 

 

 

References

  1. Steinbach, , Stockmann, M., Jara, M., Bednarsch, J. & Lock, J. F. Accidentally ingested toothpicks causing severe gastrointestinal injury: a practical guideline for diagnosis and therapy based on 136 case reports. World J. Surg. 38, 371–377 (2014).
  2. Martin,, Petraszko, A. M. & Tandon, Y. K. A case of liver abscesses and porto-enteric fistula caused by an ingested toothpick: A review of the distinctive clinical and imaging features. Radiol. case reports 15, 273–276 (2020).
  3. Majjad, et al. Perforation of ileum by unnoticed toothpick ingestion presenting as acute appendicitis: A case report. Int. J. Surg. Case Rep. 102, 107841 (2023).
  4. Li, M., Zhu, , Deng, D. & Sun, C. An unusual cause of abdominal pain in an older female. Rev. Esp. enfermedades Dig. 116, 285–286 (2024)
  5. Reginelli, , Liguori, P., Perrotta, V., Annunziata, G. & Pinto, A. Computed Tomographic Detection of Toothpick Perforation of the Jejunum: Case Report and Review of the Literature. Radiol. Case Reports 2, 17–21 (2007).
  6. Ioannidis, et al. Ingested toothpick fistula of the ileum mimicking Crohn’s disease.
  7. Depoorter, , Billiet, T., Verhamme, M. & Moerkercke, W. Van. A Toothpick a day, keeps the doctor away?
  8. Schwarzova,, Dabek, R. J., Mwinyogle, A. & Hayward, G. Toothpick: An Unusual Cause of Small Bowel Perforation in an Adult. (2023) doi:10.7759/cureus.43008.
Citation

Ballauri et al. WOODEN TOOTHPICK SMALL BOWEL PERFORATION: DON’T TOUCH WHAT NATURE HAS ALREADY DONE. Journal of Medical and Surgical Errors. 1:4, Oct 2024. | https://do.org/10.62538/KNDN7721

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Managing Bleeding during Laparoscopic Cholecystectomy for Acute Cholecystitis with Cystic Artery Variations: Insights from a Case Report and Literature Review

Managing Bleeding during Laparoscopic Cholecystectomy for Acute Cholecystitis with Cystic Artery Variations: Insights from a Case Report and Literature Review.

Sara Saeidi1, Belinda De Simone2-3.

 

Affiliations:

  1. Research Fellow, Division of Metabolic and Bariatric Surgery, Hartford Hospital, Hartford, CT, USA
  2. Department of Emergency and General Minimally Invasive Surgery, Infermi Hospital, AUSL Romagna, Rimini, Italy
  3. Department of Theoretical and Applied Sciences, eCampus University, Novedrate, Como, Italy; desimone.belinda@gmail.com

Corresponding Author

Belinda De Simone, MD, PhD

Department of Emergency and General Minimally Invasive Surgery, Infermi Hospital, AUSL Romagna, Via Settembrini 2; Rimini, Italy
Department of Theoretical and Applied Sciences, eCampus University, Novedrate, Como, Italy;
desimone.belinda@gmail.com

 

Keywords

Bleeding; Laparoscopic Cholecystectomy; Case Report; Acute Cholecystitis; Intraoperative Hemorrhage; emergency surgery

Abstract

During laparoscopic cholecystectomy (LC) for acute cholecystitis, identification of vital structures can be particularly challenging due to settled inflammatory situations. Moreover, the prevalence of vascular variations and cystic artery aberrations heightens the risk of vascular injury, potentially leading to intraoperative haemorrhage. Such complications can be overwhelming to manage and pose a significant threat to patient safety, due to compromised surgical view and fragile tissues.

The purpose of the current case report is to demonstrate that laparoscopic cholecystectomy can still be successfully completed in cases of challenging acute cholecystitis, even with the presence of unexpected bleeding, ensuring patient safety.

Intraoperative vigilance and anatomy knowledge are essential to manage difficult laparoscopic cholecystectomy. The use of Indocyanine Green (ICG) fluorescence cholangiography/angiography is a valid and effective tool to avoid injuries to the biliary tract or to the right hepatic artery when equipment and skills are available. Prompt conversion to the open approach is always a safe option to consider, as it ensures patient safety.

Introduction

Bleeding complications from vascular injuries are significant contributors to morbidity and mortality, particularly during laparoscopic procedures, where managing major haemorrhages can be technically demanding for young surgeons in urgent settings. (1)

Laparoscopic cholecystectomy (LC) is the golden standard treatment of acute cholecystitis. (2-3) The majority of procedures can be relatively straightforward and feasible when performed by experienced surgeons who follow the established protocols. (1,4) Nevertheless, specific surgical findings may complicate the procedure, heightening the risk of adverse outcomes.

Two decades ago, performing an LC for acute cholecystitis was considered a relative contraindication mainly due to the progressive rates of the common bile duct and vascular-biliary injuries at a time when laparoscopy was still evolving as a technique. (5,6)

Nowadays LC is the golden standard treatment for acute cholecystitis in all fitted for surgery patients (3). Currently, this procedure is correlated to uncontrolled intraoperative bleeding from vascular injuries in approximately 0.9% to 1.9% of cases, with the gallbladder bed identified as the primary source of bleeding, predominantly involving the middle hepatic vein and its major branches. (7)

While much emphasis has been placed on biliary injuries and the strategies for preventing and managing bile duct injuries, vascular injuries have received comparatively less attention. (8,9)

It is crucial for surgeons to accurately identify vascular anomalies/variations to control injuries and select the most appropriate therapeutic intervention for prompt repair, taking into account their surgical expertise and the available resources at their medical facility.

This case report aims to demonstrate that laparoscopic cholecystectomy can effectively address challenging cases of acute cholecystitis. Intraoperative bleeding can be associated with negative outcomes. Anatomy knowledge and the prompt recognition of variations are essential to increase patients’ safety and avoid vascular and biliary injuries. This case report complies with the SCARE criteria. (10)

Case Presentation

A 60-year-old male with a history of hypertension presented to the emergency room with a 72-hour history of fever, nausea, vomiting, and right upper quadrant (RUQ) abdominal pain. Physical examination revealed a positive Murphy’s sign. Laboratory tests showed leukocytosis (14,000 cells/µL) and an elevated C-reactive protein (CRP) level (150 UI), indicative of inflammation, while liver function tests were normal. A contrast-enhanced abdominal CT scan confirmed acute cholecystitis.

Following 24 hours of fluid resuscitation and empirical antibiotic treatment with ceftriaxone (2 grams IV every 12 hours), the patient underwent LC. During surgery, extensive adhesions and fibrinous deposits were noted, complicating visualization of the surgical field (figure 1). After careful dissection, the cystic duct was clipped successfully. However, unexpected bleeding occurred from an aberrant cystic artery, which was short, retracted, and originated from the right hepatic artery (Figures 2 and 3).

Despite efforts to control the bleeding using laparoscopic pads and attempting to clip the artery, these measures were unsuccessful. The surgical team decided to suture the aberrant artery using Vicryl 000 and PDS 000 with interrupted stitches, effectively controlling the haemorrhage without damaging the hepatic hilum or adjacent structures. The patency of the right hepatic artery was confirmed by observing normal liver colouration and the absence of ischemic demarcation.

Due to the lack of availability of Indocyanine Green (ICG) fluorescence imaging, this technique could not be utilized. A suction drain was placed in a subhepatic position before completing the procedure. The patient’s postoperative course was uneventful, with no signs of bleeding or bile leakage. The drain was removed on the third postoperative day, and at a one-month follow-up, the patient remained asymptomatic with normal liver function tests.

Discussion

Bleeding is a major concern during LC for acute cholecystitis, categorized as a ‘non-biliary’ injury. If not promptly recognized and managed, it can lead to severe morbidity and even mortality. The cystic artery, usually originating from the right hepatic artery, frequently varies in its course and branching, increasing the risk of injury during surgery.  Despite its importance, the bleeding complications have not been comprehensively studied and reported. (9)

A crucial step in achieving the critical view of safety (CVS) during LC is the visualization and control of the cystic artery. The cystic artery is located within the hepatobiliary triangle, which is defined by the inferior surface of the liver, the cystic duct, and the common hepatic duct. However, there are significant anatomical variations; although a single cystic artery is usually present, multiple cystic arteries may also be encountered (11,12).

The incidence of uncontrollable bleeding in LC can range up to 2% (with rates varying from 0.03% to 10%), although the actual figure may be significantly higher. (11) Vascular injuries, such as bleeding from the cystic artery, may necessitate conversion to open surgery in up to 1.9% of cases, with a mortality rate of approximately 0.02%.(8,9,13,14)

A review published in 2016 examined over 9,800 cases through cadaveric dissections, Computed Tomography (CT) Angiography, and intraoperative studies, to investigate the type-end incidence of cystic artery variations. It showed that only 79.02% of cystic arteries originate from the right hepatic artery, and 81.5% pass-through Calot’s triangle. Additionally, 8.9% of specimens contained multiple cystic arteries, with 4.9% displaying a cystic artery that ran inferior to the cystic duct or Calot’s triangle. Other origins for the cystic artery included the left hepatic artery, aberrant right hepatic artery, gastroduodenal artery, proper hepatic artery, celiac trunk, proper hepatic bifurcation, superior pancreaticoduodenal artery, and superior mesenteric artery (15).

Table 1 summarises the different available anatomical classifications of cystic artery variations.

ICG imaging can significantly enhance visualization of the biliary and vascular structures, helping to prevent injuries, especially in inflamed cases (16). However, the absence of this technology should prompt a low threshold for conversion to open surgery to ensure patient safety.

In case of persistent intraoperative bleeding, the decision-making and management primarily depend on the patient’s overall general conditions and the anesthesiologist’s assessment of risk. Prompt conversion to laparotomy is always an option to consider in case of hemodynamic instability of the patient to ensure his/her safety.

To avoid intraoperative bleeding of the cystic artery, cholecystectomy with proximal ligation or clipping of the cystic artery is considered the gold standard surgical technique. In the presence of persistent bleeding with difficult scenarios, including multiple injuries to the artery and the patient is in poor condition, alternative strategies may be required (17,18).

Transarterial embolization (TAE) is an option when available, to stop the bleeding in up to 90% of cases. (18–20)

Additionally, percutaneous selective cystic artery embolization (CAE) has emerged as an effective tool in life-threatening situations for patients with complications from either cystic artery bleeding or cholecystitis and bleeding. CAE offers several advantages over surgical exploration for haemorrhage during cholecystectomy including lower mortality and morbidity rates, better identification of the source of bleeding, and higher rates of haemorrhage control.(21) Embolization techniques generally utilize coils, glue, or Gelfoam for the procedure. Although CAE is generally considered safe, it does carry certain risks. Non-target embolization of the hepatic parenchyma can happen, potentially leading to rare complications associated with hepatic artery embolization, such as ischemic hepatitis and abscess development. (22)

In either scenario, careful post-procedural monitoring is essential to early detect further complications.(23)

Conclusions

The detection and careful ligation of the cystic artery is an essential step of a safe laparoscopic cholecystectomy, according to the CVS technique. It is important to know that the cystic artery is notable for its frequent anatomical variations regarding its origin, branching patterns, and termination. Intraoperative vigilance and anatomy knowledge are essential to manage difficult laparoscopic cholecystectomy, complicated by unexpected bleeding, and to ensure patient safety. The use of ICG fluorescence imaging for intraoperative navigation is a valid and effective tool to avoid injuries to the biliary ducts and to the hepatic vessels, when equipment and skills are available. Prompt conversion to the open approach is always a safe option to consider in case of uncontrolled and persistent bleeding.

 

 

Table 1: Classification of Cystic Artery Variations

Classification

Group/Type

Description

Group I

Variations within the hepatobiliary triangle

Variations of the cystic artery are located within the hepatobiliary triangle.

Group II

Variations beyond the hepatobiliary triangle

Variations of the cystic artery that approach the gallbladder outside the hepatobiliary triangle.

 

Type 1

Normal anatomy: Single cystic artery within Calot’s triangle.

 

Type 2

More than one cystic artery in Calot’s triangle.

 

Type 3

No cystic artery in Calot’s triangle.

New Classification

Group I

The cystic artery passes within Calot’s triangle: (1) Single cystic artery, (2) Double cystic artery.

 

Group II

Cystic artery situated outside Calot’s triangle. Variations: (1) Cystic artery arises from the left hepatic artery, (2) Cystic artery arises from the right hepatic artery, (3) Cystic artery arises from the gastroduodenal artery, (4) Cystic artery arises from other unusual origins.

 

Group III

Mixed patterns: Combination of the above variations.

 

Figure 1. Intraabdominal Cavity and settled inflammation

Figure 2. Visualizing the cystic duct

 

Figure 3: Bleeding after controlled cystic duct section between polymeric clips.

References

  1. Salky BA, Edye MB. The Difficult Cholecystectomy: Problems Related to Concomitant Diseases. Surg Innov. 1998 Jun 1;5(2):107–14.
  2. on the behalf of The Italian Surgical Societies Working Group on the behalf of The Italian Surgical Societies Working Group, Agresta F, Campanile FC, Vettoretto N, Silecchia G, Bergamini C, et al. Laparoscopic cholecystectomy: consensus conference-based guidelines. Langenbecks Arch Surg. 2015 May;400(4):429–53.
  3. Pisano, M., Allievi, N., Gurusamy, K. et al. 2020 World Society of Emergency Surgery updated guidelines for the diagnosis and treatment of acute calculus cholecystitis. World J Emerg Surg 15, 61 (2020). https://doi.org/10.1186/s13017-020-00336-x
  4. Nassar AHM, Hodson J, Ng HJ, Vohra RS, Katbeh T, Zino S, et al. Predicting the difficult laparoscopic cholecystectomy: development and validation of a pre-operative risk score using an objective operative difficulty grading system. Surg Endosc. 2020 Oct;34(10):4549–61.
  5. Guidelines for the clinical application of laparoscopic biliary tract surgery. Surg Endosc. 1994 Dec;8(12):1457–8.
  6. Alius C, Serban D, Bratu DG, Tribus LC, Vancea G, Stoica PL, et al. When Critical View of Safety Fails: A Practical Perspective on Difficult Laparoscopic Cholecystectomy. Medicina (Mex). 2023 Aug 19;59(8):1491.
  7. Kaundinya Kiran B. An Unspoken Threat Hiding behind the Gall Bladder in Laparoscopic Cholecystectomy – The Middle Hepatic Vein. Clin Med Rev Case Rep [Internet]. 2018 Aug 31 [cited 2024 Aug 26];5(8). Available from: https://www.clinmedjournals.org/articles/cmrcr/clinical-medical-reviews-and-case-reports-cmrcr-5-229.php?jid=cmrcr
  8. Pesce A, Fabbri N, Feo CV. Vascular injury during laparoscopic cholecystectomy: An often-overlooked complication. World J Gastrointest Surg. 2023 Mar 27;15(3):338–45.
  9. Tzovaras G, Dervenis C. Vascular Injuries in Laparoscopic Cholecystectomy: An Underestimated Problem. Dig Surg. 2006;23(5–6):370–4.
  10. Agha RA, Franchi T, Sohrabi C, Mathew G, Kerwan A, Thoma A, et al. The SCARE 2020 Guideline: Updating Consensus Surgical CAse REport (SCARE) Guidelines. Int J Surg. 2020 Dec;84:226–30.
  11. Temesgen T, Mulu A. Prevalence of Variations of Patterns of Cystic Artery and its’ Clinical Significance among Human Population: Systematic review and meta-analysis [Internet]. 2024 [cited 2024 Aug 26]. Available from: https://www.researchsquare.com/article/rs-3963957/v1
  12. Gupta V. How to achieve the critical view of safety for safe laparoscopic cholecystectomy: Technical aspects. Ann Hepatobiliary Pancreat Surg. 2023 May 31;27(2):201-210. doi: 10.14701/ahbps.22-064. Epub 2023 Feb 16. PMID: 36793183; PMCID: PMC10201064.
  13. Philips PA, Amaral JF. Abdominal Access Complications in Laparoscopic Surgery. J Am Coll Surg. 2001 Apr;192(4):525–36.
  14. Marano L, Bartoli A, Polom K, Bellochi R, Spaziani A, Castagnoli G. The unwanted third wheel in the Calot’s triangle: Incidence and surgical significance of caterpillar hump of right hepatic artery with a systematic review of the literature. J Minimal Access Surg. 2019;15(3):185.
  15. Andall RG, Matusz P, Du Plessis M, Ward R, Tubbs RS, Loukas M. The clinical anatomy of cystic artery variations: a review of over 9800 cases. Surg Radiol Anat. 2016 Jul;38(5):529–39.
  16. De Simone B, Abu-Zidan FM, Saeidi S, Deeken G, Biffl WL, Moore EE, Sartelli M, Coccolini F, Ansaloni L, Di Saverio S; ICG Fluorescence Guided Emergency Surgery Survey Consortium; Catena F. Knowledge, attitudes and practices of using Indocyanine Green (ICG) fluorescence in emergency surgery: an international web-based survey in the ARtificial Intelligence in Emergency and trauma Surgery (ARIES)-WSES project. Updates Surg. 2024 May 27. doi: 10.1007/s13304-024-01853-z. Epub ahead of print. PMID: 38801604.
  17. Taghavi SMJ, Jaya Kumar M, Damodaran Prabha R, Puhalla H, Sommerville C. Cystic Artery Pseudoaneurysm: Current Review of Aetiology, Presentation, and Management. Matsagkas MI, editor. Surg Res Pract. 2021 Nov 24;2021:1–6.
  18. Tamburrini S, Castiglione DG, Palmucci S, Tiralongo F, Comune R, De Simone F, et al. Imaging of Traumatic and Non-Traumatic Cystic Artery Bleeding [Internet]. 2024 [cited 2024 Aug 26]. Available from: https://www.preprints.org/manuscript/202406.1397/v1
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  20. Khan H, Lourdusamy V, Bansal R. Cystic Artery Pseudoaneurysm Secondary to Cholecystitis: A Rare Cause of Hemobilia. Cureus [Internet]. 2023 May 17 [cited 2024 Aug 26]; Available from: https://www.cureus.com/articles/154687-cystic-artery-pseudoaneurysm-secondary-to-cholecystitis-a-rare-cause-of-hemobilia
  21. Lygidakis NJ, Okazaki M, Damtsios G. Iatrogenic hemobilia: how to approach it. Hepatogastroenterology. 1991 Oct;38(5):454–7.
  22. Desai A, Saunders M, Anderson H, Howlett D. Successful Transcatheter Arterial Embolisation of a Cystic Artery Pseudoaneurysm Secondary to Calculus Cholecystitis: A Case Report. J Radiol Case Rep. 2010 Feb 6;4(2):18–22.
  23. Machado N, Al-Zadjali A, Kakaria A, Younus S, Rahim M, Al-Sukaiti R. Hepatic or Cystic Artery Pseudoaneurysms Following a Laparoscopic Cholecystectomy: Literature review of aetiopathogenesis, presentation, diagnosis and management. Sultan Qaboos Univ Med J. 2017 Jun 20;e135-146.
Citation

Saeidi et al. Managing Bleeding During Laparoscopic Cholecystectomy for Acute Cholecystitis with Cystic Artery Variants: Insights from a Case Report and Literature Review. Journal of Medical and Surgical Errors. 1:3, Sep 2024. | https://do.org/10.62538/PPCZ8689

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Articles Issues JMESE

Announcement: Special Issue: “Patient Safety”

Announcement: Special Issue - "Patient Safety"

We are excited to announce that the Journal of Medical and Surgical Errors (JMESE) is now accepting submissions for our upcoming special issue titled “Patient Safety”.

Our guest editor for this special issue is Professor Fausto Catena. Prof Catena is a world renowned expert in emergency and general surgery. With his wealth of experience and expertise in patient safety and surgical errors, Prof Catena will provide valuable insights and guidance throughout the editorial process.

Special Issue: “Patient Safety”

Introduction:
In modern healthcare, ensuring patient safety is paramount. Despite advancements in medical technology and protocols, medical and surgical errors continue to pose significant challenges. Recognising the critical importance of addressing patient safety, the Journal of Medical and Surgical Errors is pleased to announce a special issues dedicated to this vital topic. Under the esteemed guest editorship of Prof. Fausto Catena, this special issue aims to explore innovative strategies, best practices and emerging research in the field of patient safety.

Scope of the Special Issue:
This special issue seeks to cover a wide range of topics related to patient safety, including but not limited to:
– Error prevention and mitigation strategies in medical and surgical practice
– Human factors contributing to medical errors and adverse events
– Technology-driven solutions for enhancing patient safety
– Education and training initiatives to promote a culture of safety among healthcare professionals
– Ethical considerations in patient safety research and practice
– Patient engagement and empowerment in the context of safety initiatives
– Interdisciplinary approaches to patient safety improvement
– Case studies and real-world examples highlighting successful patient safety interventions

Call for Submissions:
The Journal of Medical and Surgical Errors invites researchers, clinicians, educators, policymakers and other stakeholders to contribute original research articles, systematic reviews, meta-analyses, case studies and perspectives relevant to patient safety. Submissions should offer insights into novel methodologies, innovative interventions or critical reflections on current practices, aimed at enhancing patient safety across various healthcare settings.

Submission Guidelines:
Manuscripts should be prepared according to the journal’s guidelines for authors and submitted online via the journal’s submission portal. All submissions will undergo rigorous peer review to ensure high-quality and relevance to the special issue’s theme.

Important Dates: 
Manuscript submissions deadline: 1st September 2024



 

Categories
Articles JMESE

Morbidity and mortality meetings and surgical education: how negative outcomes should improve the next generation of surgeons

Morbidity and mortality meetings and surgical education: how negative outcomes should improve the next generation of surgeons

Gabriele Vigutto 1, Carlo Vallicelli 1

 

Affiliations:

  1. Chirurgia Generale e d’Urgenza, Ospedale Bufalini, Cesena, Italy.

Corresponding Author

Gabriel Vigutto, Department of Surgery, Bufalini Hospital, AUSL Romagna, Cesena, Italy
gabrielevigutto@gmail.com

Keywords

M&M meetings, education, surgical trainees

Abstract

Background: Morbidity and mortality (M&M) meetings play a pivotal role in enhancing clinical practice and assessing surgical competencies. When organized effectively, these meetings provide valuable learning opportunities for surgical trainees. Our objective is to examine current perceptions of M&M meetings among practitioners by exploring common positive and negative attributes, and propose standardized modes of improvement.

Materials and Methods: A comprehensive literature search on morbidity and mortality meetings was conducted using Pubmed, Ovid MEDLINE, EMBASE, the Cochrane Database of Systematic Reviews, and the Cochrane Central Register of Controlled Trials. Various combinations of keywords including “morbidity and mortality”, “surgical education”, and “surgical trainees” were utilized without imposing any search restrictions

Main outcomes: M&M meetings facilitate a conducive learning environment where surgeons of all experience levels can openly discuss critical medical errors. Emphasizing a blame-free atmosphere is crucial for effective problem-solving. Innovative approaches such as direct patient involvement and online platforms can enhance the efficacy of M&M meetings.

Conclusions: M&M meetings serve as vital conduits for transferring experiences and knowledge from seasoned surgeons to trainees. However, a culture of blame may impede transparency and undermine the educational value of these meetings.

Background

Morbidity and mortality meetings are commonly used as a surgical training tool [1]. Generally speak-ing, morbidity and mortality meetings should be held weekly or every two weeks during working hours, and last between 45 to 60 minutes [1-2]. Both surgical attendings and trainees are encouraged to attend morbidity and mortality meetings and other surgical or medical specialists are welcomed, espe-cially if they can provide a different point of view in the case discussion [1]. Moreover, the use of morbidity and mortality meetings offers a mode of evaluating and improving surgical competencies in both attendings and trainees [3;4].

Nevertheless, morbidity and mortality meetings can be a difficult environment for younger surgeons and trainees to report a medical error and avoid a feeling of blame. The possibility of analyzing and un-derstanding clinical cases under the supervision of a senior surgeon undoubtedly minimizes the chanc-es of repeating the same error, and offers a great learning opportunity; this ultimately increases the quality of delivered healthcare services and ameliorates patients safety.

Methods and Materials

An organized search of relevant literature was performed by two researchers using the following databases from inception: Pubmed, Ovid MEDLINE, EMBASE, the Cochrane Database of Systematic Reviews, the Cochrane Central Register of Controlled Trials. Retrieved literature was limited to the English language.

The terms “morbidity and mortality”, “morbidity and mortality meetings”, “surgical education”, “surgical trainees” were used in various combinations. No search restrictions were imposed. Compara-tive studies, multicenter studies, case reports, large and small case series were included. All papers se-lected for this literature review which specifically address the role of morbidity and mortality meetings in surgical education are reported in Table 1.

Results

Table 1 summarizes the main benefits and limitations of morbidity and mortality meetings. All the pa-pers analyzed elicit the importance of morbidity and mortality meetings. Morbidity and mortality meet-ings can improve surgical training, while some offer new ways of implementing specific meeting fea-tures to increase their effectiveness. At the same time, some papers criticize certain limitations of these meetings, especially towards younger surgeons or trainees.

However, these potential limitations are outweighed by the provision of practical solutions. A proper analysis and discussion of the relevant literature is developed below [4-18].

Summary of Outcomes

Morbidity and mortality meetings are a fundamental tool to discuss clinical cases and their relevant lit-erature between more and less trained surgeons.

To investigate it, Abu-Zidan et al submitted an anonymous questionnaire to a group of surgeons and trainees about morbidity and mortality meetings’

satisfaction and, based on the answers, they imple-mented the successive meetings. After 9 weeks, they repeated the questionnaire showing an improved literature knowledge and ability to discuss a clinical case. During morbidity and mortality meetings, trainees are required to perform presentations. In preparation for these presentations, the residents had to update their knowledge on the latest guidelines or literature. Thereafter, these trainess would be ex-posed to a “friendly” discussion with more experienced surgeons on the presented cases [4].

Lecoanet et al conducted a survey on both surgical and medical morbidity and mortality meetings and found several benefits. Notably, both junior and senior doctors felt their knowledge was being updated. These meetings and discussions also propagated an increase in inter-unit teamwork and collaboration; which ultimately contributes towards healthcare quality and patient safety. The “non

blaming” environ-ment was recognised as being one of the most important features of morbidity and mortality meetings. Older surgeons found the meetings more educational than trainees, but both agreed on the value in medical and surgical education. The only problem identified with these meetings was the lack of a con-sistent structure in presenting the cases [5].

Berhanetsehay et al. presented similar satisfactory results in their survey. They proposed a structured questionnaire with an open-ended question at the end to all physicians following at least two meetings. Participants agreed upon the educational role of morbidity and mortality meetings, however they noti-ced a low implementation and follow up of the core points discussed during the meetings. Similarly, as Lecoanet [5] already demonstrated, a structured format and a standardized case presentation provided a better perception of the educational role of morbidity and mortality meetings [6].

Kauffmann et al. offered a different perspective on surgical education; wherein the morbidity and mor-tality meetings were conducted to meet the Accreditation Council for Graduate Medical Education [ACGME] general competencies. They reviewed all the previous 21 months of morbidity and mortality meetings. In particular, the authors studied if there was any patient care improvement after the meet-ings. The authors also studied if the six general competences of the ACGME were specifically and ex-plicitly addressed. Discussing clinical cases and their outcomes provided a personal and professional improvement opportunity. This improvement can be tracked objectively when checked against the core points of the ACGME general competencies. In the end, the proper use of morbidity and mortality meetings appeared to improve surgical training by equipping surgeons with the skills and knowledge to recognize and manage errors [7]

At the same time, Orlander et al., while agreeing with the main teaching purposes of morbidity and mortality meetings, show that often “tough issues” are either not faced during the meetings, or are faced in such an inappropriate way that the participants may avoid “tough issues” out of fear of public humil-iation. This may happen for several reasons: for example, fears of legal action or loss of respect. How-ever, the authors emphasized that it is of utmost importance that medical errors are addressed appropri-ately; as learning from these errors will contribute towards improving the standard of care in similar future scenarios. In fact, the authors proposed a model for morbidity and mortality meetings, which they believe would help reduce this potential stray from an educational path. The inevitability of medi-cal errors should be a core concept when conducting morbidity and mortality meetings [8].

Kocabayoglu et al. reported their experience on morbidity and mortality meetings over a two-year peri-od in a liver transplantation unit. All of the meetings had a similar structure and involved all healthcare providers involved in liver transplantations. Both faculty and residents agreed on the fundamental role that morbidity and mortality meetings have in surgical education, especially regarding high complexity patients. Nevertheless, they highlighted the importance of maintaining the focus of morbidity and mortality meetings on structural and systematic problems, and to consistently provide means of im-provement in a blame-free environment [9].

Harbison et al. provided an interesting comparison between surgical residents and faculty. They ran-domly selected both faculty members and surgical residents to submit a survey about morbidity and mortality meetings with follow up every two weeks up to twelve weeks later; at the end of the survey, they also included an open-ended question to gather a direct opinion.

Their survey demonstrated that respondents agreed on the educational purpose of morbidity and mortality meetings and their im-portance in serving as appropriate quality checks in surgical units. However, the authors showed that residents found morbidity and mortality meetings less effective in surgical education; and they suggest-ed an improvement was needed to reduce defensiveness and blame [10].

Focusing more on morbidity and mortality meetings’ discussion topics and their perception, Gore [11] presents a two-part survey where part A focused on specifics about morbidity and mortality meetings and part B on audience perception. Part A offered a good standardization of a morbidity and mortality meeting: the participants discussed mistaken diagnoses, evaluated radiographs and autopsy reports and in almost half of the meetings, a non-surgical specialist was attending [1]. Part B reported on the per- ception of the attending members at the morbidity and mortality meetings. All the attending members agreed on the teaching role of morbidity and mortality meetings, especially when based on evidence-based medicine and when diagnostic tools such as radiographs and pathology findings were discussed. Interestingly, none of them reported the concealment of any medical information, even those errors that could have been possibly incriminating [11].

Similarly, Falcone et al [12] provided a two-year survey on morbidity and mortality meetings held by senior surgical residents, showing a general stability in reporting adverse events. Like Kauffmann [7], they considered morbidity and mortality meetings a great way to implement and verify the six general competencies of the American Council for Graduate Medical Education, with particular focus on prac- tice-based learning and improvement. Although they explained some incoherent results such as the de-creased reporting of adverse events in pediatric surgery; they also noticed some underreporting of non-fatal adverse events– probably related to a fear of reporting or not acknowledging adverse events. Meanwhile, the survey providds an insight into what was considered an adverse event, which differed across different surgical specialties. Finally, they offered some tips to improve a standard surgical mor-bidity and mortality meeting. These include providing feedback to the senior-most resident to check and increase the quality of the meetings, providing all surgical residents with a summary of major and nonmajor adverse events, and fostering an atmosphere of collaboration to create a safe space for expe- rienced surgeons and surgical residents to freely discuss the clinical cases without fear of judgement or blame [12].

Besides the involvement of other medical specialists during morbidity and mortality meetings, Myren et al. propose a new morbidity and mortality format where patients themselves attended the meetings.

They noticed, supported by recent literature, how involving the patients in daily practice improves the perceived quality of care, although it may be difficult on a daily basis due to the

typical busy doctors’ schedule. This different approach offered new technical difficulties as compared to a standard morbidi-ty and mortality meeting, such as rescheduling working hours in order to manage an appropriate time for the meetings, especially if there are other specialties consultant involved. Yet more promisingly, they offered the possibility to interact directly with the patient when the case was discussed, establish-ing a better partnership between doctors and patients. However, some healthcare professionals raised concerns about the openness of the discussion in specific cases and the actual value of the learning pro-cess. At the same time, patients reported an improved communication with healthcare professionals and a better understanding of the adverse events themselves, which was previously impossible to under-stand during hospital admission due to stress, pain/ painkillers, or anesthesia. Some patients, finally, decided to participate in these novel morbidity and mortality meetings in order to increase the learning for healthcare providers, and simultaneously reduce the possibility of error repetition. [13].

The changes brought forth by the recent COVID-19 pandemic offered a new way to approach morbidi-ty and mortality meetings through specific online tools. The re- assignment of healthcare providers worldwide towards combating the pandemic, decreased the focus on training programs and meetings. Both Myren [14] and Gallo [15] published surveys studying these changes and submitted innovative ways to implement surgical training during that particular period.

After the positive results in 2021 [13], Myren et al. [14] tried adding a patient perspective during online morbidity and mortality meetings. They followed a similar questionnaire in their previous paper [13], adding new key points such as

non-verbal communication and an online tool to be evaluated. They rec-orded five morbidity and mortality meetings held by a consultant concerning adverse events of varying gravity. Although they all confirmed the positive results achieved in patients attending in-person mor-bidity and mortality meetings such as a benefit in doctor/patient communication and relationships; they reported the online meetings caused a worse understanding of patients and healthcare workers due to a lack of non-verbal communication. Non-verbal communication appeared to play a fundamental role in understanding patients’ perspectives of the situation, so healthcare providers had to rely mainly on ver-bal communication to interact with the patients, which created a general insecurity from healthcare pro-viders about not being completely understood. However, patients still reported all the positive attributes of in-person morbidity and mortality meetings, with an added comfort in learning and mastering a new online tool. One even perceived an increased interest from doctors due to more personal questions in order to clarify patient’s perspectives and doctors’ explanations [14].

At the same time, Gallo et al. present a national three-part survey on how much the COVID19 pandem-ic affected surgical residents’ training [15]. Based on the various surveys already published in interna-tional literature, they selected 430 surgical trainees to answer the survey, which was divided into three distinct parts: the first part gathered information about general demographics and the typical activities held before the pandemic, the second part focused on the changes elicited in clinical/surgical education-al activities, while the third part evaluated the activities that were maintained during the pandemic. The authors clearly reported a decreased amount of surgical, research and didactic activities due to a reduced number of surgeries, COVID19 restrictions and reassignment of surgical residents in medical wards to face the emergency. Considering the educational shift during the swave, only 65% of residents had the possibility to study and learn in their specialty field of choice, while the others had to partially or fully focus on learning about COVID19.

However, where available, the use of remote teaching, such as case reports in morbidity and mortality meetings, and virtual simulators for surgical practice proved to be fundamental to keep providing education towards surgical trainees, although 33% of the participants described a complete interruption in surgical training activities. Regarding the results of this survey, positive feedback arose from surgical trainees in using new devices such as virtual learning or virtual simulators and implementing the standard in person class or morbidity and mortality meeting with online attendance. Many of these practices still remain implemented in post pandemic surgical didactic programs [15].

Finally, Epstein [16], Bakhshi [17] and Vreugdenburg [18] focused on the impact of morbidity and mortality meetings in surgical education and patient safety. Epstein et al. [16] provided a literature re-view about the difference between morbidity and mortality meetings and quality assurance conferences and their importance as educational tools. While morbidity and mortality meetings are developed to evaluate clinical cases in order to optimize the successive decisions of healthcare professionals; quality assurance conferences are mandated by hospitals to identify and correct systematic faults, gathering all of the information on a single process and analyzing its structural biases and mistakes. Following this definition, quality assurance conferences are able to fix and prevent a medical error by adjusting the hospital system and patient journeys. These changes are typically effected via a proto-col or a particular instrument. Morbidity and mortality meetings, on the other hand, rely on analyzing clinical cases with the relevant literature to evaluate possible medical errors, proving much more useful in surgical training. These meetings are also mandatory for the American Council for Graduate Medi-cal Education in every surgical training program nationwide. As Epstein found in the literature, there is a lack of a standardized format or cadence of morbidity and mortality meetings. There is an even greater lack of standardized protocols for monitoring implementations after the discussions.

However, it is commonly accepted that they offer an invaluable opportunity for younger trainees to dis-cuss a case with experienced surgeons, and to learn how to handle a medical error. Apart from the sin-gle meeting, Epstein also evaluated the benefit of a retrospective and prospective collection of data for morbidity and mortality meetings, creating a database for data collection in order to provide the single center or unit experience about an adverse event and how a diagnosis and treatment were determined [16].

Bakhshi et al [17] published a literature review about the lack of standardization of morbidity and mor-tality meetings. They underlined how important mandatory morbidity and mortality meetings were, for increasing patient safety and improving surgical training. At the same time, they noticed how the lack of an international protocol reduced the effectiveness of the meetings, and potentially led to the over-sight of certain fundamental parts of clinical case discussion or literature revision. They reported that in their center, morbidity and mortality meetings are mandatory for surgical units. However they experi-enced several mistakes during the submission of a case for these meetings, such as delays in the sub-mission or data affected by a recall bias. In order to overcome these problems, they established an online platform accessible to all surgery units to record all clinical cases that could be discussed in a morbidity and mortality meeting. Since morbidity is far more frequent than mortality, they started re- cording mortality cases only. In the first eight months, 73 cases were analyzed, discussed and signed off by the Head of the Department. As stated before, morbidity and mortality meetings are fundamental in surgical training and are typically conducted by younger surgeons or trainees. An online register may be useful to avoid recall bias and help the trainee in the literature review preparation for the meet-ing [17].

Vreugdenburg et al. [18] reviewed the literature on morbidity and mortality meetings, searching for fac-tors that positively or negatively impact the effectivity of the meetings and their educational purpose. After the primary selection and control by an independent review group, they selected 22 studies, 19 of which identified enablers or barriers. Positive traits included a clear format in structuring and present-ing the clinical case; the appropriate invitation of other specialties’ consultants or the use of online tools; focusing on a central theme including close-calls and near-misses in a blame-free environment; propos-ing recommendations at the end of the meetings which should be implemented and verified after a cer-tain amount of weeks; and a detailed record of previous morbidity and mortality meetings. Negative attributes included the lack of research or academic preparation on the topics presented; an inconstant attendance at these meetings; a negative perception of morbidity and mortality meetings from their at-tendants; and logistical issues in creating the event or inviting the right healthcare providers for the meeting to begin with. Combining these enabling factors and avoiding these barriers can help to in-crease the efficiency of morbidity and     mortality meetings, in order to obtain both a better quality of      sur-gical training and a better improvement in patient safety overall [18].

Strength and Limitations of this study

This review underscores the significance of morbidity and mortality (M&M) meetings in surgical edu-cation. Drawing upon available data and literature, these meetings, which involve presentations and discussions with expert surgeons and other medical professionals, offer diverse modalities to enhance the knowledge and competencies of surgical trainees. By facilitating a comprehensive analysis of adverse events, M&M meetings enable trainees to learn from mistakes and implement strategies to prevent recurrence [16; 18].

Furthermore, the adaptability of M&M meetings to remote teaching sessions is noteworthy, with online databases dedicated to documenting patient morbidity and mortality, thus facilitating comprehensive evaluations and discussions

[17-18]. Additionally, involving patients or their relatives in these meet-ings fosters a supportive environment conducive to improving doctor-patient relationships and promot-ing understanding of the impact of adverse events on patients’ lives [13-14].

However, challenges such as the lack of transparency during case presentations due to legal concerns and inadequate preparation may hinder the effectiveness of M&M meetings [8-10]. Nonetheless, fos-tering a non-punitive atmosphere and acknowledging the possibility of medical errors can mitigate these challenges and enhance the educational value for surgical trainees [8-10].

The primary limitation of this review lies in the reliance on subjective data, predominantly from sur-veys, which poses challenges in objectively assessing the impact of M&M meetings on surgical train-ing. Despite this limitation, the reviewed literature offers insights and recommendations, such as struc-tured protocols and meetings, to optimize the effectiveness of M&M meetings [16-18].

Conclusions

 Morbidity and mortality (M&M) meetings stand out as a pivotal resource in enriching surgical training, especially within a structured environment that promotes open dialogue and cultivates a blame-free cul-ture. These meetings offer a promising avenue for refining the education of young surgeons, honing surgical skills, and advancing patient care practices. As such, integrating M&M meetings into our prac- tice could yield substantial benefits. Moving forward, there is a need for prospective studies to delve deeper into the impact of this educational tool on the behaviors and development of young surgeons at the outset of their careers

Table 1: Main improvements and limitations using M&M meetings for surgical education

Author

Year

Improvements

Limitations

Abu Zidan

2001

Significant improvement in surgical training

NA

Lecoanet

2016

Significant improvement in surgical training

NA

Berhanetsehay

2020

Improvement in surgical training

Low application of core point discussed during M&M meetings

Kauffmann

2011

Improvement in surgical training

NA

Orlander

2002

Improvement in surgical training

Not facing though issues

Kocabayoglu

2016

Improvement in surgical training and detecting errors

Need for a structured approach of meetings and follow up

Harbison

1999

Improvement in surgical training

Less effective for residents, high amount of shame and blame

Gore

2006

Improvement in surgical training especially if based on EBM

Higher feeling of failure reported among younger residents

Falcone

2012

Stable reporting of adverse events

Undereporting minor adverse events from senior residents

Myren

2021

Sharing M&M meetings with patients

Openness to discuss clinical cases and proper learning value

Myren

2022

Same improvements as in face to face meetings

Lack of non verbal communication

Gallo

2022

Online M&M meetings were a fundamental learning tool during COVID-19 pandemic

NA

Epstein

2012

Significant improvement in surgical training

NA

Bakhshi

2021

Improvement in surgical training using online database to record and discuss clinical cases

NA

Vreugdenburg

2018

Improvement in surgical training adapting different formats

NA

 

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Citation

Vigutto et al. Morbidity and mortality meetings and surgical education: how negative outcomes should improve the next generation of surgeons. Journal of Medical and Surgical Errors. 1:2, May 2024. | https://doi.org/10.62538/OABC2014