Splenic rupture following colonoscopy: two cases with CT findings

Splenic Injury After Colonoscopy in a 55-Year-Old Female Patient

Colonoscopy is, in general, a relatively safe procedure with a low complication rate. Splenic injury related to this procedure is very rare, ranging from one in 100,000 to one in 6,387 colonoscopies, but a possibly lethal complication. For its diagnosis, a high degree of clinical suspicion is needed as many physicians are not aware of its existence. Clinical symptoms and signs are observed 1-10 days after the procedure. The imaging modality of choice is contrast-enhanced computed tomography (CECT). However, contrast-enhanced ultrasound (CEUS) may also be used to detect abdominal fluid and the injured area of the spleen. We present a case of a 55-year-old female with splenic rupture after a colonoscopy, diagnosed with CEUS and CECT. Splenectomy was performed, and the patient's recovery was uneventful.

Iatrogenic Severe Splenic Injury after Colonoscopy

Colonoscopy is a low-risk procedure performed for screening and diagnostic purposes. About 15 million colonoscopies were carried out in the United States in 2012 with this number projected to increase. Injury to the spleen as a complication of colonoscopy is still a rather rare occurrence. We report a case of significant splenic injury, American Association of Surgery for Trauma (AAST) grade III with hemoperitoneum, in a patient following diagnostic colonoscopy, managed conservatively without the need for invasive or salvage surgical procedure.

Splenic rupture after colorectal cancer screening

The number of colonoscopies performed in recent years is increasing dramatically, specially those related to colorectal cancer screening programmes. For this reason, there is a direct relationship with the number of exceptional complications such as splenic rupture. We describe a clinical case of a splenic rupture with hemodynamic instability. Consequently, an emergency splenectomy was performed 6 hours after the colonoscopy was finished. Health staff should be aware of its existence, as an early reaction will avoid more severe problems.

Laparascopic Splenectomy Due to Splenic Injury after Colonoscopy

Colonoscopy, which is routinely performed in diagnosis and treatment of colorectal disorders, is a reliable procedure. Its most frequent complications are bleeding and perforation. Splenic rupture is a very rarely met complication of colonoscopy, and delay in its diagnosis leads to increased morbidity and mortality. We presented a 69 years old female patient, who was diagnosed by computerized abdominal tomography, performed for her abdominal pain, which started following the colonoscopy. After 15 days of medical treatment and follow-up, laparoscopic splenectomy was performed one month after her colonoscopy. The patient was discharged on her 4(th) postoperative day, with uneventful recovery. In patients who have complaint of abdominal pain following colonoscopy, an intraabdominal pathological condition should be considered and computerized abdominal tomography should be performed. If there is no detected intraperitoneal bleeding, in other words, if there is a sub-capsular hematoma of the spleen, medical management by monitoring the vital signs may be preferred. Then, splenectomy should be performed at an appropriate time.

Delayed splenic rupture: dating the sub-capsular hemorrhage as a useful task to evaluate causal relationships with trauma

The aim of the paper was to perform a chronological assessment of the phenomenon of delayed rupture of the spleen, to assess the phenomenological order about the sub-capsular hematoma transformation to determine the causal relationship with trauma as hypothetical cause of death. 80 cases of blunt trauma with splenic capsular hematoma and subsequent rupture of the spleen were evaluated: 38 had an acute rupture of the spleen, 42 presented a break in days or weeks after the traumatic injury. Time between the traumatic event and delayed rupture of the spleen is within a range of time from one day to more than one month. Data recorded included age, sex, type of trauma, injury severity score, grade of splenic injury, associated intra-abdominal injuries, pathologic specimen evaluation. Immunohistochemical investigation of perisplenic hematoma or laceration was performed utilizing polyclonal antibodies anti-fibrinogen, CD61 and CD68, and showed structural chronological differences of sub-capsular hematoma. Expression of modification and organization of erythrocytes, fibrinogen, platelets and macrophages provides an informative picture of the progression of reparative phenomena associated with sub-capsular hematoma and subsequent delayed splenic rupture. Sub-capsular splenic hematoma dating, which we divided into 4 phases, is representing a task in both clinical practice and forensic pathology.

Endovascular treatment of active splenic bleeding after colonoscopy: a systematic review of the literature

PURPOSE

Colonoscopy is reported to be a safe procedure that is routinely performed for the diagnosis and treatment of colorectal diseases. Splenic rupture is considered to be a rare complication with high mortality and morbidity that requires immediate diagnosis and management. Nonoperative management (NOM), surgical treatment (ST), and, more recently, proximal splenic artery embolization (PSAE) have been proposed as treatment options. The goal of this study was to assess whether PSAE is safe even in high-grade ruptures.

METHODS

We report two rare cases of post colonoscopy splenic rupture. A systematic review of the literature from 2002 to 2010 (first reported case of PSAE) was performed and the three types of treatment compared.

RESULTS

All patients reviewed (77 of 77) presented with intraperitoneal hemorrhage due to isolated splenic trauma. Splenic rupture was high-grade in most patients when grading was possible. Six of 77 patients (7.8 %) were treated with PSAE, including the 2 cases reported herein. Fifty-seven patients (74 %) underwent ST. NOM was attempted first in 25 patients with a high failure rate (11 of 25 [44 %]) and requiring a salvage procedure, such as PSAE or ST. Previous surgery (31 of 59 patients), adhesions (10 of 13), diagnostic colonoscopies (49 of 71), previous biopsies or polypectomies (31 of 57) and female sex (56 of 77) were identified as risk factors. In contrast, splenomegaly (0 of 77 patients), medications that increase the risk of bleeding (13 of 30) and difficult colonoscopies (16 of 51) were not identified as risk factors. PSAE was safe and effective even in elderly patients with comorbidities and those taking medications that increase the risk of bleeding, and the length of the hospital stay was similar to that after ST.

CONCLUSION

We propose a treatment algorithm based on clinical and radiological criteria. Because of the high failure rate after NOM, PSAE should be the treatment of choice to manage grade I through IV splenic ruptures after colonoscopy in hemodynamically stabilized patients.

Laparoscopic splenectomy for traumatic splenic injury after screening colonoscopy

Colonoscopy is a widespread diagnostic and therapeutic procedure. The most common complications include bleeding and perforation. Splenic rupture following colonoscopy is rarely encountered and is most likely secondary to traction on the splenocolic ligament. Exploratory laparotomy and splenectomy is the most commonly employed therapeutic intervention for this injury reported in the literature. We present the case of a patient with this potentially fatal complication who was treated successfully at our institution. To our knowledge it is the first report in the literature of laparoscopic splenectomy as a successful minimally invasive treatment of splenic rupture following colonoscopy. The patient was a 62-year-old female who underwent screening colonoscopy with polypectomies at the cecum, descending colon and rectum. Immediately following the procedure she developed abdominal pain and had a syncopal episode. Clinical, laboratory and imaging findings were suggestive of hemoperitoneum and a ruptured spleen. A diagnostic laparoscopy was emergently performed and revealed a grade IV splenic laceration and hemoperitoneum. Laparoscopic splenectomy was completed safely and effectively. The patient's postoperative recovery was uneventful. We conclude that splenic rupture after colonoscopy is a rare but dangerous complication. A high index of suspicion is required to recognize it early. Awareness of this potential complication can lead to optimal patient outcome. Laparoscopic splenectomy may be a feasible treatment option.

Splenic injury during colonoscopy--a complication that warrants urgent attention

INTRODUCTION

Colonoscopy is a safe procedure that is performed routinely worldwide. There is, however, a small but significant risk of splenic injury that is often under-recognized. Due to a lack of awareness about this injury, the diagnosis may be delayed, which can lead to an increased risk of morbidity as well as mortality. This paper presents a comprehensive review of the medical literature on colonoscopy-associated splenic injury and describes the clinical presentation and management of this rare but potentially life-threatening complication.

MATERIALS AND METHODS

A comprehensive literature search identified 102 patients worldwide, including patients from our experience, with splenic injury during colonoscopy. A meta-regression analysis was completed using a mixed generalized linear model for repeated measures to identify risk factors for this rare complication.

RESULTS

A total of 75 articles were identified and 102 patients were studied. The majority of the papers were in English (92 %). Only 23.4 % of patients (26/102) were reported prior to the year 2000. Among the patients reported after the year 2000, the majority (84.2 %, 64/76) were reported after 2005. There were more females (76.5 %), median age was 65 years (range, 29-90 years), and most of the colonoscopies were performed without difficulty (66.6 %). Nearly 67 % of patients presented within 24 h of colonoscopy with complaints ranging from abdominal pain to dizziness. The most common symptom was left upper quadrant pain (58 %), and CT scan was found to be the most sensitive tool for diagnosis. Seventy-three patients underwent operative intervention; 96 % of these were treated with splenectomy. Hemoglobin drop of more than 3 gm/dL was identified as the only significant predictor of operative intervention. The overall mortality rate was 5 %.

CONCLUSION

Splenic injury during colonoscopy is rare; however, it is associated with significant morbidity and mortality. Splenic injury warrants a high degree of clinical suspicion critical to prompt diagnosis, and early surgical consultation is warranted.

Medico-legal considerations in a case of splenic injury that occurred during colonoscopy

Colonoscopy has became the gold standard diagnostic and therapeutic treatment for rectum and colon diseases. The splenic injury is a rare complication of colonoscopy and relatively few cases (less than 70) have been reported in the literature so far. Here we present a case of splenic rupture identified in an 80 year-old man few hours after an apparently uneventful colonoscopy. Acknowledging a causal relationship between the lesion and the diagnostic procedures, we discuss the possible medico-legal implications with regard to professional liability considering the exceptional nature of such an event and the stance recently taken by the Italian law.

Splenic injury due to colonoscopy: analysis of the world literature, a new case report, and recommendations for management

Splenic injury is a rare complication of colonoscopy. Most literature on the topic is case-report based. Our objective was to perform a comprehensive analysis of characteristics of splenic injury due to colonoscopy from available published reports in the world literature, to compare and contrast this entity with that of traumatic splenic injury, and provide recommendations for management based on the analysis. We reviewed the PubMed database without restrictions using the terms splenic trauma after colonoscopy, splenic rupture from colonoscopy, splenic injury following colonoscopy, and splenic complications of colonoscopy, and also reviewed the references from the resulting publications. Retrieved manuscripts (case reports, reviews, and abstracts) were reviewed by two authors, and data extracted for 15 specific characteristics of each patient reported using a standardized data collection tool. Data were analyzed using descriptive statistics. Splenic injury due to colonoscopy is extremely rare as reported in published literature. The majority of patients that seek medical attention have delayed symptoms, and most require splenectomy. Subcapsular hematoma is the most common injury pattern seen. Selection criteria for operative management may be extrapolated from management guidelines for traumatic splenic injury, although nonoperative failure rates are higher for splenic injury due to colonoscopy than for trauma.

Splenic rupture as a complication of colonoscopy: report of a case

Colonoscopy is a common procedure with the rare complication of a splenic injury. The proposed mechanism of injury is excessive splenocolic ligament traction. The diagnosis is made by computed tomography and the treatment is determined by the patient's stability. Here we report a case of splenic injury during colonoscopy with failure to manage conservatively. A review of the literature and suggested guidelines are also provided.

Splenic injury following colonoscopy--an underdiagnosed, but soon to increase, phenomenon?

INTRODUCTION

We present a case of splenic rupture in a 71-year-old woman admitted 6 days following a diagnostic colonoscopy. She underwent an open splenectomy and made a delayed, but complete, recovery. We proceeded to perform a retrospective review of all relevant literature to assess the frequency of similar post-colonoscopy complications.

MATERIALS AND METHODS

Using relevant keywords, we identified 63 further PubMed reports of splenic injury associated with colonoscopy that were reported in English.

FINDINGS

We have described only the fourth report of splenic injury secondary to colonoscopy from a UK centre. Literature review reveals a mean age of 63 years and a female preponderance for this complication. Most patients present on the day of their colonoscopy with abdominal pain, anaemia, elevated white cell count and Kehr's sign. CT is the investigation of choice and splenectomy the definitive management of choice. Most patients make a routine recovery, with mortality rates of approximately 8%. There is likely to be an under-reporting of this complication from UK-based centres, with the majority of reports originating from Europe and US. This points to a possible under-diagnosis or under-recognition of this potentially fatal complication. The incidence of such post-colonoscopic complications may increase with the forthcoming introduction of the National Bowel Cancer Screening Programme.

Splenic injury in colonoscopy: a review

INTRODUCTION

Splenic rupture secondary to colonoscopy was first reported in 1974 by Wherry and Zehner. It has an incidence of around 0.00005-0.017%, and a mortality rate of 5%.

METHOD

We performed a literature search to identify the demographic profile, risk factors, clinical presentations, diagnosis and management of this rare complication.

RESULTS

There were 66 patients (51 females and 14 males), with a median age of 65. The mortality rate was 4.5%. Majority (n=41, 62.1%) occurred in uneventful colonoscopies. Symptoms usually (74%) occurred within 24h, and 55.8% presented within 24h. Majority (93.9%) had some form of work-up done, with blood tests (78.8%) and CT (68.2%) being the most frequent. Laparotomy and splenectomy were done in over half (56.1%) of the patients. Splenic hematoma (47%), laceration (47%) and rupture (33.3%) were the most common findings.

CONCLUSION

Splenic injury is an important complication to be aware of as its number will continue to rise with the increasing numbers of colonoscopies being performed for colorectal diseases, and delayed diagnosis may result in adverse outcome for the patient.

Splenic rupture following colonoscopy

Colonoscopy is a safe and routinely performed diagnostic and therapeutic procedure for different colorectal diseases. Although the most common complications are bleeding and perforation, extracolonic or visceral injuries have also been described. Splenic rupture is a rare complication following colonoscopy, with few cases reported. We report a 60-year-old female who presented to surgical consultation 8 h after a diagnostic colonoscopy. Clinical, laboratory and imaging findings were suggestive for a massive hemoperitoneum. At surgery, an almost complete splenic disruption was evident, and an urgent splenectomy was performed. After an uneventful postoperative period, she was discharged home. Splenic injury following colonoscopy is considered infrequent. Direct trauma and excessive traction of the splenocolic ligament can explain the occurrence of this complication. Many times the diagnosis is delayed because the symptoms are due to colonic insufflation, so the most frequent treatment is an urgent splenectomy. A high index of suspicion needs an early diagnosis and adequate therapy.

Colonoscopy-induced splenic injury: report of 3 cases and literature review

BACKGROUND

Since its first report in 1974, 66 cases of splenic injury after colonoscopy have been reported in the world literature. Splenic injury is among the rarest complications of colonoscopy. However, it can be associated with severe morbidity and has rarely been fatal.

OBJECTIVES

Three cases of splenic injury following colonoscopy are described, and the world literature is reviewed.

METHODS

Case reports and literature review.

RESULTS

Seventy-six percent of the patients were females. When reported, colonoscope insertion was technically difficult in 36% of cases. The onset of symptoms is usually within 48 h of colonoscopy. Abdominal pain was the most common presenting symptom (93% of cases). CT scan and ultrasound each had 100% diagnostic sensitivity when performed. Twenty of 65 cases (31%) with available data were successfully managed supportively with bed rest, transfusion and pain control. Hemodynamic instability was associated with surgical treatment, but no clinical features were perfect predictors of successful conservative therapy or the need for surgery.

CONCLUSIONS

Splenic injury during and after colonoscopy is more common in women. Technically difficult colonoscopy is a possible risk factor. Onset of symptoms is often delayed by hours. CT scan is probably the best diagnostic test for splenic injury after colonoscopy, though the literature indicated ultrasound is also sensitive. Patients with hemodynamic instability are most often operated. Patients with confined intrasplenic hematoma and hemodynamic stability can be given a trial of conservative management.

Splenic rupture after colonoscopy: Report of a case and review of literature

Splenic rupture is a rare complication of colonoscopy. For this reason the diagnosis could be delayed and the outcome dismal. Fifty-four cases of splenic rupture after colonoscopy have been described in the literature. The majority of the cases required emergent or delayed splenectomy, 13 of these cases were treated conservatively. The main feature that stands out from the review of the literature is the "surprise" of this unexpected complication. This factor explains the elevated mortality (2 out of 54 cases), likely due to the delay in diagnosis. The case here described is probably among the most complex published in the literature; in fact the presence of dense intra-abdominal adhesions not only contributed to the complication itself, but also explain the confinement of the hemoperitoneum to the left supra-mesocolic space and the delayed presentation (13 days from the time of the trauma).