Solitary 15 cm Splenic Abscess Successfully Treated with Percutaneous Drainage

Splenic abscess and infective endocarditis

OBJECTIVE

To determine the background, bacteriological, clinical and radiological findings, associated lesions, treatment and outcome of splenic abscesses (SAs) in infective endocarditis (IE).

METHODS

Retrospective study (2005-2021) of 474 patients with definite IE. The diagnosis of SA was made in 36 (7.6%) patients (31, 86.1%, males, mean age = 51.3) on abdominal CT.

RESULTS

The main implicated organisms were Streptococcus spp (36.1%), Enterococcus faecalis (27.7%), Staphyloccus spp (19.4%). Rare agents were present in 10 patients (27.8%). Pre-existing conditions included a prosthetic valve (19.4%), previous IE (13.9%), intravenous drug use (8.4%), diabetes (25%) alcohol abuse (13.9%), liver disease (5.5%). Vegetations ≥ 15 mm were present in 36.1%. Common presentations were abdominal pain (19.4%) and left-sided pleural effusion (16.5%). SA were more often small (50%; 7 multiple) than large (36.1%; 1 multiple) or microabscesses (13.9%, 3 multiple). Associated complications were extrasplenic abscesses (brain, 11.1%; lung, 5.5%; liver, 2.8%), infectious aneurysms (16.7%: 3 intracranial, 1 splenic, 1 hepatic, 1 popliteal), emboli (brain, 52.8%; spleen, 44.4%, 5 evolving to SA; kidney, 22.2%; aorta, 2.8%), osteoarticular infections (25%). Twenty-eight (77.8%) patients only received antimicrobials, 7 (19.4%) underwent splenectomy, after cardiac surgery in 5. One had percutaneous drainage. The outcome was uneventful (follow-up 3 months-14 years; mean: 17.2 months).

CONCLUSION

In SA-IE patients, the prevalence of vegetation size, Enterococcus faecalis, rare germs, diabetes, osteo-arthritic involvement and cancer was higher than in non-SA patients. Some SAs developed from splenic infarcts. IE-patients with evidence of splenic emboli should be evaluated for a possible abcedation. Cardiac surgery before splenectomy was safe.

Management of embolic splenic abscess secondary to aortic valve endocarditis - case report and review of literature

BACKGROUND

Splenic abscess is a serious complication associated with infective endocarditis. There is still contradicting evidence regarding the optimal treatment pathway including timing of valve intervention and the approach for managing splenic foci.

CASE PRESENTATION

We present a case of a hybrid staged approach in which we successfully performed a laparoscopic splenectomy following percutaneous abscess drainage and a delayed aortic valve replacement.

CONCLUSIONS

A multidisciplinary teamwork is fundamental in providing optimal care for patients with distant complications associated with infective endocarditis. Our hybrid approach seems safe and feasible.

The Successful Resolution of a Large Splenic Abscess With Six Years of Follow-Up and Without Recurrence

Splenic abscess is an uncommon medical condition that presents many diagnostic difficulties. Although rare, this clinical disease can be potentially life-threatening, with a fatality rate exceeding 70% in immunocompromised patients. Clinical manifestations of splenic abscess include fever, tenderness in the upper left region of the abdomen, and leukocytosis with left shift. Performing abdominal ultrasonography (USG) and CT in patients presenting with clinical manifestations enables a prompt and accurate diagnosis. The treatment for splenic abscess includes medical therapy, imaging-guided drainage, and splenectomy. We discuss the case of a 60-year-old female patient who presented to our emergency department with a large splenic abscess; she was managed with an ultrasound-guided drainage catheter, which led to the successful resolution of the condition. She did not experience any recurrence during six years of follow-up. This case report aims to highlight the role of interventional radiology in managing splenic abscesses.

[Diagnostics and treatment of splenic abscesses]

A splenic abscess is a rare disease found in less than 1% of all autopsy studies. Several different diseases are associated as a predisposing factor, such as septic bacteremia due to endocarditis or diverticulitis, previous splenic trauma, immunosuppressive medication or diseases. The reported mortality in the literature is up to 24.5% in correctly diagnosed and treated cases. The diagnostic work-up primarily comprises sonography and computed tomography as well as a percutaneous puncture for determination of the pathogen. In most cases, a percutaneous interventional drainage treatment is sufficient and a splenectomy is necessary only in refractory cases.