Treatment of multiple huge liver cysts in a hybrid operating room: a case report

Background Liver cysts are common, with most cases being asymptomatic. In symptomatic cases, the disease is amenable to treatment. However, huge or multiple liver cysts with vascular narrowing and associated systemic symptoms are extremely rare. Furthermore, the performance of a reliable and effective surgery in such cases remains a major problem. Here, we report a case of multiple giant liver cysts with impaired blood flow surgically treated in a hybrid operating room. Case presentation A 73-year-old male presented to a previous doctor with leg edema and dyspnea on exertion; computed tomography revealed that the cause complaint was right lung and heart compression and inferior vena cava (IVC) stenosis due to huge liver cysts in the caudal lobe. The patient was referred to our hospital because of disease recurrence despite percutaneous aspiration of the cyst. Multiple liver cysts were observed in addition to the drained cysts, two of which were located on both sides of the IVC and caused IVC stenosis. We performed open surgery for the liver cysts and used the hybrid operating room for intraoperative IVC angiography and measuring the hepatic vein and portal vein (PV) pressure. We performed unroofing of the hepatic cyst and cauterization of the cyst wall on the hepatic side. Angiography was performed before and after unroofing of the liver cysts, and IVC stenosis release was confirmed. IVC pressure measured at the peripheral side of the stenosis and PV pressures were continuously measured during surgery and were confirmed to have decreased during the opening of the liver cysts. The patient had a good postoperative course and was discharged on the 10th postoperative day. No recurrence was observed 6 months postoperatively. Conclusions Cyst unroofing surgery using angiography in a hybrid operating room is a useful treatment for deep hepatic lesions in that vascular stenosis improvement can be intraoperatively confirmed. Moreover, in cases wherein the cyst compresses the vasculature, intraoperative monitoring of IVC and PV pressures can be used to prove that the liver cyst is hemodynamically involved.

Apixaban Causing Hepatic Cystic Bleeding: A Rare but a Life-Threatening Complication

Cystic lesions of the liver are a heterogeneous group of disorders with varied etiology, prevalence, and clinical manifestations. Fibropolycystic liver disease encompasses a spectrum of related liver and biliary tract lesions caused by abnormal embryologic development of the ductal plates. These disorders include congenital hepatic fibrosis, biliary hamartomas, polycystic liver disease (PCLD), choledochal cysts, and Carolis disease. PCLD is arbitrarily defined as a liver that contains >20 cysts. Most liver cysts are incidentally found on imaging studies, and the majority of the patients with liver cysts are asymptomatic. Rarely, complications such as compression, infection, and bleeding within the cyst can occur. Under the effect of the increased pressure, the epithelial lining of the cyst undergoes necrosis and sloughing, causing injury of the fragile blood vessels, leading to intracystic bleeding. The bleeding within or from the cyst can be precipitated by anticoagulation. We present a patient with PCLD who developed intracystic bleeding after he was started on apixaban for the prevention of thromboembolism.

Polycystic Liver Disease: A Case Report

Polycystic liver disease is characterized by multiple cystic lesions on the liver. Liver cysts are typically incidental findings, with occasional complications including cyst hemorrhage, infection and rupture. Polycystic liver disease may be part of autosomal dominant polycystic liver disease (ADPLD). Autosomal dominant polycystic liver disease is considered rare autosomal dominant disease, with prevalence of 1/100,000-1,000,000. Without family history of polycystic liver disease, ADPLD is defined as the presence of more than 20 liver cysts with no renal cysts, however up to third of ADPLD may have small number of renal cysts without kidney function impairment. This case of a 73-year-old woman with symptomatic polycystic liver disease, and we performed cyst fenestration-deroofing via laparoscopic.

Malignant Transformation of Liver Cysts Into Cholangiocarcinoma During Follow-up: Potential Dangers of Liver Cysts

Background: The liver cyst is a common disease in hepatobiliary surgery. Most patients have no apparent symptoms and are usually diagnosed accidentally during imaging examinations. The vast majority of patients with liver cysts follow a benign course, with very few serious complications and rare reports of malignant changes. Case Presentation: We present two cases of liver cysts that evolved into intrahepatic tumors during the follow-up process. The first patient had undergone a fenestration and drainage operation for the liver cyst, and the cancer was found at the cyst’s position in the third year after the procedure. Microscopically, bile duct cells formed the cyst wall. Tumor cells can be seen on the cyst wall and its surroundings to form adenoid structures of different sizes, shapes, and irregular arrangements, some of which are arranged in clusters. The second patient was regularly rechecked after discovering liver cysts, and a new mass appeared very close to the cyst. The clinical manifestations and laboratory examinations of the two patients lacked specificity, the preoperative diagnosis was unclear, and the postoperative pathology confirmed cholangiocarcinoma.Conclusions: Our cases indicate that liver cysts may lead to the occurrence of malignant intrahepatic cholangiocarcinoma. Therefore, follow-up of particular liver cysts is necessary, and the differential diagnosis of the intrahepatic cystic tumors needs to include cholangiocarcinoma.

Giant simple hepatic cyst mimicking as hydatid cyst: diagnostic dilemma

Giant liver cysts are uncommon. Hepatic cysts are usually asymptomatic and are found incidentally but they can become symptomatic and cause bleeding, infection, mass effect to adjacent structures or rupture. We described two cases of symptomatic liver cysts described suspected clinically and radiologically reported as hydatid cyst but were revealed to be simple liver cysts following surgery. Two elderly men presented with an enlarging abdominal mass and abdominal pain for 1 week. Both patients on radiology had large cysts in the liver causing significant mass effect on adjacent structures and characteristics were suggestive of hydatid cyst. Diagnostic laparoscopy with drainage was done for both patients and revealed as simple hepatic cyst. Hence simple liver cyst can mimic as hydatid cyst attaining giant dimensions and should be considered as an important differential diagnosis.

Current status and progress in the treatment of congenital liver cyst

Liver cyst is a relatively common benign liver disease. According to the cause of the disease, it can be divided into two types: non-parasitic liver cyst and parasitic liver cyst. Congenital liver cyst is the most common non-parasitic liver cyst in clinical practice, also known as true cyst, which mainly include simple liver cyst and polycystic liver diseases (PLD). In recent years, with the popularization of ultrasound and other examinations, the detection rate of liver cyst has increased year by year, but there is no unified consensus on the treatment of liver cysts. This article reviews the conservative treatment, puncture drainage, aspiration sclerotherapy, surgical treatment and other treatment options for congenital liver cysts, as well as the technological progress in recent years.

Treatment of a giant hepatic echinococcal cyst with percutaneous drainage and in vivo assessment of the protoscolicidal effect of praziquantel

Therapy choices for cystic echinococcisis (CE) are stage-specific: surgical, minimally invasive, medical or observation without intervention. PAIR (percutaneous aspiration, instillation of a scolicide, and re-aspiration) has been considered the treatment of choice for uncomplicated echinococcal liver cysts. However, PAIR carries the risk of toxic cholangitis or hypernatremia and that the cyst frequently refills with bile after withdrawing the catheter. We treated a patient with a giant CE 1 liver cyst with puncture drainage (PD) under albendazole coverage. Drainage enabled us to monitor the morphology of protoscolices under praziquantel (PZQ) co-medication. Protoscolices degenerated within 5 days of PZQ 50 mg/kg/d. The cyst cavity solidified with no evidence of reactivation or secondary spread. Percutaneous treatments can replace surgery in a significant number or cases with hepatic CE. PD allows to assess microscopically the viability of protoscolices under co-medication with PZQ–albendazole and to avoid the instillation of topical scolicides.