Case Report

A rare association of Primary Biliary Cholangitis and pericarditis - A case series and review

Abstract


Primary Biliary Cholangitis (PBC) is a debilitating autoimmune disorder involving intrahepatic biliary ducts. It is characterized by chronic inflammation followed by fibrous obliteration of biliary ducts. This condition is rarely associated with pericardial effusion. The association of pericarditis and PBC is rare and identifies the existence of extensive systemic inflammation. In the literature, only 5 cases of this asso- ciation are reported. As a specific systemic syndrome, this association should be evaluated and its prognostic consequences should be analyzed in depth. We report a case of life-threatening pericardial effusion progressing to tamponade with pericarditis in a 38-year-old female patient with PBC.

© 2021 Cardiological Society of India. Published by Elsevier B.V. This is an open access article under the CC BY-NC-ND license (http://creativecommons.org/licenses/by-nc-nd/4.0/).

Introduction


Primary Biliary Cholangitis (PBC), earlier known as Primary Biliary Cirrhosis, is a debilitating autoimmune disorder involving intrahepatic biliary ducts. It is characterized by chronic inflammation followed by fibrous obliteration of biliary ducts. The PBC is sometimes associated with other autoimmune disorders (32%) like Sjogren's syndrome (10%), CREST syndrome (5%), systemic lupus erythematosus (3%), Raynaud syndrome (3%), and mixed connective tissue disease.1,2 PBC complications include cirrhosis of the liver, portal hypertension, and extrahepatic complications like sicca syndrome.2 Pericarditis in the backdrop of PBC is an extremely rare complication and is sparsely reported as compared to pleural effusion and ascites caused by portal hypertension. This case report presents a patient with a rare combination of PBC with APLA syndrome, complicating into pericarditis followed by large pericardial effusion (PE) leading to tamponade. We have summarized all the cases of PBC with PE reported to date. All the cases which met the criteria mentioned below reported to date were included in the study.

  • The PE being diagnosed either on trans-thoracic-echocardiography or computed tomography (CT) imaging in PBS patient,
  • Patients of all age groups, genders, and races were included.

The findings were interpreted using descriptive statistics, including mean, median, ranges, standard deviation, and percentages. A total of 5 cases corresponding to the criteria for the diagnosis of PE in proven PBC patients.

Case Report


A 38-year-old female, a known case of PBC (Ludwig's stage IIIIV; diagnosed 1 year ago) with anti-phospholipid antibody syndrome (APLA), Sjogren's syndrome, and a history of deep vein thrombosis on a vitamin-K antagonist, was referred to us by a primary care physician for progressively increasing dyspnoea with hypotension. She gave a history of right-upper-quadrant abdominal pain, anorexia, fever, atypical non-radiating chest-pain, and associated orthopnoea for 2 weeks. She had generalized malaise and was restricted to her bed. She had a recent history of gum bleeding


 Case Report

Figure-1. A, B: The trans-thoracic echocardiography of heart in para-sternal long axis showing large pericardial effusion with the epicardial-pericardial distance of 2.68cm at Cardiac Apex and 2.37cm at Posterior wall (A). The image shows a para-sternal short-axis view of the heart at the level of the mitral valve with large pericardial effusion and partial collapse of the right ventricle (B).


 Case Report

Figure-2. A, B: The non-contrast plain computed tomography (CT) of chest and abdomen showing heart with large pericardial effusion (yellow arrow) and calcified portal and splenic veins (white arrow) (A). The abdominal CT shows ‘shrunken and nodular’ liver, splenomegaly, and portal hypertension with congested inferior vena-cava (B). (For interpretation of the references to colour in this figure legend, the reader is referred to the Web version of this article.)

Table-1

showing case-reports of pericarditis and pericardial effusion with primary biliary cholangitis published in the literature. AMA ¼ anti-mitochondrial antibody; ANA ¼ antinuclear antibody; ACA ¼ anti-cardiolipin antibody; Anti-SSA ¼ Anti-SS antibody.

1 1998
France
B Agraou No details No details Primary Biliary Cirrhosis Anti-Phospholipid syndrome No details Moderate No details Colchicine and Ursodesoxycholic acid Improvement
2 2000
Korea
Jun-Ki Min 46-year, Female Abdominal pain; dyspnea; sicca symptoms; cognitive dysfunction Primary Biliary Cirrhosis Sjogren's syndrome; Systemic mononuclear inflammatory vasculopathy None Moderate AMA ARA Prednisolone Improvement
3 2004
Greece
E. Cholongitas 68-year, Female Cough; back pain; Primary Biliary Cirrhosis Anti-Phospholipid syndrome None Large AMA ANA ACA Pericardiocentesis Improvement
4 2011
USA
Z. Taimeh 49-year, Female Fatigue; Dyspnoea Primary Biliary Cirrhosis None None Large AMA Pericardiectomy with Pericardial window Improvement
5 2018
USA
Asha Jamal 63-year, Female Abdominal pain; cough; fever; anorexia; chest pain; dyspnoea Primary Biliary Cirrhosis Sjogren's syndrome None Moderate AMA Prednisolone Improvement
6 2020
India
Present Case 38-year, female Dyspnoea at rest; Hypotension; abdominal pain, anorexia, fever, chest pain Primary Biliary Cirrhosis Anti-Phospholipid syndrome Deep Vein Thrombosis on VKA Large AMA ACA Anti-SSA Pericardiocentesis Mortality

Abbreviations: AMA ¼ anti-mitochondrial antibody; ANA ¼ anti-nuclear antibody; ACA ¼ anti-cardiolipin antibody; Anti-SSA ¼ Anti-SS antibody; VKA ¼ vitamin-K antagonist.

while brushing her teeth, she also complained of dysphagia secondary to dry mouth requiring frequent water intake

She was moderately built, dyspnoeic, and alert. Her general physical examination revealed a low volume pulse rate of 120/min, 80/56 mmHg of blood pressure, 45 breaths/min of respiratory rate, oxygen saturation of 78%, distended jugulars (6 cm), and dry oral cavity with multiple aphthous ulcers. Her left upper limb was lean and colder than right with wrinkled and darkened skin possibly due to a history of left subclavian thrombosis.She also had bilateral pedal edema. Auscultation revealed bilateral crepitations in basal lung areas. Also, there were muffled heart sounds noted.

Her electrocardiogram showed a generalized low amplitude QRS pattern in all leads. Echocardiography revealed large PE with good left venttricular (LV) and right ventricular (RV) function with partial collapse of right atrium (RA) and RV (Fig.-1A and B). The pericardial thickening was also visible on transthoracicechocardiography. Her high-resolution CT-scan of the chest showed large PE and pleural effusion (Fig.-2A and B).

Previously she tested positive for anti-mitochondrial antibodies (AMA), anti-SSA/Anti-Ro, and anti-cardiolipin antibodies. She was borderline positive for anti-nuclear antibodies (ANA) and negative for anti-dsDNA antibodies, anti-SSB/Anti-La antibodies, and antiSmith antibodies. She has low hemoglobin of 7.3 gm/dL, total leucocytes of 16.7 thousand/mm3 , platelets of 110 thousand/mm3, serum albumin of 2.0 g/dL, total bilirubin of 10.2 mg/dL, international normalized ratio (INR) of 5.1, alkaline-phosphatase of 680 U/ L, and serum creatinine of 1.5 mg/dL and C-reactive protein of 33.7 mg/dL. All routine viral markers (HIV/HBV/HCV) were negative, and her ultra-sonography of the abdomen showed cirrhosis of the liver with small nodules in the parenchyma.

Because of the high INR, coagulopathy was treated with multiple fresh frozen plasmas (FFP). The patient was also started on multiple inotropes along with BiPAP support for hypotension and low urine output. Five hours after admission her saturation with blood pressure dropped further, she was intubated and under the cover of FFP bedside pericardiocentesis was performed. Almost 1360ml of blood-stained pericardial fluid was tapped and the pigtail was kept in-situ for further tapping if required. Meanwhile, crystalloids were transfused along with 1 unit of packed red blood cells (PRBC). The patient continued to deteriorate and had bradycardia followed by cardiac arrest, she failed to respond to the resuscitation attempt.

Discussion


Pericarditis with large PE and its association with PBC is extremely rare. It is a diagnosis of exclusion. In our case, pericardial fluid tested negative for tuberculosis (Adenosine deaminase) or malignacy and fluid cytology showed plenty of RBCs, with very few lymphocytes. After tapping of fluid, there was no recollection of PE, also there were signs of pericardial thickening on echocardiography and CT-scan imaging. These findings point towards the possibility of pericarditis as extra-hepatic manifestations of PBC. Previously reported cases of PBC had possible auto-immune pericarditis as they were associated with auto-immune diseases.3e7 As mentioned in table -1, the previous studies on the pathophysiology of PBC involve chronic inflammation of the liver with extra-hepatic chronic inflammation of fibrosing alveolitis and nephritis.8,9 Therefore, it can be assumed that the pericarditis associated with PBC is inflammatory.6

Although typically hemorrhagic pericardial effusion is seen in multiple systemic disorders such as tuberculosis, neoplasm involving pericardium, collagen vascular disorders e autoimmune etiology. The cause of pericardial disease in autoimmune disorders is associated with the deposition of immune complexes and inflammatory cells. It is fibrinous pericarditis, often recognized as "bread and butter" pericarditis due to its presence in which the pericardium appears opaque and granular, and macroscopically mimics two pieces of buttered bread compressed together but then set apart.10

When various online databases were searched, a total of 5 patients with PBC and PE were found. There was no detail about 1 patient's age and gender, whereas the remaining 5 patient's mean age was 52.8 ± 11.0 years. Medical management was preferred in 3 cases and all the 3 (100%) improved whereas the remaining 3 cases including our case pericardiocentesis with or without pericardial window formation were performed, out of which 2 (66.67%) improved and 1 patient (33.33%) had mortality. None of the cases provided the PBC staging information. There were 3 patients including our patient where PBC was associated with APLA syndrome and 2 of them had ACA positive.

Our patient was the youngest among the series and in advanced PBC. She was a transplant candidate and was being listed. Our case (a) was the youngest, (b) with advanced PBC, (c) had coagulopathy with high INR, and (d) was in early tamponade at presentation. As a result, our patient's overall outcome was detrimental.

Conclusion


The association of pericarditis and PBC needs careful consideration as our case series emphasizes the importance of early diagnosis and treatment of PBC patients with cardiac complications to reduce patient morbidity and mortality

Keywords


  • Primary biliary cirrhosis
  • Pericardial effusion
  • Autoimmune serositis
  • Sjoren's syndrome
  • APLA syndrome

Authors


Kartik Pandurang Jadhav a , Pankaj V. Jariwala a, * , Hari Kishan Boorugu b , Srujan Kumar Dasyam c , Avinash Bairi d

  • a) Dept of Cardiology, Yashoda Hospital, Somajiguda, Hyderabad, 500082, India
  • b) Dept of Internal Medicine, Yashoda Hospital, Somajiguda, Hyderabad, 500082, India
  • c) Dept of Medical Gastroenterology, Yashoda Hospital, Somajiguda, Hyderabad, 500082, India
  • d) Dept of Radiology, Yashoda Hospital, Somajiguda, Hyderabad, 500082, India

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