Department of Chemical Biology, Ernest Mario School of Pharmacy, Rutgers, The State University of New Jersey, Piscataway, New Jersey, USA.
*Corresponding Author : Chung Yang Tu
Department of Chemical Biology, Ernest Mario School of Pharmacy, Rutgers, The State University of New Jersey, Piscataway, New
Jersey, USA.
Email: [email protected]
Received : Feb 03, 2024
Accepted : Mar 12, 2024
Published : Mar 19, 2024
Archived : www.jcimcr.org
Copyright : © Yang Tu C (2024).
Gallbladder hemorrhage, rare due to trauma, iatrogenic factors, or conditions like liver/kidney dysfunction or cancer, presents with symptoms such as right upper abdominal pain and fever. In severe cases, gallbladder blood may enter the gastrointestinal tract, causing melena or hematemesis, necessitating surgical intervention. Delay can lead to life-threatening hemorrhagic shock. Diagnosing in the emergency room is challenging, with delayed recognition risking severe outcomes. Ultrasound is vital for diagnosis. A 64-year-old female presented with three days of epigastric pain and nausea, denying trauma, fever, respiratory or chest symptoms. Unstable vital signs were noted. Blood tests showed no abnormalities; ultrasound revealed a distended gallbladder without stones. Post-cholecystectomy confirmed acute hemorrhagic cholecystitis, highlighting ultrasound’s pivotal role. Gallbladder hematoma, rare with vague symptoms, poses diagnostic challenges linked to trauma, tumors, anticoagulant use, or liver/renal disease. Initial symptoms include right upper quadrant pain, tenderness, nausea, and vomiting, resembling cholecystitis. Persistent bleeding may result in dark or bloody stools. Laboratory tests may reveal abnormalities, but sensitivity is limited. Diagnosis is complex, delayed recognition in the emergency department can lead to severe shock and increased mortality. The literature review emphasizes the association with liver/kidney dysfunction and anticoagulant use, presenting symptoms akin to gallbladder inflammation and occasional gastrointestinal bleeding. Ultrasound is pivotal for diagnosis, showcasing features like uneven echoes and localized wall thickening. Treatment approaches vary, with some cases opting for deferred surgical intervention after conservative treatment. Non-traumatic gallbladder hematoma is linked to risk factors like liver/kidney diseases and chronic anticoagulant use. Gallbladder inflammation and gastrointestinal bleeding symptoms coexist, underscoring ultrasound’s crucial role. This study establishes early detection and diagnosis protocols for emergency room settings.
Keywords: Gallbladder hemorrhage; Shock, Ultrasound, Emergency
Gallbladder hemorrhage is an uncommon condition that can be caused by trauma, iatrogenic factors, or underlying conditions like liver or kidney dysfunction, and cancer [1]. Symptoms may include right upper abdominal pain and fever. In severe cases, blood from the gallbladder can enter the gastrointestinal tract, resulting in symptoms such as melena (dark stools) or hematemesis (vomiting blood). Blood clots may also cause blockage and inflammation [2-4], requiring surgical intervention for effective management. Failure to promptly address this condition can lead to life-threatening hemorrhagic shock.
The 64-year-old woman had a history of depression and reflux esophagitis. Her medications included Llonazepam, gomelatine, Melitracen/Flupentixol, Lorazepam, Duloxetine, Propranolol, Estazolam, Lansoprazole, and Atorvastatin. She didn’t use anticoagulants. She experienced epigastric pain and nausea for three days without fever, chills, vomiting, or diarrhea. At resuscitation room vital signs showed a body temperature of 36°C, heart rate of 140 bpm, respiratory rate of 24/min, and blood pressure of 70/30 mmHg. A physical examination found mild tenderness in the right upper quadrant with a positive Murphy sign. There were no rebound pain or peritoneal signs. Lab results included Hemoglobin (Hb) at 8.4 g/dL, C-reactive protein (CRP) at 0.9 mg/L, white blood cell count (WBC) at 7900 μL, segmented neutrophils at 76.1%, total bilirubin at 0.4 mg/dL, lipase at 21 U/L, alanine transaminase (ALT) at 19 U/L, activated partial thromboplastin time (APTT) at 27.3 sec, and prothrombin time (PT) at 12 sec. Bedside sonography showed a distended and hyperechoic gallbladder without stones (Figure 1). Suspecting hemorrhagic cholecystitis with shock, a massive blood transfusion and immediate surgery were initiated. Preliminary suspicion of hemorrhagic cholecystitis, immediate administration of a large blood transfusion, and consultation with a general surgeon. During laparoscopic cholecystectomy, a distended gallbladder with a significant blood clot but no wall thickening or pigmented stones was observed. The cystic duct and artery were healthy (Figure 2). After surgery and hospitalization, her symptoms improved. She had a favorable prognosis and was discharged. Follow-up bile culture showed no growth, and the gallbladder pathology indicated vascular congestion with blood colt. However, the gallbladder cytologic sample lacked sufficient cells for proper evaluation.
Reference | Age/Gender | Past history | Chief complaint | Anti -coagulite Drugs | Treatment | |
---|---|---|---|---|---|---|
1. |
Berland et al. [5], 1980 |
56/ male | Alcohol liver disease | Upper abdominal pain | N |
1. Laparotomy 2. Open Cholecystectomy |
2. |
Brady et al[6], 1985 |
79/ male |
Breast carcinoma s/p radical mastectomy |
Fever, Epigastric, RUQ pain |
N | 1. Open cholecystectomy |
3. |
Stempel et al[7], 1993 |
78/ male | HTN, Renal insufficiency | RUQ pain |
Heparin during Abdominal aorta aneurysm repair |
1. Cholecystostomy drainage |
4. |
Nishiwaki et al[8], 1999 |
58/ male | Alcohol abuse | RUQ pain, chest pain | N |
1. Laparotomy 2. Open cholecystectomy |
5. |
Gremmels et al[9], 2004 |
66/ male | COPD | RUQ pain | N |
1. Laparotomy 2. Open cholecystectomy |
6. |
Kim et al[10], 2007 |
55/ male |
Liver cirrhosis, Gallbladder stone |
Upper abdominal pain | N |
1. Cholecystostomy drainage |
7. |
Pandya et al [11], 2008 |
85/ female |
DIverticulitis, Left
common vein thrombosis |
Diffuse abdominal pain |
Aspirin Warfarin |
1. Conservative with IV antibiotics |
8. |
Morris et al [12], 2008 |
91/ female | CHF |
Nausea, vomiting, Right abdominal pain |
N | 1. Open cholecystectomy |
9. |
Lai et al[13], 2009 |
81/ male |
ESRD regular
hemodialysis, COPD |
RUQ pain | Heparin for dialysis |
1. Conservative with IV antibiotics, elective laparo- scopic cholecystectomy |
10. |
Chen et al[14] 2010 |
75/ female | HTN, CHF |
Chest tightness, cold sweating |
Hepirin |
1. Laparoscopic cholecystectomy |
11. |
Parekh et al [15], 2010 |
60/ male |
Renal cell carcinoma, Prostate carcinoma, HTN, hypothyroidism |
Abdominal pain, nausea, fever |
N |
ERCP + Laparoscopic cholecystectomy |
50/ male | HCV |
1. Right abdominal pain after meal. 2. Blunt trauma several days ago |
N |
ERCP + Laparoscopic cholecystectomy |
||
12. |
Jung et al[16], 2011 |
55/ male | Not mentioned | RUQ pain | N |
Laparoscopic cholecystectomy |
13. |
García et al [17], 2011 |
24/ female | SLE | RUQ pain | N |
1. Laparoscopic open cholecystectomy 2. Iintra-operative cholangiography |
14. |
Kwon et al [18], 2012 |
75/ male | Af, HTN | RUQ pain | Warfarin |
Laparoscopic cholecystectomy |
15. | Choi [19], 2012 |
36/ male |
Myocardial infarction s/p CABG |
RUQ pain | Aspirin Clopidogrel |
Laparoscopic cholecystectomy |
16. |
Taniguchi et al[20], 2013 |
48/ male |
Alcohol liver cirrhosis, ESRD |
RUQ pain | Hepirin |
Laparotomy Open cholecystectomy |
17. |
Seok et al[21], 2013 |
84/ male | HTN | Epigastric pain | N |
Laparoscopic cholecystectomy |
18. |
Onozawa et al[22], 2014 |
58/ female | Not mentioned |
Abdominal and back pain |
N |
Laparoscopic cholecystectomy |
19. |
Aljiffry et al [23], 2014 |
57/ male |
Primary sclerosing cholangitis, liver cirrhosis |
RUQ and epigastric pain | N |
1.Cystic artery embolization 2.Open cholecystectomy |
20. | Cho et al[24] 2015 |
61/ male | HTN, DM, Angina, Af | Dyspnea, dizziness | Warfarin |
Cholecystostomy drainage |
21. |
Calvo Espino et al[25], 2016 |
59/ male | Liver cirrhosis | Abdominal pain | N |
1.Laparotomy 2. Open cholecystectomy |
22. |
Tsai et al[26], 2016 |
80/ male |
DM, Liver cirrhosis, CKD, GB stone |
Tarry stool passage |
N |
1.Cholecystostomy 2. Elective laparoscopic cho- lecystectomy |
23. |
Yoshida et al [27], 2017 |
73/ male |
Ischemia heart disease
s/p CABG |
Epigastric pain | Aspirin Warfarin |
Laparoscopic cholecystectomy |
24. |
Oshiro et al [28], 2017 |
61/ female |
SLE, Antiphospholipid syndrome |
Abdominal pain and melena |
Warfarin |
1. Conservative with IV antibiotics 2. Elective laparoscopic cholecystectomy |
25. |
Shishida M et al[29], 2017 |
79/ male | DM, ESRD | RUQ pain | Hepirin | 1.ERCP 2.ENBD |
26. |
Kinnear et al [30], 2017 |
74/ male |
Small bowel obstruction, Hernia Hyperparathyrodism HTN |
RUQ pain | Apixaban |
1. Laparotomy 2. Open cholecystectomy |
28. |
Choi et al [31], 2017 |
65/ male | Non |
Blunt trauma of RUQ abdomen |
N |
1.Laparotomy 2. Open cholecystectomy |
29. |
Berndtson et al[32], 2017 |
75/ female | Myeloma |
Epigastric pain, nausea, vomiting |
N | Open cholecystectomy |
30. |
Liefman et al [33], 2018 |
73/ female |
DM, HTN, Myocardial infarction |
RUQ pain Melena |
Aspirin Clopidogrel |
1. Conservative with IV antibiotics 2. Elective laparoscopic cholecystectomy |
31. |
Ng et al [34], 2018 |
68/ female | DM, Depression |
Abdominal pain, nausea, vomiting |
N | Open cholecystectomy |
32. |
San Juan López C et al [35],2019 |
55/ male | Liver cirrhosis | RUQ pain | N |
Laparoscopic cholecystectomy |
33. |
Honda et al [36], 2019 |
71/ male | Polyangiitis | RUQ pain | N |
Laparoscopic cholecystectomy |
34. |
Itagaki et al [37], 2019 |
86/ female |
HTN, Embolic cerebral infarction |
Melena | Edoxaban |
1. Conservative with IV antibiotics 2. Elective laparoscopic cholecystectomy |
35. |
Reens et al [38], 2019 |
76/ male |
HTN, Hyperlipidemia, DM, Af, CAD |
RUQ pain | Warfarin | Cholecystostomy |
36. |
Tarazi et al [39], 2019 |
87 / male |
COPD, Ischemia heart dis- ease, Pulmonary embolism |
Sharp right iliac fossa pain | Warfarin | 1. Cholecystostomy |
65/ female |
Hypothyroidism, Af, Poly- cystic kidney disease, Ovarian cystectomy |
Nausea, upper abdominal pain |
Warfarin |
1. Conservative with IV antibiotics |
||
92/ female |
Renal carcinoma, Diverticular disease, |
Intermittent sharp pain
of RUQ, epigastric |
N | 1. Cholecystostomy | ||
37. |
Kishimoto et al[40], 2020 |
96/female | Cholecycarcinoma | Epigastric pain | N |
Laparoscopic cholecystectomy |
38. |
Gomes et al [41], 2020 |
87/ male |
Dementia, Cholelithiasis, CVA |
RUQ pain and fever | Aspirin | Open cholecystectomy |
39. |
Yam et al[42], 2020 |
51/ female |
ESRD, Parathyroidectomy, Hemithyroidectomy |
Abdominal pain | N |
1. Cystic artery
embolization, 2. Cholecystostomy 3. Open cholecystectomy |
40. |
Azam et al [43], 2021 |
55/ male |
HTN, DM, Renal transplant, Deep veins thrombosis |
RUQ pain | Apixaban | Cholecystectomy |
41. | Leaning [44], 2021 |
73/ male |
Pulmonary embolism, COPD, CVA, HTN, CKD |
RUQ pain, nausea, vomiting |
Apixaban |
Laparoscopic Cholecystectomy |
42. |
Chen X et al [45], 2021 |
63/ female | N | RUQ pain, Icteric sclera | N |
1. ERCP and ENBD, 2. Cholecystectomy |
43. |
Nguyen D et al[46], 2021 |
74/ male | Atrial fibrillation |
Abdominal pain, vomiting, nausea |
Warfarin |
1. Cystic artery
embolization 2. Cholecystectomy |
44. |
Pickell Z et al[47], 2021 |
67/ male | CAD, Af, CHF, CVA, CKD |
Substernal and subxiphoid pain with nause . |
tPA | Cholecystectomy |
45. |
Valenti MR et al[48], 2022 |
76/ male |
Osteoporosis, Parkinsonism. |
Abdominal pain, constipation |
N | Open cholecystectomy |
Gallbladder hematoma is a rare condition with vague symptoms, making it challenging to diagnose. It is often associated with trauma, tumors, anticoagulant use, or liver/renal disease. Common symptoms include pain in the right upper quadrant (RUQ), tenderness, nausea, and vomiting, which may be confused with cholecystitis initially. Persistent bleeding can cause dark or bloody stools. Laboratory tests may show abnormalities, but their sensitivity is limited. Diagnosing gallbladder hematoma can be complex, and a delayed diagnosis in the emergency department can lead to severe shock and increased mortality. A literature review of 48 cases is summarized in Table 1.
The literature review identified 48 cases of non-traumatic gallbladder bleeding, indeed highlighting the correlation with liver or kidney dysfunction and the use of anticoagulant medications. Symptoms resemble those of gallbladder inflammation, with one case report additionally noting gastrointestinal bleeding. Ultrasound is crucial for diagnosis, revealing distinctive features such as uneven echoes and localized wall thickening. Treatment approaches vary, with some cases opting for deferred surgical intervention after conservative treatment. However, surgical intervention remains a common outcome. In summary, non-traumatic gallbladder hematoma is primarily associated with risk factors such as liver or kidney diseases and chronic use of anticoagulant medications. In cases where symptoms of gallbladder inflammation and gastrointestinal bleeding coexist, timely ultrasound diagnosis is crucial to prevent fatal hemorrhagic shock. This study establishes early detection and diagnosis protocols (Figure 3) as a reference for future emergency room diagnoses of this condition.