Copyright
©The Author(s) 2021.
World J Clin Cases. May 6, 2021; 9(13): 2951-2968
Published online May 6, 2021. doi: 10.12998/wjcc.v9.i13.2951
Published online May 6, 2021. doi: 10.12998/wjcc.v9.i13.2951
Table 1 Clinical characteristics of cirrhotic patients infected with SARS-CoV-2
| Reference | Patientnumber (n) | Region | Etiology | CirrhosisSeverity1 | ACLF2 | Acute decompensation |
| Qi et al[33] | 21 | China | HCV: 9.5% | CTP-A: 76.2% | 4.8%3 | Variceal bleeding: 19% |
| HBV: 42.9% | CTP-B: 14.3% | |||||
| ALD: 9.5% | CTP-C: 9.5% | Ascites: 23.8% | ||||
| AIH: 4.8% | MELD: 8 (7-11) | |||||
| Liu et al[32] | 17 | China | HCV: 11.8% | CTP-A: 88.2% | APASL:11.8% | Variceal bleeding: 5.9% |
| HBV: 70.6% | CTP-B: 5.9% | |||||
| CTP-C: 5.9% | ||||||
| Iavarone et al[31] | 50 | Italy | HCV: 28% | CTP-A: 40% | EASL: 28% | HE: 22% |
| HBV: 10% | CTP-B: 28% | |||||
| ALD: 24% | CTP-C: 32% | |||||
| NAFLD: 6% | MELD: 9 (6-15) | |||||
| Sarin et al[14] | 43 | Asia | Viral: 60.4% | CTP-A: 53.8% | APASL: 11.6% | AD event: 9.3% |
| MAFLD: 32.5% | CTP-B: 37.2% | Variceal bleeding: 9.3% | ||||
| ALD: 4.6% | CTP-C: 9% | HE: 7% | ||||
| AIH: 2.3% | Ascites: 23.3% | |||||
| Jaundice: 23.3% | ||||||
| SBP: 7% | ||||||
| Moon et al[19] | 103 | International | HCV: 10.5% | CTP-A: 44.7% | N/A | AD event: 25.7% |
| HBV: 11.8% | CTP-B: 29.1% | Variceal bleeding: 1% | ||||
| ALD: 19.7% | CTP-C: 26.2% | HE: 16.5% | ||||
| NAFLD: 22.4% | MELD: 10 | Ascites: 27.2% | ||||
| SBP: 2.9% | ||||||
| Lee et al[22] | 14 | Korea | HCV: 14.3% | CTP-A: 64.3% | N/A | Secondary infection: 7.1% |
| HBV: 35.7% | CTP-B: 35.7% | |||||
| ALD: 35.7% | MELD: 8 (7-12) | |||||
| AIH: 7.1% | ||||||
| Bajaj et al[23] | 37 | United States | HCV: 24.3% | MELD: 17.6 ± 8.6 | NACSELD: 30% | Variceal bleeding: 14% |
| ALD: 24.3% | ||||||
| HE: 14% | ||||||
| NASH: 24.3% | ||||||
| Kimet al[21] | 227 | United States | N/A | Compensated: 59% | N/A | AD event: 29.5% |
| Variceal bleeding: 3.1% | ||||||
| Decompensated: 41% | ||||||
| HE: 10.1% | ||||||
| Ascites: 4.8% | ||||||
| Shalimar et al[30] | 26 | India | HCV: 7.7% | CTP: 8.6 ± 2.3 | EASL: 34.6% | AD event: 61.5% |
| HBV: 11.5% | MELD: 18.1 ± 9.6 | Variceal bleeding: 30.8% | ||||
| ALD: 34.6% | Ascites: 7.7% | |||||
| NAFLD: 7.7% | ||||||
| AIH: 15.4% | ||||||
| Marjot et al[18] | 386 | International | HCV: 11% | CTP-A: 52% | EASL: 23% | AD event: 46% |
| HBV: 21% | CTP-B: 30% | Variceal bleeding: 3% | ||||
| ALD: 38% | CTP-C: 17% | HE: 27% | ||||
| NAFLD: 26% | MELD: 12 (8-19) | Ascites: 28% | ||||
| SBP: 3% | ||||||
| Jeon et al[28] | 67 | Korea | N/A | N/A | N/A | Variceal bleeding: 3% |
| Ascites: 3% | ||||||
| HE: 4.5% |
Table 2 Clinical complications and outcomes of cirrhotic patients infected with SARS-CoV-2
| Reference | Patient number (n) | COVID-19 severity | COVID-19 complications | Mortality |
| Qi et al[33] | 21 | N/A | ICU: 23.8% | 23.8% |
| MV: 14.3% | ||||
| Shock: 14.3% | ||||
| ARDS: 28.6% | ||||
| RRT: 9.5% | ||||
| ECMO: 9.5% | ||||
| Liu et al[32] | 17 | Mild1: 64.7% | ICU: 17.6% | 17.6% |
| Severe1: 35.3% | MV: 11.8% | |||
| Shock: 11.8% | ||||
| ARDS: 29.4% | ||||
| Iavarone[31] et al | 50 | N/A | ICU: 4% | 34% |
| MV: 4% | ||||
| Shock: 8% | ||||
| ARDS: 52% | ||||
| Sarin et al[14] | 43 | Severe2: 18.6% | ICU: 25.6% | 16.3% |
| MV: 23.2% | ||||
| Shock: 14% | ||||
| Moon et al[19] | 103 | N/A | ICU: 23.3% | 39.8% |
| MV: 17.5% | ||||
| RRT: 4.9% | ||||
| Lee et al[22] | 14 | N/A | ICU: 35.7%MV: 21.4% | 28.6% |
| RRT: 7.1% | ||||
| Shock: 28.6% | ||||
| ARDS: 35.7% | ||||
| Bajaj et al[23] | 37 | N/A | ICU: 43% | 30% |
| MV: 38% | ||||
| Shock: 30% | ||||
| RRT: 19% | ||||
| Kim et al[21] | 227 | N/A | Death, hospitalization, oxygen support, ICU, vasopressor support, or MV: 70.5% | 25.1% |
| Shalimar et al[30] | 26 | Mild3: 57.7% | N/A | 42.3% |
| Moderate3: 7.7% | ||||
| Severe3: 34.6% | ||||
| Marjot et al[18] | 386 | N/A | ICU: 28% | 32% |
| MV: 18.4% | ||||
| RRT: 5.4% | ||||
| Jeon et al[28] | 67 | N/A | ICU: 3% | 9% |
| Shock: 6% | ||||
| RRT: 1.5% |
Table 3 Guidelines recommended for the management of cirrhosis patients during the COVID-19 pandemic
| EASL | AASLD | APASL | |
| Outpatient | Common rules of physical distancing | Limited outpatient visitsWearing mask and keeping appropriate distancing | Phone or telemedicine |
| Early admission for patient infected with SARS-CoV-2 | Limited family or friend accompanied | Limited travel | |
| Prevent decompensation (e.g., variceal bleeding, HE, SBP) and avoid admission | Video conference, phone or telemedicine | Continue hepatitis B and C treatment | |
| Telemedicine or remote monitor | Provide prescriptions for 90 d instead of 30 dLimited travel | ||
| Continue hepatitis B and C treatment | Continue hepatitis B and C treatment | ||
| Receive vaccination for Streptococcus pneumoniae and influenza | |||
| Inpatient | Designate non-COVID-19 ward | Designate non-COVID-19 ward | Option of palliative treatment for advanced liver disease with COVID-19 disease |
| Perform SARS-CoV-2 testing in patient with new or worsening decompensation or ACLF | Perform SARS-CoV-2 testing in patient with new or worsening decompensation or ACLF | ||
| Option of palliative treatment for patient with advanced liver disease with COVID-19 | Minimize interaction and transport for patient | ||
| Telemedicine equipmentLimit patient visitors | |||
| Endoscopy | Limit to emergency (e.g., GI bleeding or bacterial cholangitis) in patient with COVID-19 | Limit to emergency (e.g., GI bleeding or bacterial cholangitis) in patient with COVID-19 | Limit to emergency (e.g., GI bleeding or bacterial cholangitis) in patient with COVID-19 |
| SARS-CoV-2 testing prior to endoscopic procedureNo delay in endoscopy in areas with low COVID-19 burden | SARS-CoV-2 testing prior to endoscopic procedure | PPE used in endoscopy for patient and staff | |
| Noninvasive tool for variceal surveying | PPE used in endoscopy for patient and staff | Variceal survey can be arbitrary postponed 3 mo depend on COVID-19 outbreak. | |
| Clean and disinfect the operation room | Noninvasive tool for variceal survey | ||
| Prophylaxis with beta-blocker instead of endoscopic screening | Prophylaxis with beta-blocker instead of endoscopic screening | ||
| HCC surveillance | Deferred in patients with COVID-19 until recovery | Deferred in patients with COVID-19 until recovery | Prioritized for patients at high risk |
| Prioritized for patients at high risk (e.g., elevated alpha-fetoprotein level or advanced cirrhosis | Continued radiological surveillance, but an arbitrary delay of 2 mo is reasonable | Continued radiological surveillance, but an arbitrary delay of 3 mo is reasonable |
- Citation: Su HY, Hsu YC. Patients with cirrhosis during the COVID-19 pandemic: Current evidence and future perspectives . World J Clin Cases 2021; 9(13): 2951-2968
- URL: https://www.wjgnet.com/2307-8960/full/v9/i13/2951.htm
- DOI: https://dx.doi.org/10.12998/wjcc.v9.i13.2951
