Abstract:
Abstract
Introduction. COVID-19 is currently considered a systemic disease affecting the immune system, primarily, lungs,
heart, central nervous system, kidneys, intestines, liver and
spleen. Impaired liver function and the presence of biochemical changes in liver can be found in approximately
14-53% of adults infected with SARS-CoV-2. Impaired liver
function in patients infected with COVID-19 may occur due
to a direct effect of the virus on hepatocytes, as well as being secondary to factors such as a systemic inflammatory
response of the infected host, the onset of hypoxia (associated with lung damage), multiple organ failure, or due to
abusive treatment using overlapping and hepatotoxic drugs.
The purpose of this article is to describe a clinical case
study regarding the clinical and paraclinical manifestations
of liver damage in a 12-year-old child infected with SARSCoV-2, hospitalized at the Municipal Children’s Clinical Hospital „Valentin Ignatenco”, Republic of Moldova.
Material and methods. The epidemiological, clinical
and paraclinical data were used to highlight this study, followed by the conclusions of multidisciplinary specialists,
retrieved from the inpatient medical records of the 12-yearold child with moderate COVID-19 infection, who was admitted for emergency treatment.
Results. A 12-year-old patient F. was admitted to the
„Covid-19” subunit, complaining of severe general malaise,
fever up to 39°C, cough, rhinorrhea. The objective clinical
examination revealed hepatomegaly and lack of splenomegaly. Laboratory findings determined leukocytosis 15.88
x109
/l, neutrophilia 72.2%, lymphopenia 26.1%, increased
ESR (Erythrocyte Sedimentation rate) – 20 mm/h, increased CRP (C-reactive protein) >12.0 mg/l, increased ALT
(alanine aminotransferase) by 16 (50.9-487-764 U/l) values compared to the normal reference and a 3-fold increase
in AST (aspartate aminotransferase) that is higher than the
normal range (55.8 - 113 - 181 U/l), an increased fibrinogen
- 5.3 g/l, increased ferritin - 2834 pmol/l and D-dimer levels
- 762 ng/ml. Hepatomegaly was detected on abdominal ultrasound. Covid-19 infection was confirmed by a rapid test
of nasopharyngeal exudate for SARS-CoV-2 antigens.
Conclusions. Patients with the novel coronavirus (COVID-19) show varying degrees of liver dysfunction, especially
those with increased levels of AST and ALT. A question arises within the clinical practice, as whether the liver damage
occurred due to direct viral hepatotoxicity or due to the
drugs used in COVID-19 treatment.
