A 72-year-old woman admitted with acute respiratory failure, fever (38ºC) and dyspnoea.
She was tachypneic (30bpm), with lymphopenia and low oxygen saturation (SpO2 85%, PAFI<250).
Patient presented to the emergency department two days earlier with fever (up to 38.6ºC), dry cough, odynophagia and general malaise. She was discharged from hospital because she did not present alarm criteria at that time.
The patient required mechanical ventilation and was admitted to intensive care.
During her stay in ICU, poor evolution to respiratory distress syndrome and to multi-organic failure.
The patient passed away 24 hours later.
Figure 1 (at admission). Ill-defined bilateral alveolar consolidation with peripheral distribution.
Figure 2 (4 hours later). Radiological worsening, with affectation of lower lobes. Endotracheal tube and central venous line were required.
Figure 3 (Day 1). Bilateral alveolar consolidation.
Figure 4 (Day 2). Radiological worsening. Bilateral alveolar consolidation with panlobar affectation.
Figure 5 (Day 3). Bilateral alveolar consolidation with panlobar affectation, with typical radiological findings of ARDS. 24 hours later the patient passed away.
Coronavirus disease-19 (COVID-19) is a novel viral pandemic with increasing incidence and a wide spectrum of disease severity . Many countries are currently experiencing community spread to persons without known infectious contacts. In Spain, the guidelines to determine who to test for COVID-19 microbiology are changing. This implies the risk that some patients discharged from the hospital at that moment, may develop days later an ARDS.
Common presenting findings include fever, cough, myalgia, and lymphopenia . In some cases gastrointestinal symptoms are reported [3,4]. The evolution to ARDS secondary to COVID-19 infection is a several and life-threatening complication .
COVID-19 infection can lead to rapidly progressive ARDS as we show in this case. The prognosis is poor and radiologic findings can go from ill-defined alveolar consolidations to bilateral consolidations with panlobar affection as seen in ARDS.
Radiographic and computed tomography (CT) imaging early in the disease course may be normal; chest CT has been described as more sensitive than chest X-ray for the detection of characteristic bilateral, peripherally-predominant ground-glass opacities [6–10].
COVID-19 RT-PCR returned positive. The patient developed hypoxic respiratory failure and new onset haemoptysis on day two of admission and was intubated and transferred to the intensive care unit.
Chest imaging findings in COVID-19 infection are not specific and may overlap with other viral pneumonias, including influenza. Chest CT is more sensitive than chest X-ray for detection of ground glass opacities [11-13]; however, is not always available. ARDS is a complication of COVID-19 infection, leading to rapidly progressive organic failure in some cases.
Written patient consent for this case was waived by the Editorial Board. Patient data may have been modified to ensure patient anonymity.
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