COVID-19 Hastalığında İntravenöz İmmunoglobulin Tedavisi

Year 2021, Volume: 11 Issue: 2, 470 - 472, 29.06.2021

Elif Şeker , Öner Özdemir , Ayşegül Pala

https://doi.org/10.31832/smj.799820

Cited By: 1

Abstract

High dose IVIG has been an appropriate immunomodulatory treatment option for prophylaxis of severe infections in autoimmune and inflammatory diseases [1].
It is suggested that the plasma levels of pro-inflammatory cytokines are higher in COVID-19 patients with severe clinical course and there is a cytokine storm related to the severity of the disease. Therefore, IVIG is presented as a treatment option in severe COVID-19 patients [2].
Mechanisms suggesting the benefit of IVIG in SARS-CoV2 therapy can be counted as; neutralizing antibodies binding to the ACE2 receptor to prevent viral entry into the cell, blocking receptors associated with the target cell and preventing pathogens from damaging the cell [3,4].
In addition, IVIG has IgG dimers that inhibit FcR activation on natural immune effector cells. This prevents antibody-dependent enhancement (ADE), a paradoxical condition that allows the pathogen to enter the cell [5,6].
It has also been observed to improve coagulation abnormalities in septic patients that deteriorate due to inflammatory events in the pathogenesis of COVID-19 [7].
In previous studies of SARS and MERS, the benefit of IVIG treatment has been demonstrated [8].
Wang et al. reported that 40 patients with SARS were given IVIG, 22 of whom had severe cytopenia, and a significant improvement in leukocyte and platelet counts was noted after IVIG [9].
In a case series reported by Cao et al., IVIG was given 0.3-0.5 g per kg weight per day for five days to 3 patients with severe COVID-19 pneumonia diagnosed by CT scan. It was reported that patients showed a rapid recovery 2 days after IVIG treatment and their CT scan findings were improved. In addition, no side effects were reported in any of the 3 patients [10].
Lanza et al. reported an increased need for oxygen in 42-year-old woman diagnosed with COVID-19 on the 6th day and bilateral infiltration and consolidation worsened in the CT findings, and the radiological findings and blood values were rapidly improved after 4 days of high-dose IVIG treatment [3].
IVIG can interrupt the storm of inflammatory factors at an early stage, enhance immune function. Ling and colleagues recommended early initiation of IVIG treatment for severe and critical type COVID-19 patients [11].
In summary, early use of IVIG therapy in selected cases for COVID-19 pneumonia has been reported to shorten hospital stay, reduce the need for mechanical ventilation, and benefit patients' early recovery. More controlled studies are needed to demonstrate therapeutic benefits of this IVIG therapy.

Keywords

covid 19, ivig, therapy

Supporting Institution

Yok

Intravenous Immunoglobulin Therapy in COVID-19 Disease

Abstract

High dose IVIG has been an appropriate immunomodulatory treatment option for prophylaxis of severe infections in autoimmune and inflammatory diseases [1].
It is suggested that the plasma levels of pro-inflammatory cytokines are higher in COVID-19 patients with severe clinical course and there is a cytokine storm related to the severity of the disease. Therefore, IVIG is presented as a treatment option in severe COVID-19 patients [2].
Mechanisms suggesting the benefit of IVIG in SARS-CoV2 therapy can be counted as; neutralizing antibodies binding to the ACE2 receptor to prevent viral entry into the cell, blocking receptors associated with the target cell and preventing pathogens from damaging the cell [3,4].
In addition, IVIG has IgG dimers that inhibit FcR activation on natural immune effector cells. This prevents antibody-dependent enhancement (ADE), a paradoxical condition that allows the pathogen to enter the cell [5,6].
It has also been observed to improve coagulation abnormalities in septic patients that deteriorate due to inflammatory events in the pathogenesis of COVID-19 [7].
In previous studies of SARS and MERS, the benefit of IVIG treatment has been demonstrated [8].
Wang et al. reported that 40 patients with SARS were given IVIG, 22 of whom had severe cytopenia, and a significant improvement in leukocyte and platelet counts was noted after IVIG [9].
In a case series reported by Cao et al., IVIG was given 0.3-0.5 g per kg weight per day for five days to 3 patients with severe COVID-19 pneumonia diagnosed by CT scan. It was reported that patients showed a rapid recovery 2 days after IVIG treatment and their CT scan findings were improved. In addition, no side effects were reported in any of the 3 patients [10].
Lanza et al. reported an increased need for oxygen in 42-year-old woman diagnosed with COVID-19 on the 6th day and bilateral infiltration and consolidation worsened in the CT findings, and the radiological findings and blood values were rapidly improved after 4 days of high-dose IVIG treatment [3].
IVIG can interrupt the storm of inflammatory factors at an early stage, enhance immune function. Ling and colleagues recommended early initiation of IVIG treatment for severe and critical type COVID-19 patients [11].
In summary, early use of IVIG therapy in selected cases for COVID-19 pneumonia has been reported to shorten hospital stay, reduce the need for mechanical ventilation, and benefit patients' early recovery. More controlled studies are needed to demonstrate therapeutic benefits of this IVIG therapy.

References

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