THE EFFECT OF METHYLPREDNISOLONE VERSUS DEXAMETHASONE IN INCREASING THE DIABETOGENIC EFFECT OF SARS-CoV-2 INFECTION AND THE DEVELOPMENT OF A NEW-ONSET DIABETES MELLITUS
Journal
Journal of Morphological Sciences
Date Issued
2022
Author(s)
Srbinoska Bogatinoska, Milena
Milenkovski, Marijan
Vidinic, Ivan
DOI
10.55302/jms2251103sb
Abstract
SARS-CoV-2 causes predominantly lung disease, but by way of binding to the angiotensinconverting enzyme 2 (ACE2) receptors, it can attack key metabolic organs and may lead to alterations of
glucose metabolism.
The aim of the study was to examine the effect of methylprednisolone compared with
dexamethasone on the glycaemic control as well as the development of new-onset diabetes in patients who
were hospitalized due toCOVID-19 pneumonia.
We reviewed the records of 203 consecutive patients who were hospitalized with a clinical
presentation of COVID-19 pneumonia in the modular hospital at the University Clinic for Infectious
Diseases and Febrile Conditions in Skopje, from December 2020until May 2021.
We identified 65 patients with diabetes (32,0%), 49 patients (75%) of whichwith pre-existing
diabetes, and 16 (25%) with newly diagnosed diabetes.
Impaired glycoregulation was recorded in 19,2% of patients, of whom 5,5% did not receive any
corticosteroid-therapy, 22,4% were treated with methylprednisolone – pulse doses,and 21,4% were treated
with dexamethasone. Patients with diabetes had a 1,9 times (CI 0,9-3,9) higher mortality rate than nondiabetic patients.
We suggest that, if corticosteroid therapy is necessary during the treatment of COVID-19
pneumonia, it is safer to administer dexamethasone than methylprednisolone, especially in patients who
have pre-existingdiabetes or are at risk ofdeveloping diabetes.
Deterioration of glycoregulation and the need to replace oral antidiabetic therapy with insulin are
common. New-onset diabetes often persists even after recovering from Covid-19
glucose metabolism.
The aim of the study was to examine the effect of methylprednisolone compared with
dexamethasone on the glycaemic control as well as the development of new-onset diabetes in patients who
were hospitalized due toCOVID-19 pneumonia.
We reviewed the records of 203 consecutive patients who were hospitalized with a clinical
presentation of COVID-19 pneumonia in the modular hospital at the University Clinic for Infectious
Diseases and Febrile Conditions in Skopje, from December 2020until May 2021.
We identified 65 patients with diabetes (32,0%), 49 patients (75%) of whichwith pre-existing
diabetes, and 16 (25%) with newly diagnosed diabetes.
Impaired glycoregulation was recorded in 19,2% of patients, of whom 5,5% did not receive any
corticosteroid-therapy, 22,4% were treated with methylprednisolone – pulse doses,and 21,4% were treated
with dexamethasone. Patients with diabetes had a 1,9 times (CI 0,9-3,9) higher mortality rate than nondiabetic patients.
We suggest that, if corticosteroid therapy is necessary during the treatment of COVID-19
pneumonia, it is safer to administer dexamethasone than methylprednisolone, especially in patients who
have pre-existingdiabetes or are at risk ofdeveloping diabetes.
Deterioration of glycoregulation and the need to replace oral antidiabetic therapy with insulin are
common. New-onset diabetes often persists even after recovering from Covid-19