In this trial, patients that are severely affected by the disease COVID-19 will either receive infliximab, an anti-inflammatory drug, or standard therapy. Infliximab is a drug that inhibits inflammation by blocking a molecule called TNFα. The patients receive the drug via an infusion into a vein. The primary goal of this trial is to see whether the drug infliximab affects how many people died from COVID-19 after 28 days by comparing patients receiving the drug in addition to standard therapy with patients only receiving standard therapy. Furthermore, this trial will look at whether the drug is safe to use in these patients, whether it has an effect on the inflammation and whether it can affect how ill patients are after surviving the disease. The trial is conducted in more than one hospital. As COVID-19 is responsible for a global pandemic, positive results of this trial could affect patients, healthcare and economic systems worldwide.
The long-term goal of this research project is to develop a new pharmacological treatment strategy for patients with COVID-19. Its primary aim is the assessment of efficacy and safety of the TNFα antibody infliximab in the treatment of patients with severe COVID-19 in a phase-2 trial. Infliximab is expected to attenuate the inflammatory reaction in patients and thereby positively influence the course of the disease. The primary endpoint is the difference in 28-day-mortality of patients with severe COVID-19 receiving one dose of 5mg per kg body weight infliximab intravenously in addition to the standard of care (intervention group) compared with patients receiving standard of care (control group). Secondary aims of this trial include the assessment of the safety of the TNFα antibody infliximab in the treatment of patients with severe COVID-19, of its effect on an excessive immune response and of its effect on the morbidity and prognosis as well as the characterization of the analytical cohorts. The multi-centre design facilitates the transferability of study results to hospitals of similar healthcare level. Should infliximab prove to be superior to standard therapy, this could be reflected in a reduced disease severity and mortality. The results of this study could influence the therapy of patients with COVID-19 worldwide and affect the course of the disease worldwide, as infliximab is approved by several international drug agencies and globally available. Due to the high incidence of COVID-19 worldwide and the immense effects of the pandemic on societies, health care and economic systems, any progress in the treatment of this new disease would constitute a great success. This would not only impact individual patients but also have positive economic effects.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
NONE
Enrollment
9
single intravenous administration of 5 milligrams/kilogram
Standard of Care
Universitätsklinikum Knappschaftskrankenhaus Bochum
Bochum, Germany
Klinikum Fulda
Fulda, Germany
Universitätsklinikum Hamburg-Eppendorf
Hamburg, Germany
Jena University Hospital
Jena, Germany
28-day mortality
differences in mortality-rates between both study arms (Infliximab + Standard of Care vs. Standard of Care) 28 days after randomisation
Time frame: 28 days after randomization
safety of Infliximab administration
frequencies of adverse events (AEs) and serious adverse events (SAEs)
Time frame: up to 90 days after randomization
assessment of the effect of infliximab on an excessive immune response in patients with COVID-19: Interleukin 6
change in the interleukin-6 (IL-6) concentration in the blood from randomization to day 7 and day 14 after randomization
Time frame: day 7 and day 14 after randomization
assessment of the effect of infliximab on an excessive immune response in patients with COVID-19: ferritin
change in the ferritin concentration in the blood from randomization to day 7 and day 14 after randomization
Time frame: day 7 and day 14 after randomization
assessment of the effect of infliximab on an excessive immune response in patients with COVID-19: lymphocyte count
change in the lymphocyte count from randomization to day 7 and day 14 after randomization
Time frame: day 7 and day 14 after randomization
assessment of the severity and frequency of organ failure: ventilation-free days
ventilation-free days until 28 days after randomization
Time frame: day 28 after randomization
assessment of the severity and frequency of organ failure: renal replacement therapy-free days
renal replacement therapy-free days until 28 days after randomization
Time frame: day 28 after randomization
assessment of the severity and frequency of organ failure: vasopressor-free days
vasopressor-free days until 28 days after randomization
Time frame: day 28 after randomization
occurence of Acute Respiratory Distress Syndrome (ARDS)
rate of occurrence of ARDS until 28 days after randomization
Time frame: day 28 after randomization
WHO-COVID-19-Progression Scale
WHO-COVID-19-Progression Scale on day 7, 14 and 28 after randomization
Time frame: day 7, 14 and 28 after randomization
rate of admission to the intensive care unit
rate of admission to the intensive care unit after randomization up to day 28
Time frame: day 28 after randomization
length of stay: hospital
length of hospital stay up to day 28 after randomization
Time frame: day 28 after randomization
length of stay: intensive care unit
length of intensive care unit stay up to day 28 after randomization
Time frame: day 28 after randomization
mortality
mortality rates 14 and 90 days after randomization
Time frame: day 14 and 90 after randomization
health related quality of life: visual analogue scale
EQ5D-3L: visual analog scale value 90 days after randomization
Time frame: day 90 after randomization
health related quality of life: index
EQ5D-3L: index value 90 days after randomization
Time frame: day 90 after randomization
incidence of cardiomyopathy
incidence of cardiomyopathy 3 and/or 7 days after randomization
Time frame: day 3 and 7 after randomization
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