Fraunhofer ITMP - early clinical development
Frankfurt, Hessia, 60596, Germany
NCT Number: NCT05276375
There is currently an urgent need for effective and safe treatments of Coronavirus Disease (COVID) - 19 and the cytokine storm that is responsible for the development of patient's Acute Respiratory Distress Syndrome (ARDS).
As Bronchipret has been proven to be a very safe medicine, it is not expected that it would lead to the development of severe adverse effects in COVID-19 patients. Bronchipret can therefore be recommended as effective and safe supplementary treatments of COVID-19, even more so considering the positive effects shown in vitro. Thus, this randomized study is conducted to assess the effect of Bronchipret on the immune response and recovery in patients with mild COVID-19 by assessing several blood parameters as well as the symptom recovery and improvement in comparison to patients who do not receive Bronchipret. Another aim of this feasibility study is to determine the best possible primary endpoint, i.e. which shows the greatest effect according to Cohen.
Looking for future studies?
Notify Me18 year–75 year
All sexes
Interventional
Phase 2
Frankfurt, Hessia, 60596, Germany
Although intensive research efforts have been underway worldwide, so far, only few effective treatment against the disease has been brought to the market in Germany. Based on the pathological features and different clinical phases of COVID-19, particularly in patients with moderate to severe COVID- 19, the classes of drugs used are antiviral agents (e.g., remdesivir), inflammation inhibitors/antirheumatic drugs (e.g., dexamethasone), low molecular weight heparins, plasma, and hyperimmune immunoglobulins Bronchipret exhibits multidirectional anti-inflammatory effects as demonstrated in vitro and in vivo studies. Several clinical trials have demonstrated positive effects of Bronchipret, a fixed combination of thyme herb and ivy leaf fluid extracts, on symptom relieve and recovery time in patients with acute bronchitis and cough. There is currently an urgent need for effective and safe treatments of COVID- 19 and the cytokine storm that is responsible for the development of Acute Respiratory Distress Syndrome (ARDS).
As Bronchipret has been proven to be a very safe medicine, it is not expected that it would lead to the development of severe adverse effects in COVID-19 patients. Bronchipret can therefore be recommended as effective and safe supplementary treatments of COVID-19, even more so considering the positive effects shown in vitro. Thus, this randomized study will be conducted to assess the effect of Bronchipret on the immune response and recovery in patients with mild COVID-19 by assessing several blood parameters as well as the symptom recovery and improvement in comparison to patients who do not receive Bronchipret. Another aim of this feasibility study is to determine the best possible primary endpoint, i.e. which shows the greatest effect according to Cohen.
Healthy volunteers accepted: No
Only the study team can determine whether someone qualifies for participation.
Inclusion criteria
o If > 50 years, complete COVID-19 vaccination mandatory
ᴑ Cough and ᴑ At least one other symptom (e.g., sore throat, nasal congestion, headache, nausea, low energy/fatigue, muscle or body ache, shortness of breath, fever, diarrhea, altered sense of smell or taste)
Exclusion criteria
Bronchipret syrup (3x 5,4 ml daily) until day 14
Time frame: Comparison Baseline to day 7
concentration of Interleukin 2 (IL-2)
Time frame: Comparison Baseline to day 7
concentration of Interleukin (IL) 4
Time frame: Comparison Baseline to day 7
concentration of IL-6
Time frame: Comparison Baseline to day 7
concentration of IL-8
Time frame: Comparison Baseline to day 7
concentration of IL-10
Time frame: Comparison Baseline to day 7
concentration of interferon (INF) y
Time frame: Comparison Baseline to day 7
concentration of c-reactive protein (CRP)
Time frame: Comparison Baseline to day 7
concentration of IL-1β
Time frame: Comparison Baseline to day 7
concentration of INFα
Time frame: Comparison Baseline to day 7
concentration of tumor necrosis factor alpha (TNFα)
Time frame: Comparison Baseline to day 7
number of neutrophils
Time frame: Comparison Baseline to day 7
number of lymphocytes
Time frame: Comparison Baseline to day 7
number of monocytes
Time frame: Comparison Baseline to day 7
number of eosinophils
Time frame: Comparison Baseline to day 7
number of basophils
Time frame: Comparison Baseline to day 7
number of platelets
Time frame: Day 4
percentage of change of concentration of IL-2
Time frame: Day 4
absolute change of concentration of IL-2
Time frame: Day 7
percentage of change of concentration of IL-2
Time frame: Day 7
absolute change of concentration of IL-2
Time frame: Day 14
absolute change of concentration of IL-2
Time frame: Day 14
percentage of change of concentration of IL-2
Time frame: Day 4
percentage of change of concentration of IL-4
Time frame: Day 7
absolute change of concentration of IL-4
Time frame: Day 7
percentage of change of concentration of IL-4
Time frame: Day 14
absolute change of concentration of IL-4
Time frame: Day 14
percentage of change of concentration of IL-4
Time frame: Day 4
absolute change of concentration of IL-6
Time frame: Day 4
percentage of change of concentration of IL-6
Time frame: Day 7
absolute change of concentration of IL-6
Time frame: Day 7
percentage of change of concentration of IL-6
Time frame: Day 14
percentage of change of concentration of IL-6
Time frame: Day 14
absolute change of concentration of IL-6
Time frame: Day 4
percentage of change of concentration of IL-8
Time frame: Day 4
absolute change of concentration of IL-8
Time frame: Day 7
percentage of change of concentration of IL-8
Time frame: Day 7
absolute change of concentration of IL-8
Time frame: Day 14
percentage of change of concentration of IL-8
Time frame: Day 14
absolute change of concentration of IL-8
Time frame: Day 4
absolute change of concentration of IL-10
Time frame: Day 4
percentage of change of concentration of IL-10
Time frame: Day 7
absolute change of concentration of IL-10
Time frame: Day 7
percentage of change of concentration of IL-10
Time frame: Day 14
absolute change of concentration of IL-10
Time frame: Day 14
percentage of change of concentration of IL-10
Time frame: Day 4
percentage of change of concentration of INFy
Time frame: Day 4
absolute change of concentration of INFy
Time frame: Day 7
percentage of change of concentration of INFy
Time frame: Day 7
absolute change of concentration of INFy
Time frame: Day 14
percentage of change of concentration of INFy
Time frame: Day 14
absolute change of concentration of INFy
Time frame: Day 4
absolute change of concentration of CRP
Time frame: Day 4
percentage of change of concentration of CRP
Time frame: Day 7
absolute change of concentration of CRP
Time frame: Day 7
percentage of change of concentration of CRP
Time frame: Day 14
absolute change of concentration of CRP
Time frame: Day 14
percentage of change of concentration of CRP
Time frame: Day 4
percentage of change of concentration of IL-1β
Time frame: Day 4
absolute change of concentration of IL-1β
Time frame: Day 7
percentage of change of concentration of IL-1β
Time frame: Day 7
absolute change of concentration of IL-1β
Time frame: Day 14
percentage of change of concentration of IL-1β
Time frame: Day 14
absolute change of concentration of IL-1β
Time frame: Day 4
absolute change of concentration of INFα
Time frame: Day 4
percentage of change of concentration of INFα
Time frame: Day 7
absolute change of concentration of INFα
Time frame: Day 7
percentage of change of concentration of INFα
Time frame: Day 14
percentage of change of concentration of INFα
Time frame: Day 14
absolute change of concentration of INFα
Time frame: Day 4
absolute change of concentration of TNFα,
Time frame: Day 4
percentage of change of concentration of TNFα,
Time frame: Day 7
absolute change of concentration of TNFα,
Time frame: Day 7
percentage of concentration of TNFα,
Time frame: Day 14
absolute change of concentration of TNFα,
Time frame: Day 14
percentage of change of concentration of TNFα,
Time frame: Day 4
percentage change of neutrophils
Time frame: Day 4
absolute change of neutrophils number
Time frame: Day 7
percentage change of neutrophils
Time frame: Day 7
absolute change of neutrophils number
Time frame: Day 14
percentage change of neutrophils
Time frame: Day 14
absolute change of neutrophils number
Time frame: Day 4
absolute change of lymphocytes number
Time frame: Day 4
percentage change of lymphocytes
Time frame: Day 7
absolute change of lymphocytes number
Time frame: Day 7
percentage change of lymphocytes
Time frame: Day 14
absolute change of lymphocytes number
Time frame: Day 14
percentage change of lymphocytes
Time frame: Day 4
percentage change of monocytes
Time frame: Day 4
absolute change of monocytes number
Time frame: Day 7
percentage change of monocytes
Time frame: Day 7
absolute change of monocytes number
Time frame: Day 14
percentage of change of monocytes
Time frame: Day 14
absolute change of monocytes number
Time frame: Day 4
absolute change of eosinophils number
Time frame: Day 4
percentage of change of eosinophils
Time frame: Day 7
percentage of change of eosinophils
Time frame: Day 7
absolute change of eosinophils number
Time frame: Day 14
percentage of change of eosinophils
Time frame: Day 14
absolute change of eosinophils number
Time frame: Day 4
percentage of change of basophils number
Time frame: Day 4
absolute change of basophils number
Time frame: Day 7
absolute change of basophils number
Time frame: Day 7
percentage of change of basophils
Time frame: Day 14
absolute change of basophils number
Time frame: Day 14
percentage of change of basophils
Time frame: Day 4
percentage of change of platelets
Time frame: Day 4
absolute change of platelet number
Time frame: Day 7
percentage of change of platelets
Time frame: Day 7
absolute change of platelet number
Time frame: Day 14
percentage of change of platelets
Time frame: Day 14
absolute change of platelet number
Time frame: Day 4
percentage of change of lactate dehydrogenase (LDH)
Time frame: Day 4
absolute change of lactate dehydrogenase (LDH)
Time frame: Day 7
absolute change of LDH
Time frame: Day 7
percentage of change of LDH
Time frame: Day 14
absolute change of LDH
Time frame: Day 14
percentage of change of LDH
Time frame: Day 4
percentage of change of ferritin
Time frame: Day 4
absolute change of ferritin
Time frame: Day 7
percentage of change of ferritin
Time frame: Day 7
absolute change of ferritin
Time frame: Day 14
percentage of change of ferritin
Time frame: Day 14
absolute change of ferritin
Time frame: Day 4
absolute change of haemoglobin
Time frame: Day 4
percentage of change of haemoglobin
Time frame: Day 7
absolute change of haemoglobin
Time frame: Day 7
percentage of change of haemoglobin
Time frame: Day 14
absolute change of haemoglobin
Time frame: Day 14
percentage of change of haemoglobin
Time frame: Day 4
absolute change of alanine aminotransferase (ALT)
Time frame: Day 4
percentage of change of alanine aminotransferase (ALT)
Time frame: Day 7
absolute change of alanine aminotransferase (ALT)
Time frame: Day 7
percentage of change of alanine aminotransferase (ALT)
Time frame: Day 14
percentage of change of alanine aminotransferase (ALT)
Time frame: Day 14
absolute change of alanine aminotransferase (ALT)
Time frame: Day 4
absolute change of Aspartate aminotransferase (AST)
Time frame: Day 7
absolute change of Aspartate aminotransferase (AST)
Time frame: Day 7
percentage of change of Aspartate aminotransferase (AST)
Time frame: Day 14
absolute change of Aspartate aminotransferase (AST)
Time frame: Day 14
percentage of change of Aspartate aminotransferase (AST)
Time frame: Day 4
percentage of change of activated partial thromboplastin time
Time frame: Day 4
absolute change of activated partial thromboplastin time
Time frame: Day 7
absolute change of activated partial thromboplastin time
Time frame: Day 7
percentage of change of activated partial thromboplastin time
Time frame: Day 14
percentage of change of activated partial thromboplastin time
Time frame: Day 14
absolute change of activated partial thromboplastin time
Time frame: Day 4
absolute change of prothrombin Z
Time frame: Day 4
percentage of change of prothrombin Z
Time frame: Day 7
absolute change of prothrombin Z
Time frame: Day 7
percentage of change of prothrombin Z
Time frame: Day 14
absolute change of prothrombin Z
Time frame: Day 14
percentage of change of prothrombin Z
Time frame: Day 4
percentage of change of fibrinogen
Time frame: Day 4
absolute change of fibrinogen
Time frame: Day 7
percentage of change of fibrinogen
Time frame: Day 7
absolute change of fibrinogen
Time frame: Day 14
percentage of change of fibrinogen
Time frame: Day 14
absolute change of fibrinogen
Time frame: Day 4
absolute change of d-dimeric
Time frame: Day 4
percentage of change of d-dimeric
Time frame: Day 7
absolute change of d-dimeric
Time frame: Day 7
percentage of change of d-dimeric
Time frame: Day 14
absolute change of d-dimeric
Time frame: Day 14
percentage of change of d-dimeric
Time frame: Day 4
percentage of change of fibrin-degranulation products
Time frame: Day 4
absolute change of fibrin-degranulation products
Time frame: Day 7
percentage of change of fibrin-degranulation products
Time frame: Day 7
absolute change of fibrin-degranulation products
Time frame: Day 14
percentage of change of fibrin-degranulation products
Time frame: Day 14
absolute change of fibrin-degranulation products
Time frame: Day 4
absolute change of anti-thrombin III activity
Time frame: Day 4
percentage of change of anti-thrombin III activity
Time frame: Day 7
absolute change of anti-thrombin III activity
Time frame: Day 7
percentage of change of anti-thrombin III activity
Time frame: Day 14
absolute change of anti-thrombin III activity
Time frame: Day 14
percentage of change of anti-thrombin III activity
Time frame: Day 4
percentage of change of Immunglobulin M (IgM)
Time frame: Day 4
absolute change of Immunglobulin M (IgM)
Time frame: Day 7
percentage of change of Immunglobulin M (IgM)
Time frame: Day 7
absolute change of Immunglobulin M (IgM)
Time frame: Day 14
percentage of change of Immunglobulin M (IgM)
Time frame: Day 14
absolute change of Immunglobulin M (IgM)
Time frame: Day 4
absolute change of Immunglobulin G (IgG)
Time frame: Day 4
percentage of change of Immunglobulin G (IgG)
Time frame: Day 7
absolute change of Immunglobulin G (IgG)
Time frame: Day 7
percentage of change of Immunglobulin G (IgG)
Time frame: Day 14
absolute change of Immunglobulin G (IgG)
Time frame: Day 14
percentage of change of Immunglobulin G (IgG)
Time frame: Day 4
percentage of change of Creatinin
Time frame: Day 4
absolute change of Creatinin
Time frame: Day 7
percentage of change of Creatinin
Time frame: Day 7
absolute change of Creatinin
Time frame: Day 14
percentage of change of Creatinin
Time frame: Day 14
absolute change of Creatinin
Time frame: Day 4
Neutrophil to lymphocyte number ratio
Time frame: Day 7
Neutrophil to lymphocyte number ratio
Time frame: Day 14
Neutrophil to lymphocyte number ratio
Time frame: Day 4
IL-6/IL-10 concentration ratio
Time frame: Day 7
IL-6/IL-10 concentration ratio
Time frame: Day 14
IL-6/IL-10 concentration ratio
Time frame: Day 14
IL-6/INFy concentration ratio
Time frame: Day 7
IL-6/INFy concentration ratio
Time frame: Day 4
IL-6/INFy concentration ratio
Time frame: Day 4
FDA (Federal drug agency) recommended symptom questionnaire - higher scores describe worse symptoms, scoring 0 to 3 (question 1 to 12) and 0 to 2 (question 13 and 14)
Time frame: Day 7
FDA (Federal drug agency) recommended symptom questionnaire - higher scores describe worse symptoms, scoring 0 to 3 (question 1 to 12) and 0 to 2 (question 13 and 14)
Time frame: Day 14
FDA (Federal drug agency) recommended symptom questionnaire - higher scores describe worse symptoms, scoring 0 to 3 (question 1 to 12) and 0 to 2 (question 13 and 14)
Time frame: Day 28
FDA (Federal drug agency) recommended symptom questionnaire - higher scores describe worse symptoms, scoring 0 to 3 (question 1 to 12) and 0 to 2 (question 13 and 14)
Time frame: Day 4
FDA (Federal drug agency) recommended symptom questionnaire - higher scores describe worse symptoms, scoring 0 to 3 (question 1 to 12) and 0 to 2 (question 13 and 14)
Time frame: Day 7
FDA (Federal drug agency) recommended symptom questionnaire - higher scores describe worse symptoms, scoring 0 to 3 (question 1 to 12) and 0 to 2 (question 13 and 14)
Time frame: Day 14
FDA (Federal drug agency) recommended symptom questionnaire - higher scores describe worse symptoms, scoring 0 to 3 (question 1 to 12) and 0 to 2 (question 13 and 14)
Time frame: Day 28
FDA (Federal drug agency) recommended symptom questionnaire - higher scores describe worse symptoms, scoring 0 to 3 (question 1 to 12) and 0 to 2 (question 13 and 14)
Time frame: Day 4
FDA (Federal drug agency) recommended symptom questionnaire - higher scores describe worse symptoms, scoring 0 to 3 (question 1 to 12) and 0 to 2 (question 13 and 14)
Time frame: Day 7
FDA (Federal drug agency) recommended symptom questionnaire - higher scores describe worse symptoms, scoring 0 to 3 (question 1 to 12) and 0 to 2 (question 13 and 14)
Time frame: Day 14
FDA (Federal drug agency) recommended symptom questionnaire - higher scores describe worse symptoms, scoring 0 to 3 (question 1 to 12) and 0 to 2 (question 13 and 14)
Time frame: Day 28
FDA (Federal drug agency) recommended symptom questionnaire - higher scores describe worse symptoms, scoring 0 to 3 (question 1 to 12) and 0 to 2 (question 13 and 14)
Time frame: Day 28
Time to defervescence in days
Time frame: Day 28
Number of patients who achieved defervescence
Time frame: Day 28
Proportion of patients who achieved defervescence
Time frame: Day 4
Absolute temperature values and change to BL
Time frame: Day 7
Absolute temperature values and change to BL
Time frame: Day 14
Absolute temperature values and change to BL
Time frame: Day 28
Absolute temperature values and change to BL
Time frame: Day 28
Time to cough reported as mild oder non existent in days
Time frame: Day 28
Time to non-existent coughing for all patients in days
Time frame: Day 28
proportion of patients with moderate or severe cough at BL who achieved cough reported as mild or none existent
Time frame: Day 28
Number of patients with moderate or severe cough at BL who achieved cough reported as mild or none existent
Time frame: Day 28
proportion of patients who achieved cough reported as none existent
Time frame: Day 28
Intensity of most bothersome symptom assessment done by visual analogue scale (VAS) and change to Baseline - score 0 to 10 cm, higher values describe higher intensity
Time frame: Day 28
Most bothersome symptom distribution (i.e.,number and percentage of patients with each symptom) (the most bothersome symptom will be defined by the patient at BL) assessment done by visual analogue scale (VAS) - score 0 to 10 cm, higher values describe higher intensity
Time frame: Day 28
proportion of patients who return to usual health
Time frame: Day 28
Number of patients who return to usual health
Time frame: Day 28
proportion of patients who return to usual activity
Time frame: Day 28
Number of patients requiring hospitalisation or oxygen supplementation (patient reported)
Time frame: Day 28
proportion of patients requiring hospitalisation or oxygen supplementation (patient reported)
Time frame: Day 4
Number of patients with improved or progressed disease state (according to world health organisation (WHO) scale) - Score 0 - 10, higher score described more progressed state
Time frame: Day 4
proportion of patients with improved or progressed disease state (according to world health organisation (WHO) scale) - Score 0 - 10, higher score described more progressed state
Time frame: Day 7
Number of patients with improved or progressed disease state (according to world health organisation (WHO) scale) Score 0 - 10, higher score described more progressed state
Time frame: Day 7
proportion of patients with improved or progressed disease state (according to world health organisation (WHO) scale) Score 0 - 10, higher score described more progressed state
Time frame: Day 14
Number of patients with improved or progressed disease state (according to world health organisation (WHO) scale) Score 0 - 10, higher score described more progressed state
Time frame: Day 14
proportion of patients with improved or progressed disease state (according to world health organisation (WHO) scale), Score 0 - 10, higher score described more progressed state
Time frame: Day 28
Number of patients with improved or progressed disease state (according to world health organisation (WHO) scale) Score 0 - 10, higher score described more progressed state
Time frame: Day 28
proportion of patients with improved or progressed disease state (according to world health organisation (WHO) scale) Score 0 - 10, higher score described more progressed state
Time frame: Day 4
Number of patients with each WHO score Score 0 - 10, higher score described more progressed state
Time frame: Day 4
proportion of patients with each WHO score Score 0 - 10, higher score described more progressed state
Time frame: Day 7
Number of patients with each WHO score Score 0 - 10, higher score described more progressed state
Time frame: Day 7
proportion of patients with each WHO score Score 0 - 10, higher score described more progressed state
Time frame: Day 14
Number of patients with each WHO score Score 0 - 10, higher score described more progressed state
Time frame: Day 14
proportion of patients with each WHO score Score 0 - 10, higher score described more progressed state
Time frame: Day 28
Number of patients with each WHO score Score 0 - 10, higher score described more progressed state
Time frame: Day 28
proportion of patients with each WHO score Score 0 - 10, higher score described more progressed state
Time frame: Day 4
WHO score and change to BL Score 0 - 10, higher score described more progressed state
Time frame: Day 7
WHO score and change to BL Score 0 - 10, higher score described more progressed state
Time frame: Day 14
WHO score and change to BL Score 0 - 10, higher score described more progressed state
Time frame: Day 28
WHO score and change to BL Score 0 - 10, higher score described more progressed state
Time frame: Day 4
Number of patients in each disease severity state according to WHO score Score 0 - 10, higher score described more progressed state
Time frame: Day 4
proportion of patients in each disease severity state according to WHO score Score 0 - 10, higher score described more progressed state
Time frame: Day 7
Number of patients in each disease severity state according to WHO score Score 0 - 10, higher score described more progressed state
Time frame: Day 7
proportion of patients in each disease severity state according to WHO score Score 0 - 10, higher score described more progressed state
Time frame: Day 14
proportion of patients in each disease severity state according to WHO score Score 0 - 10, higher score described more progressed state
Time frame: Day 14
Number of patients in each disease severity state according to WHO score Score 0 - 10, higher score described more progressed state
Time frame: Day 28
proportion of patients in each disease severity state according to WHO score Score 0 - 10, higher score described more progressed state
Time frame: Day 28
Number of patients in each disease severity state according to WHO score Score 0 - 10, higher score described more progressed state
Time frame: Day 4
Oxygen saturation measured by finger clip and change to BL
Time frame: Day 7
Oxygen saturation measured by finger clip and change to BL
Time frame: Day 14
Oxygen saturation measured by finger clip and change to BL
Time frame: Day 28
Oxygen saturation measured by finger clip and change to BL
Time frame: Day 14
Type and average daily dose of concomitant medication and total dose of paracetamol
Time frame: Day 4
Average days of additional intake of concomitant medication paracetamol
Time frame: Day 7
Average days of additional intake of concomitant medication paracetamol
Time frame: Day 14
Average days of additional intake of concomitant medication paracetamol
Time frame: Day 28
Average days of additional intake of concomitant medication paracetamol
Time frame: Day 14
Number of patients with a reduction in concomitant medication intake
Time frame: Day 14
proportion of patients with a reduction in concomitant medication intake
Time frame: Day 4
Number of patients with hyposmia or anosmia
Time frame: Day 4
proportion of patients with hyposmia or anosmia
Time frame: Day 7
Number of patients with hyposmia or anosmia
Time frame: Day 7
proportion of patients with hyposmia or anosmia
Time frame: Day 14
Number of patients with hyposmia or anosmia
Time frame: Day 14
proportion of patients with hyposmia or anosmia
Time frame: Day 28
Number of patients with hyposmia or anosmia
Time frame: Day 28
proportion of patients with hyposmia or anosmia
Time frame: Day 4
Number of patients with fever
Time frame: Day 4
proportion of patients with fever
Time frame: Day 7
Number of patients with fever
Time frame: Day 7
proportion of patients with fever
Time frame: Day 14
Number of patients with fever
Time frame: Day 14
proportion of patients with fever
Time frame: Day 28
Number of patients with fever
Time frame: Day 28
proportion of patients with fever
Time frame: Day 4
Number of patients with COVID-19 vaccination
Time frame: Day 4
proportions of patients with COVID-19 vaccination
Time frame: Day 7
Number of patients with COVID-19 vaccination
Time frame: Day 7
proportions of patients with COVID-19 vaccination
Time frame: Day 14
Number of patients with COVID-19 vaccination
Time frame: Day 14
proportions of patients with COVID-19 vaccination
Time frame: Day 28
Number of patients with COVID-19 vaccination
Time frame: Day 28
proportions of patients with COVID-19 vaccination
Time frame: Day 4
Number of recovered COVID-19 patients
Time frame: Day 4
proportion of recovered COVID-19 patients
Time frame: Day 7
Number of recovered COVID-19 patients
Time frame: Day 7
proportion of recovered COVID-19 patients
Time frame: Day 14
Number of recovered COVID-19 patients
Time frame: Day 14
proportion of recovered COVID-19 patients
Time frame: Day 28
Number of recovered COVID-19 patients
Time frame: Day 28
proportion of recovered COVID-19 patients
Time frame: Day 4
Assessment of SARS-CoV-2 negativity measured by polymerase chain reaction (PCR) test)
Time frame: Day 7
Assessment of SARS-CoV-2 negativity measured by polymerase chain reaction (PCR) test)
Time frame: Day 14
Assessment of SARS-CoV-2 negativity measured by polymerase chain reaction (PCR) test)
Time frame: Day 28
Assessment of SARS-CoV-2 negativity measured by polymerase chain reaction (PCR) test)
Time frame: Day 4
Compliance to investigational medicinal product (IMP) by dose taken and as documented in patient diary
Time frame: Day 7
Compliance to IMP by dose taken and as documented in patient diary
Time frame: Day 14
Compliance to IMP by dose taken and as documented in patient diary
Time frame: through study completion, average 28 days
Number of adverse events (AE)
Time frame: through study completion, average 28 days
Number of serious adverse events (SAE)
Time frame: through study completion, average 28 days
Type and severity of adverse events
Time frame: through study completion, average 28 days
Type and severity of serious adverse events
Time frame: through study completion, average 28 days
Seriousness and relatedness of AEs
Time frame: through study completion, average 28 days
Seriousness and relatedness of SAEs
Dr. Frank Behrens
Other
Effect of Bronchipret on Antiviral Immune Response in Patients With Mild COVID-19 (BroVID)
Acronym: BroVID
OpenTrials presents study information sourced from ClinicalTrials.gov. The official registry record should be consulted for the latest information.
View the official ClinicalTrials.gov record (opens in a new tab)This listing is for discovery and informational purposes only. It is not medical advice, does not guarantee that a study is recruiting, and does not determine eligibility. Contact the study team and a qualified healthcare professional when considering participation.
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