The study is a phase II, double-blind, randomized, placebo controlled, parallel, multicentric study in 110 patients with drug resistant depression.
This is a phase II, versus placebo, multicentre, double blind, randomized, parallel study in male or female patients with drug resistant depression. This study targets the antidepressant non-responders' patients who have already experienced at least 2 antidepressant treatments with no success. It is estimated that about 2/3 of the patients treated with antidepressant drugs do not respond partially or completely to the actual conventional treatments (Selective Serotonin Reuptake Inhibitor and Serotonin and Norepinephrine Reuptake Inhibitor). 110 patients with drug resistant depression episode, aged 18 to 80 will be included in the study. They will be recruited from psychiatric consultations in the centers participating to the study.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
QUADRUPLE
Enrollment
110
CHU Angers
Angers, France
CHU Besançon
Besançon, France
Cabinet Médical Ambroise Paré
Élancourt, France
CHD Vendée
La Roche-sur-Yon, France
Hamilton Depression Rating Scale score evolution between baseline and D43
Assessment of HDRS score with 17 items with sides 0 to 2 or 0 to 4. The scores from 0 to 4 correspond respectively to symptoms: absent, doubtful or insignificant, light, moderate, important, those ranging from 0 to 2 to symptoms: absent, doubtful or slight, overt or severe. The total score consists of the addition of the individual scores.
Time frame: 43 days
Efficacy of treatment assessed by psychopathological evaluations with Hamilton Depression Rating Scale
psychopathological evaluations at each study visit: Hamilton Depression Rating Scale (17 items with sides 0 to 2 or 0 to 4. The scores from 0 to 4 correspond respectively to symptoms: absent, doubtful or insignificant, light, moderate, important, those ranging from 0 to 2 to symptoms: absent, doubtful or slight, overt or severe. The total score consists of the addition of the individual scores)
Time frame: 43 days
Efficacy of treatment assessed by psychopathological evaluations with Montgomery and Asberg Depression rating Scale
psychopathological evaluations at each study visit:Montgomery and Asberg Depression rating Scale used to quatify the intensity of depressive symptomatology
Time frame: 43 days
Efficacy of treatment assessed by psychopathological evaluations with Brief Anxiety Scale
psychopathological evaluations at each study visit: Brief Anxiety Scale, a dimensional measure of generalized anxiety with 8 items
Time frame: 43 days
Efficacy of treatment assessed by psychopathological evaluations with Scale of Global Clinical Impressions
psychopathological evaluations at each study visit: Scale of Global Clinical Impressions which includes 2 items rated from 1 to 7 (first item is a measurement of the overall measurement of patient's condition; 2nd item evaluates the overall improvementof patient compared to his condition at the admission to the research
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Hôpital Fontan 1
Lille, France
CHU Nantes
Nantes, France
APHP Hôpital La Pitié Salpétrière - Prinicipal investigator center
Paris, France
Hôpital Ste Anne
Paris, France
CHU Henri Laborit
Poitiers, France
CHRU Tours
Tours, France
Time frame: 43 days
Efficacy of treatment assessed by psychopathological evaluations with Quick Inventory of Depressive Symptoms
psychopathological evaluations at each study visit: Quick Inventory of Depressive Symptoms is a questionnaire allowing the assessment of the degree of depression by the patient himself.
Time frame: 43 days
Efficacy of treatment assessed by psychopathological evaluations with General Assessment Functioning
psychopathological evaluations at each study visit: General Assessment Functioning. The score is ranged on a hypothetical continuum from 1, the value representing the sickest individual, to 90, a value representing an individual without or with very minimal symptoms and functioning satisfactorily in his social environment or his family. The scale is divided into 9 equal intervals ranging from 1 to 10, 11 to 20, 21 to 30, etc.
Time frame: 43 days
Pharmacokinetic assessments with observed maximum plasma concentration (Cmax);
Cmax for MAP4343 in plasma at each study visit.
Time frame: 127 days
Pharmacokinetic assessments with first time to reach Cmax (tmax);
tmax for MAP4343 in plasma at each study visit.
Time frame: 127 days
Pharmacokinetic assessments with elimination rate constant (Kel);
Kel for MAP4343 in plasma at each study visit.
Time frame: 127 days
Pharmacokinetic assessments with plasma elimination half-life (t1/2);
t1/2 for MAP4343 in plasma at each study visit
Time frame: 127 days
Pharmacokinetic assessments with plasma area under the plasma concentration-time curve from administration up to infinity with extrapolation of the terminal phase (AUCinf);
AUCinf for MAP4343 in plasma at each study visit
Time frame: 127 days
Pharmacokinetic assessments with percentage of extrapolated AUCinf (%AUCextra);
%AUCextra for MAP4343 in plasma at each study visit
Time frame: 127 days
Pharmacokinetic assessments with volumn of distribution (Vd/F);
Vd/F for MAP4343 in plasma at each study visit.
Time frame: 127 days
Pharmacokinetic assessments with Clearance (Cl/F);
Cl/F for MAP4343 in plasma at each study visit
Time frame: 127 days
Pharmacokinetic assessments with accumulation ratio (R);
R for MAP4343 in plasma at each study visit.
Time frame: 127 days
Safety parameters assessed by the number of adverse events (AE)
AE evaluation
Time frame: 127 days
Safety parameters assessed - Heart rate
Vital signs assessed by heart rate measurement (beats per minute)
Time frame: 127 days
Safety parameters assessed by blood pressure
Vital signs assessed by systolic and diastolic blood pressure measurement (mmHg)
Time frame: 127 days
Safety parameters assessed - 12-lead Electrocardiogramm
Heart Rate; Electrocardiogramm measure during 12 hours (12-lead ECG) : heart rate (beats per minute)
Time frame: 127 days
Safety parameters assessed - 12-lead ElectrocardiogrammPR;
Electrocardiogramm measure during 12 hours (12-lead ECG) : PR interval (milliseconds)
Time frame: 127 days
Safety parameters assessed -12-lead Electrocardiogramm : QT
Electrocardiogramm measure during 12 hours (12-lead ECG) : QT interval (milliseconds)
Time frame: 127 days
Safety parameters assessed - 12-lead Electrocardiogramm : QTc
Electrocardiogramm measure during 12 hours (12-lead ECG) : QTc with automatic correction (milliseconds)
Time frame: 127 days
Safety parameters assessed by hematology parameters : Haemoglobin
Laboratory exams : hematology parameters (Haemoglobin in g/L)
Time frame: 127 days
Safety parameters assessed by hematology parameters: Haematocrit
Laboratory exams : hematology parameters (Haematocrit in %)
Time frame: 127 days
Safety parameters assessed by hematology parameters: Red blood cells
Laboratory exams : hematology parameters (Red blood cells in Tera/L)
Time frame: 127 days
Safety parameters assessed by hematology parameters: White blood cells
Laboratory exams : hematology parameters (White blood cells in Giga/L)
Time frame: 127 days
Safety parameters assessed by hematology parameters:Neutrophils
Laboratory exams : hematology parameters (Neutrophils in Giga/L
Time frame: 127 days
Safety parameters assessed by hematology parameters: Eosinophils
Laboratory exams : hematology parameters (Eosinophils in Giga/L)
Time frame: 127 days
Safety parameters assessed by hematology parameters: Basophils
Laboratory exams : hematology parameters (Basophils in Giga/L)
Time frame: 127 days
Safety parameters assessed by hematology parameters: Lymphocytes
Laboratory exams : hematology parameters (Lymphocytes in Giga/L)
Time frame: 127 days
Safety parameters assessed by hematology parameters: Monocytes
Laboratory exams : hematology parameters (Monocytes in Giga/L)
Time frame: 127 days
Safety parameters assessed by hematology parameters: Platelets
Laboratory exams : hematology parameters (Platelets in Giga/L)
Time frame: 127 days
Safety parameters assessed by hematology parameters: Reticulocytes;
Laboratory exams : hematology parameters (Reticulocytes in Giga/L)
Time frame: 127 days
Safety parameters assessed by red blood cells indices
MCV; Red blood cells indices : MCV (in picograms) MCH; Red blood cells indices : MCH (in picograms) MCHC; Red blood cells indices : MCHC (in picograms)
Time frame: 127 days
Safety parameters assessed by hemostasis parameters
INR measurement; Laboratory exams : hemostasis parameters (INR) Prothrombin time; Laboratory exams : hemostasis parameters (Prothrombin time in seconds) APTT; Laboratory exams : hemostasis parameters (APTT in seconds) APTT reference; Laboratory exams : hemostasis parameters (APTT reference in seconds)
Time frame: 127 days
Safety parameters assessed by serology parameters
P24 antigen; Laboratory exams : serology (P24 antigen detection) HIV; Laboratory exams : serology (HIV 1/2 antibodies detection) HCV; Laboratory exams : serology (HCV antibodies detection) HBs; Laboratory exams : serology (HBs antigen detection)
Time frame: 127 days
Safety parameters assessed by biochemistry parameters : Glucose
Lab exams: biochem(Glucose in mmol/L)
Time frame: 127 days
Safety parameters assessed by biochemistry parameters: Creatinine
Lab exams: biochem( in μmol/L)
Time frame: 127 days
Safety parameters assessed by biochemistry parameters: SGOT/ASAT
Lab exams : biochem(in IU/L)
Time frame: 127 days
Safety parameters assessed by biochemistry parameters: SGOT/ALAT
Lab exams: biochem(in IU/L)
Time frame: 127 days
Safety parameters assessed by biochemistry parameters:GGT
Lab exams: biochem(IU/L)
Time frame: 127 days
Safety parameters assessed by biochemistry parameters: Alkalin phosphatase
Lab exams: biochem(IU/L)
Time frame: 127 days
Safety parameters assessed by biochemistry parameters: CPK
Lab exams: biochem(IU/L)
Time frame: 127 days
Safety parameters assessed by biochemistry parameters: Total bilirubin
Lab exams: biochem(μmol/L)
Time frame: 127 days
Safety parameters assessed by biochemistry parameters: Conjugated bilirubin
Lab exams: biochem(μmol/L)
Time frame: 127 days
Safety parameters assessed by biochemistry parameters: Uric Acid
Lab exams: biochem(μmol/L)
Time frame: 127 days
Safety parameters assessed by biochemistry parameters: Cholesterol
Lab exams: biochem(in mmol/L)
Time frame: 127 days
Safety parameters assessed by biochemistry parameters: Triglycerides
Lab exams: biochem(in mmol/L)
Time frame: 127 days
Safety parameters assessed by biochemistry parameters: Sodium
Lab exams: biochem(in mmol/L)
Time frame: 127 days
Safety parameters assessed by biochemistry parameters: Potassium
Lab exams: biochem(in mmol/L)
Time frame: 127 days
Safety parameters assessed by biochemistry parameters: Chlore
Lab exams: biochem( in mmol/L)
Time frame: 127 days
Safety parameters assessed by biochemistry parameters:Calcium
Lab exams: biochem(in mmol/L)
Time frame: 127 days
Safety parameters assessed by biochemistry parameters:Total protein
Lab exams: biochem(in g/L)
Time frame: 127 days
Safety parameters assessed by biochemistry parameters:Albumin
Lab exams: biochem(in g/L)
Time frame: 127 days
Safety parameters assessed by hormonology parameters
Laboratory exams : hormonology (Β-HCG)
Time frame: 127 days
Safety parameters assessed by weight measurement
Physical exams : weight measurement in kilograms
Time frame: 127 days
Safety parameters assessed by height measurement
Physical exams : height measurement in centimeters
Time frame: 127 days
Battery of cognitive tasks
Cognitive evaluation
Time frame: 43 days
Plasmatic quantification of inflammatory biomarkers concentration (CRPs)
Plasmatic quantification of concentration CRPs.
Time frame: 43 days
Plasmatic quantification of inflammatory biomarkers concentration (Interleukins1, 6 and 10)
Plasmatic quantification of concentration of Interleukins 1, 6 and 10
Time frame: 43 days
Blood quantification of gut microbiome
Metagenomic study of blood markers of gut mircrobiome
Time frame: 43