Trial Outcomes & Findings for Study of Oxytocin in Autism to Improve Reciprocal Social Behaviors (NCT NCT01944046)

NCT ID: NCT01944046

Last Updated: 2021-06-18

Results Overview

The primary outcome is Change in Aberrant Behavior Checklist-Modified Social Withdrawal subscale- a measure of reciprocal social behaviors. ABC-mSW is a modification of the ABC-Lethargy subscale. The ABC-mSW consists of the sum of questions 5,12,16, 20, 23, 26, 30, 37, 40, 42, 43, 55, and 58. In contrast to the ABC-Lethargy subscale it eliminates question 3 (listless, sluggish, inactive), question 32 (sits or stands in one position for a long time), and question 53 (inactive, never moves spontaneously). Thirteen individual items are scored 0-3, therefore the range is 0-39. Higher score indicates lower social reciprocity. Repeated measures were obtained at baseline, weeks 4, 8, 12, 16, 20, 24.

Recruitment status

COMPLETED

Study phase

PHASE2

Target enrollment

290 participants

Primary outcome timeframe

Least Mean Squares Double-blind phase: change from baseline to week 24

Results posted on

2021-06-18

Participant Flow

Participant milestones

Participant milestones
Measure
Oxytocin Nasal Spray
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Randomized to DB
STARTED
146
144
Randomized to DB
COMPLETED
125
125
Randomized to DB
NOT COMPLETED
21
19
Open Label Eligible and Consented
STARTED
124
124
Open Label Eligible and Consented
COMPLETED
110
116
Open Label Eligible and Consented
NOT COMPLETED
14
8

Reasons for withdrawal

Reasons for withdrawal
Measure
Oxytocin Nasal Spray
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Randomized to DB
Adverse Event
5
2
Randomized to DB
Clinical Worsening
3
2
Randomized to DB
Lost to Follow-up
3
3
Randomized to DB
Withdrawal by Subject
2
4
Randomized to DB
Physician Decision
1
2
Randomized to DB
Did not have baseline ABC-SW
2
0
Randomized to DB
Did not have a postbaseline ABC SW
5
6
Open Label Eligible and Consented
Lost to Follow-up
3
5
Open Label Eligible and Consented
Adverse Event
6
1
Open Label Eligible and Consented
Clinical Worsening
4
2
Open Label Eligible and Consented
Withdrawal by Subject
1
0

Baseline Characteristics

Study of Oxytocin in Autism to Improve Reciprocal Social Behaviors

Baseline characteristics by cohort

Baseline characteristics by cohort
Measure
Oxytocin Nasal Spray
n=139 Participants
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray
n=138 Participants
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Total
n=277 Participants
Total of all reporting groups
Age, Continuous
10.4 years
STANDARD_DEVIATION 4.06 • n=5 Participants
10.4 years
STANDARD_DEVIATION 3.99 • n=7 Participants
10.4 years
STANDARD_DEVIATION 4.04 • n=5 Participants
Sex: Female, Male
Female
17 Participants
n=5 Participants
18 Participants
n=7 Participants
35 Participants
n=5 Participants
Sex: Female, Male
Male
122 Participants
n=5 Participants
120 Participants
n=7 Participants
242 Participants
n=5 Participants
Ethnicity (NIH/OMB)
Hispanic or Latino
13 Participants
n=5 Participants
15 Participants
n=7 Participants
28 Participants
n=5 Participants
Ethnicity (NIH/OMB)
Not Hispanic or Latino
126 Participants
n=5 Participants
123 Participants
n=7 Participants
249 Participants
n=5 Participants
Ethnicity (NIH/OMB)
Unknown or Not Reported
0 Participants
n=5 Participants
0 Participants
n=7 Participants
0 Participants
n=5 Participants
Race (NIH/OMB)
American Indian or Alaska Native
0 Participants
n=5 Participants
0 Participants
n=7 Participants
0 Participants
n=5 Participants
Race (NIH/OMB)
Asian
11 Participants
n=5 Participants
12 Participants
n=7 Participants
23 Participants
n=5 Participants
Race (NIH/OMB)
Native Hawaiian or Other Pacific Islander
0 Participants
n=5 Participants
0 Participants
n=7 Participants
0 Participants
n=5 Participants
Race (NIH/OMB)
Black or African American
9 Participants
n=5 Participants
14 Participants
n=7 Participants
23 Participants
n=5 Participants
Race (NIH/OMB)
White
104 Participants
n=5 Participants
100 Participants
n=7 Participants
204 Participants
n=5 Participants
Race (NIH/OMB)
More than one race
14 Participants
n=5 Participants
9 Participants
n=7 Participants
23 Participants
n=5 Participants
Race (NIH/OMB)
Unknown or Not Reported
1 Participants
n=5 Participants
3 Participants
n=7 Participants
4 Participants
n=5 Participants
Region of Enrollment
United States
139 Participants
n=5 Participants
138 Participants
n=7 Participants
277 Participants
n=5 Participants
Aberrant Behavior Checklist Social Withdrawal Subscale Score (ABC-SW) abc-SW (mean
11.0 units on a scale
STANDARD_DEVIATION 6.9 • n=5 Participants
11.6 units on a scale
STANDARD_DEVIATION 7.8 • n=7 Participants
11.3 units on a scale
STANDARD_DEVIATION 7.4 • n=5 Participants

PRIMARY outcome

Timeframe: Least Mean Squares Double-blind phase: change from baseline to week 24

Population: Full Analysis Set

The primary outcome is Change in Aberrant Behavior Checklist-Modified Social Withdrawal subscale- a measure of reciprocal social behaviors. ABC-mSW is a modification of the ABC-Lethargy subscale. The ABC-mSW consists of the sum of questions 5,12,16, 20, 23, 26, 30, 37, 40, 42, 43, 55, and 58. In contrast to the ABC-Lethargy subscale it eliminates question 3 (listless, sluggish, inactive), question 32 (sits or stands in one position for a long time), and question 53 (inactive, never moves spontaneously). Thirteen individual items are scored 0-3, therefore the range is 0-39. Higher score indicates lower social reciprocity. Repeated measures were obtained at baseline, weeks 4, 8, 12, 16, 20, 24.

Outcome measures

Outcome measures
Measure
Oxytocin Nasal Spray
n=139 Participants
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray
n=138 Participants
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Change in Aberrant Behavior Checklist-Modified Social Withdrawal Subscale ABC-mSW, a Measure of Social Reciprocity
DB w0- w16
7.99 score on a scale
Standard Error 0.46
8.04 score on a scale
Standard Error 0.46
Change in Aberrant Behavior Checklist-Modified Social Withdrawal Subscale ABC-mSW, a Measure of Social Reciprocity
Double-blind baseline-w12
7.48 score on a scale
Standard Error 0.43
8.13 score on a scale
Standard Error 0.43
Change in Aberrant Behavior Checklist-Modified Social Withdrawal Subscale ABC-mSW, a Measure of Social Reciprocity
Double-blind baseline to w4
8.81 score on a scale
Standard Error 0.39
8.68 score on a scale
Standard Error 0.39
Change in Aberrant Behavior Checklist-Modified Social Withdrawal Subscale ABC-mSW, a Measure of Social Reciprocity
Double-blind baseline to w8
8.97 score on a scale
Standard Error 0.45
8.68 score on a scale
Standard Error 0.45
Change in Aberrant Behavior Checklist-Modified Social Withdrawal Subscale ABC-mSW, a Measure of Social Reciprocity
DB w0- w20
7.81 score on a scale
Standard Error 0.05
7.75 score on a scale
Standard Error 0.45
Change in Aberrant Behavior Checklist-Modified Social Withdrawal Subscale ABC-mSW, a Measure of Social Reciprocity
DB w0-w24
7.75 score on a scale
Standard Error 0.46
8.05 score on a scale
Standard Error 0.46

PRIMARY outcome

Timeframe: Least mean squares for Open Label: Change between weeks 24-48

Population: Open Label phase participants in OLE FAS excluding 2 participants without usable ABC-sws (either w24 or at least one pw24 ABC-sw.

The ABC-mSW is described above and involves 13 items reflecting lack of reciprocal interaction. Each item is scored from 0 (never shows behavior) to 3 (behavior is a major problem). The range is 0-39. Higher scores indicate worse reciprocal social functioning.

Outcome measures

Outcome measures
Measure
Oxytocin Nasal Spray
n=125 Participants
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray
n=122 Participants
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Change in Aberrant Behavior Checklist-Modified Social Withdrawal Subscale ABC-mSW, a Measure of Social Reciprocity
Open Label week 48
6.99 score on a scale
Interval 6.1 to 7.89
6.78 score on a scale
Interval 5.89 to 7.67
Change in Aberrant Behavior Checklist-Modified Social Withdrawal Subscale ABC-mSW, a Measure of Social Reciprocity
Open Label week 24
7.83 score on a scale
Interval 7.11 to 8.55
7.81 score on a scale
Interval 7.09 to 8.52

SECONDARY outcome

Timeframe: Double-blind phase: change in least means squares between week 0 & 24.

Population: Full Analysis Set

The Sociability Factor (SF) is a summed measure of the13 items of the ABC-SW and the 18 items of the Pervasive Development Disorders Behavior Inventory-Screening Version (PDDBI-SV).The PDDBI-SV assesses both adaptive social behaviors and social problems typical of ASD. The adaptive behaviors are reverse scored so that all the analyzed scores range from 0-performing in a neurotypical fashion to 3 typically performs in a way associated with ASD. the total # of items on this summed measure is 31 with a range from 0 to 93. More impaired social functioning indicated by higher scores. This measure was changed to a secondary outcome in the final statistical analysis plan.

Outcome measures

Outcome measures
Measure
Oxytocin Nasal Spray
n=139 Participants
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray
n=138 Participants
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Change in Sociability Factor (SF)
DB w0
35.8 score on a scale
Standard Error 1.24
36.1 score on a scale
Standard Error 1.28
Change in Sociability Factor (SF)
DB w0-w4
-5.57 score on a scale
Standard Error 0.69
-5.81 score on a scale
Standard Error 0.69
Change in Sociability Factor (SF)
DB w0-w8
-5.99 score on a scale
Standard Error 0.66
-6.30 score on a scale
Standard Error 0.66
Change in Sociability Factor (SF)
DB w0-w12
-6.40 score on a scale
Standard Error 0.66
-6.79 score on a scale
Standard Error 0.66
Change in Sociability Factor (SF)
DB w0-w16
-6.82 score on a scale
Standard Error 0.70
-7.28 score on a scale
Standard Error 0.71
Change in Sociability Factor (SF)
DB w0-w20
-7.24 score on a scale
Standard Error 0.88
-7.77 score on a scale
Standard Error 0.88
Change in Sociability Factor (SF)
DB w0-w24
-7.66 score on a scale
Standard Error 0.78
-8.27 score on a scale
Standard Error 0.88

SECONDARY outcome

Timeframe: Double-blind phase: baseline, weeks 12, 24

Population: Full Analysis Set

The SRS-Social Motivation subscale was developed to provide a quantitative measure of social impairments typically observed in ASD in children 3-18 years. Reported as T-score with a range of 38-90 for both boys and girls. Higher score indicates more severe clinical condition. Lower value in change indicates more improvement.

Outcome measures

Outcome measures
Measure
Oxytocin Nasal Spray
n=139 Participants
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray
n=138 Participants
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Change in Social Responsiveness Scale-2 (SRS-2) Social Motivation Subscale Score
Double-blind baseline to week 12
-4.58 T-score
Standard Deviation 0.68
-5.72 T-score
Standard Deviation 0.69
Change in Social Responsiveness Scale-2 (SRS-2) Social Motivation Subscale Score
Double-blind baseline to week 24
-4.49 T-score
Standard Deviation 0.70
-5.42 T-score
Standard Deviation 0.70

SECONDARY outcome

Timeframe: Double-blind phase: baseline to week 24

Population: Participants with scores collected at baseline and week 24.

Cognitive skills will be assessed using the Stanford Binet-5th Edition (SB-5) (Roid). Acceptable IQ range is 47-153, with higher score being better. Higher change scores indicate more improvement.

Outcome measures

Outcome measures
Measure
Oxytocin Nasal Spray
n=94 Participants
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray
n=98 Participants
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Change in Stanford Binet-5th Edition (SB-5) IQ Score
0.40 score on a scale
Standard Deviation 11.64
1.0 score on a scale
Standard Deviation 10.84

OTHER_PRE_SPECIFIED outcome

Timeframe: Open Label: weeks 24, 48

Population: Open Label phase participants

The SRS-Social Motivation subscale was developed to provide a quantitative measure of social impairments typically observed in ASD in children 3-18 years. Reported as T-score with a range of 38-90 for both boys and girls. Higher score indicates more severe clinical condition. Lower value in change indicates more improvement.

Outcome measures

Outcome measures
Measure
Oxytocin Nasal Spray
n=127 Participants
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray
n=122 Participants
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Social Responsiveness Scale-2 (SRS-2) Social Motivation Subscale Score
Open Label week 24
88.5 T-score
Standard Error 1.37
86.6 T-score
Standard Error 1.37
Social Responsiveness Scale-2 (SRS-2) Social Motivation Subscale Score
Open Label week 48
87.9 T-score
Standard Error 1.83
83.0 T-score
Standard Error 1.81

OTHER_PRE_SPECIFIED outcome

Timeframe: Double-blind phase: baseline, week 24; Open Label: week 48

Population: Full Analysis Set

Functional skills will be assessed using the VABS-II Daily Living Domain Score. Uses standard score with a mean of 100 and SD of 15 with a range of 20-160. Higher score is better. Higher value in change indicates more improvement.

Outcome measures

Outcome measures
Measure
Oxytocin Nasal Spray
n=139 Participants
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray
n=138 Participants
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Change in Vineland II Adaptive Behavior Scales (VABS-II) Daily Living Domain Score
Double-blind baseline to week 24
2.50 score on a scale
Standard Error 1.10
1.24 score on a scale
Standard Error 1.14
Change in Vineland II Adaptive Behavior Scales (VABS-II) Daily Living Domain Score
Open Label week 24 to week 48
1.76 score on a scale
Standard Error 1.19
0.62 score on a scale
Standard Error 0.11

OTHER_PRE_SPECIFIED outcome

Timeframe: Open Label: weeks 24, 48

Population: Full Analysis Set participants who entered double blind and have values at week 24 AND 48

Caregiver questionnaire that assesses the impact of caring for the proband on caregiver and family. Each item on the subjective internalizing CSQ subscale is rated from 1 to 5. Then all items within the subscale are summed and the mean is determined based on the number of items in the subscale. Higher score indicates more caregiver strain. Lower value in change indicates more improvement.

Outcome measures

Outcome measures
Measure
Oxytocin Nasal Spray
n=110 Participants
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray
n=119 Participants
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Caregiver Strain Questionnaire (CSQ) Subjective Internalizing Subscale Mean Score
Open Label week 24
2.96 mean score on a scale
Standard Deviation 0.99
2.85 mean score on a scale
Standard Deviation 1.00
Caregiver Strain Questionnaire (CSQ) Subjective Internalizing Subscale Mean Score
Open Label week 48
2.97 mean score on a scale
Standard Deviation 0.99
2.85 mean score on a scale
Standard Deviation 0.97

OTHER_PRE_SPECIFIED outcome

Timeframe: Double-blind phase: baseline, week 24; Open Label: week 48

Population: Full Analysis Set

Functional skills will be assessed using the VABS-II Communication Domain Score. Uses standard score with a mean of 100 and SD of 15 with a range of 20-160. Higher score is better. Higher value in change indicates more improvement.

Outcome measures

Outcome measures
Measure
Oxytocin Nasal Spray
n=139 Participants
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray
n=138 Participants
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Change in Vineland II Adaptive Behavior Scales (VABS-II) Communication Domain Score
Double-blind baseline to week 24
3.88 score on a scale
Standard Error 0.89
2.27 score on a scale
Standard Error 0.90
Change in Vineland II Adaptive Behavior Scales (VABS-II) Communication Domain Score
Open Label week 24 to week 48
4.06 score on a scale
Standard Error 1.35
5.98 score on a scale
Standard Error 1.41

OTHER_PRE_SPECIFIED outcome

Timeframe: Double-blind phase: baseline, week 24

Population: Full Analysis Set

Caregiver questionnaire that assesses the impact of caring for the proband on caregiver and family. CSQ subscale scores are ranged from 1 to 5. with each item of the subscale having the same range, the sum of the items within the subscale are summed, and the mean score is determined (I.e. a single # between 1 and 5) and reported. Higher scores indicate more caregiver strain. Lower value in change indicates more improvement.

Outcome measures

Outcome measures
Measure
Oxytocin Nasal Spray
n=139 Participants
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray
n=138 Participants
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Change in Caregiver Strain Questionnaire (CSQ) Subjective Internalizing Subscale Score
-0.16 score on a scale
Standard Error 0.07
-0.29 score on a scale
Standard Error 0.07

OTHER_PRE_SPECIFIED outcome

Timeframe: Double-blind phase: baseline, week 24; Open Label: week 48

Population: Full Analysis Set

Functional skills will be assessed using the VABS-II Socialization Domain Score. Uses standard score with a mean of 100 and SD of 15 with a range of 20-160. Higher score is better. Higher value in change indicates more improvement.

Outcome measures

Outcome measures
Measure
Oxytocin Nasal Spray
n=139 Participants
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray
n=138 Participants
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Change in Vineland II Adaptive Behavior Scales (VABS-II) Socialization Domain Score
Double-blind baseline to week 24
4.45 score on a scale
Standard Error 1.27
4.87 score on a scale
Standard Error 1.25
Change in Vineland II Adaptive Behavior Scales (VABS-II) Socialization Domain Score
Open Label week 24 to week 48
1.59 score on a scale
Standard Error 1.11
0.54 score on a scale
Standard Error 1.10

OTHER_PRE_SPECIFIED outcome

Timeframe: Double-blind phase: baseline, week 24; Open Label: week 48

Population: Full Analysis Set

Caregiver questionnaire that assesses the impact of caring for the proband on caregiver and family. CSQ subscale scores are ranged from 1 to 5. Higher score indicates more caregiver strain. Lower value in change indicates more improvement. The analysis directions for the instrument that are used in these analyses are the mean of all the responses in the scale or subscale.

Outcome measures

Outcome measures
Measure
Oxytocin Nasal Spray
n=139 Participants
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray
n=138 Participants
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Change in Caregiver Strain Questionnaire (CSQ) Objective Subscale Score
Double-blind baseline to week 24
-0.16 score on a scale
Standard Error 0.06
-0.22 score on a scale
Standard Error 0.06
Change in Caregiver Strain Questionnaire (CSQ) Objective Subscale Score
Open Label week 24 to week 48
0.13 score on a scale
Standard Error 0.06
0.44 score on a scale
Standard Error 0.08

OTHER_PRE_SPECIFIED outcome

Timeframe: Double-blind phase: baseline, week 24; Open Label: week 48

Population: Full Analysis Set

Caregiver questionnaire that assesses the impact of caring for the proband on caregiver and family. CSQ subscale scores are ranged from 1 to 5. Higher score indicates more caregiver strain. Lower value in change indicates more improvement.

Outcome measures

Outcome measures
Measure
Oxytocin Nasal Spray
n=139 Participants
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray
n=138 Participants
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Change in Caregiver Strain Questionnaire (CSQ) Subjective Externalizing Subscale Score
Double-blind baseline to week 24
-0.08 score on a scale
Standard Error 0.04
-0.04 score on a scale
Standard Error 0.04
Change in Caregiver Strain Questionnaire (CSQ) Subjective Externalizing Subscale Score
Open Label week 24 to week 48
0.01 score on a scale
Standard Error 0.07
0 score on a scale
Standard Error 0.08

OTHER_PRE_SPECIFIED outcome

Timeframe: Double-blind phase: baseline, week 24

Population: Full Analysis Set

Functional skills including communication will be assessed using the VABS-II Adaptive Behavior Composite Score. Uses standard score with a mean of 100 and SD of 15 with a range of 20-160. Higher score is better. Higher value in change indicates more improvement.

Outcome measures

Outcome measures
Measure
Oxytocin Nasal Spray
n=139 Participants
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray
n=138 Participants
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Change in Vineland II Adaptive Behavior Scales (VABS-II) Composite Score
2.61 score on a scale
Standard Deviation 1.26
1.50 score on a scale
Standard Deviation 1.27

OTHER_PRE_SPECIFIED outcome

Timeframe: Double blind phase: change from Baseline to week 12, and week 24. Open label phase change from week 24 to week 48

Population: full analysis set

The Clinical Global Impressions - Improvement score and Severity score, which is routinely used in pharmacologic clinical trials, will capture the study physician's global impression of response. scores of 1 and 2 are considered as a percentage of total subjects in arm

Outcome measures

Outcome measures
Measure
Oxytocin Nasal Spray
n=138 Participants
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray
n=139 Participants
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Change in Clinical Global Impressions -Improvement Score (CGI-I)
64 percentage of participants in arm
53 percentage of participants in arm

OTHER_PRE_SPECIFIED outcome

Timeframe: Double blind phase: change from Baseline and week 24. Note: only those who demonstrated understanding of these concepts were included in sample.

Population: only subjects who could define feelings from fluently verbal subgroup

This computerized task consists of a series of pictures of eyes in which the participant needs to determine which emotion the eyes are expressing from 4 emotions listed along with the picture. The outcome is the % of pictures with correct emotion identified. The range is 0 to 100%. The larger percent identified correctly indicates better ability to perceive emotions. An increase or positive change indicates better ability to identify emotions since baseline.

Outcome measures

Outcome measures
Measure
Oxytocin Nasal Spray
n=69 Participants
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray
n=64 Participants
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Reading Mind in the Eyes Test is an Objective Measures of the Extent to Which Verbal Participants With Rudimentary Knowledge of Emotion Names Are Able to Correctly Identify the Emotion Shown in a Black and White Picture of the Eyes and Nose of an Actor.
DB w0
51.1 percentage of correct responses
Standard Deviation 18.76
48.2 percentage of correct responses
Standard Deviation 18.61
Reading Mind in the Eyes Test is an Objective Measures of the Extent to Which Verbal Participants With Rudimentary Knowledge of Emotion Names Are Able to Correctly Identify the Emotion Shown in a Black and White Picture of the Eyes and Nose of an Actor.
DB w24
54.9 percentage of correct responses
Standard Deviation 14.02
49.92 percentage of correct responses
Standard Deviation 13.84

Adverse Events

Oxytocin Nasal Spray: Double-blind Phase

Serious events: 2 serious events
Other events: 120 other events
Deaths: 0 deaths

Placebo Nasal Spray: Double-blind Phase

Serious events: 1 serious events
Other events: 120 other events
Deaths: 0 deaths

Oxytocin Nasal Spray: Open Label Phase

Serious events: 4 serious events
Other events: 91 other events
Deaths: 1 deaths

Placebo Nasal Spray: Open Label Phase

Serious events: 0 serious events
Other events: 92 other events
Deaths: 0 deaths

Serious adverse events

Serious adverse events
Measure
Oxytocin Nasal Spray: Double-blind Phase
n=146 participants at risk
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray: Double-blind Phase
n=144 participants at risk
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Oxytocin Nasal Spray: Open Label Phase
n=127 participants at risk
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray: Open Label Phase
n=122 participants at risk
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Nervous system disorders
Seizures
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Gastrointestinal disorders
Constipation
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Dysphoria
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Irritability
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Sedation
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
General disorders
Appendicitis
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Aggression
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Anxiety
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).

Other adverse events

Other adverse events
Measure
Oxytocin Nasal Spray: Double-blind Phase
n=146 participants at risk
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray: Double-blind Phase
n=144 participants at risk
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Oxytocin Nasal Spray: Open Label Phase
n=127 participants at risk
Oxytocin Oxytocin Nasal Spray: Each insufflation will deliver 8 IU or 24 IU of oxytocin. A maximum of 3 insufflations at a time will be required. Dosing will be flexible between 8 IU/day and 80 IU/day, typically in two divided doses delivered in the morning and in the afternoon. Doses will typically increase by 8 IU twice daily (BID) at week 2 and weeks 4 and 8 until achieving the target dose of 24 IU BID at week 8. Subsequently doses may be increased in 8 IU BID increments ONLY at each visit until a maximum dose of 40 IU BID is achieved.Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. During the open label phase after approximately March 2019 the study used only the 24 IU /0.10 ml formulation and the maximum dose was 72 IU per day.
Placebo Nasal Spray: Open Label Phase
n=122 participants at risk
Placebo Placebo Nasal Spray: This nasal spray will contain all of the ingredients that are in the active oxytocin spray in the same quantities, except there will be no oxytocin added to the solution. It will be packaged using the same container system as the active oxytocin nasal spray. Each bottle's label will have its own unique nonsequential randomly assigned number and not a lot number to facilitate masking. Dose titration will occur using exactly the same criteria and procedures as for active study drug.
Psychiatric disorders
Negativism
16.4%
24/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
16.0%
23/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
7.9%
10/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
8.2%
10/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Aggression Or Hostility
15.8%
23/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
13.9%
20/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
7.9%
10/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.9%
6/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Anger Or Irritability
13.7%
20/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
13.9%
20/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
11.0%
14/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.9%
6/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Frustration
10.3%
15/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
12.5%
18/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
5.5%
7/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
7.4%
9/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Crying
8.9%
13/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
11.8%
17/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
7.9%
10/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
8.2%
10/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Inappropriate Affect
8.9%
13/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
9.0%
13/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.9%
5/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.3%
4/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Psychomotor Hyperactivity
7.5%
11/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
6.9%
10/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.4%
3/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
5.7%
7/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Impulse-Control Disorder
6.2%
9/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
6.2%
9/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
6.3%
8/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.1%
5/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Anxiety
4.1%
6/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
5.6%
8/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.1%
5/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Disturbance In Attention
6.2%
9/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.8%
4/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.4%
3/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.3%
4/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Mood Swings
2.1%
3/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
6.9%
10/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.1%
4/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.5%
3/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Obsessive Rumination
2.7%
4/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.2%
6/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.4%
3/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.5%
3/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Apathy Or Boredom
2.7%
4/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.5%
5/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.9%
5/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.3%
4/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Depressed Mood
2.1%
3/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.5%
5/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.4%
3/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.5%
3/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Perseveration
1.4%
2/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.2%
6/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.5%
3/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Tic
2.1%
3/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.8%
4/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.9%
5/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.3%
4/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Nightmares
2.1%
3/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.1%
3/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Insomnia
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.4%
2/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Suicidal Ideation
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.4%
2/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Delusion
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Hallucination
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Mania Or Hypomania
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Psychiatric disorders
Pressure Of Speech
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Agitation
13.0%
19/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
11.1%
16/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
8.7%
11/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
9.0%
11/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Headache
7.5%
11/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
15.3%
22/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.7%
6/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
6.6%
8/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Initial Insomnia
9.6%
14/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
13.2%
19/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.9%
5/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
9.8%
12/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Sedation
13.0%
19/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
8.3%
12/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.9%
5/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
6.6%
8/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Stereotypy
8.9%
13/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
5.6%
8/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.4%
3/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.1%
5/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Terminal Insomnia
6.8%
10/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
7.6%
11/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.3%
4/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Middle Insomnia
4.1%
6/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
8.3%
12/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.3%
4/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Restlessness
7.5%
11/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.1%
3/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.1%
4/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.5%
3/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Hypersomnia
2.1%
3/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.1%
3/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Confusional State
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.4%
2/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Speech Disorder
1.4%
2/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Dyskinesia
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Dystonia
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Paresthesia
1.4%
2/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Ganglion Cyst
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Photophobia
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Tremor
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Seizure Or Convulsion
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Coordination Abnormal
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Nervous system disorders
Sleep Walking
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Infections and infestations
Infection
36.3%
53/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
46.5%
67/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
26.0%
33/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
27.0%
33/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Gastrointestinal disorders
Diarrhea
8.9%
13/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
10.4%
15/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.7%
6/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.5%
3/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Gastrointestinal disorders
Abdominal Pain Or Discomfort
4.1%
6/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
9.7%
14/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.7%
6/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
5.7%
7/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Gastrointestinal disorders
Vomiting Or Nausea
4.1%
6/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
8.3%
12/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
5.5%
7/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
6.6%
8/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Gastrointestinal disorders
Constipation
4.8%
7/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
6.2%
9/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.1%
4/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.9%
6/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Gastrointestinal disorders
Stomatitis
2.1%
3/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.9%
7/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Gastrointestinal disorders
Tooth Disorder
2.1%
3/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.5%
5/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.4%
3/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.5%
3/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Gastrointestinal disorders
Encopresis
2.1%
3/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.8%
4/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Gastrointestinal disorders
Dry Mouth
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.4%
2/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Gastrointestinal disorders
Salivary Hypersecretion
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Gastrointestinal disorders
Anorectal Discomfort
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Gastrointestinal disorders
Flatulence
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Gastrointestinal disorders
Dysphagia
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Metabolism and nutrition disorders
Increased Appetite
15.8%
23/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
9.7%
14/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
7.1%
9/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
8.2%
10/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Metabolism and nutrition disorders
Decreased Appetite
6.2%
9/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
9.0%
13/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
5.5%
7/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.1%
5/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Metabolism and nutrition disorders
Abnormal Weight Gain
7.5%
11/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
6.2%
9/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
6.3%
8/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
6.6%
8/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Metabolism and nutrition disorders
Abnormal Weight Loss
6.8%
10/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.5%
5/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.3%
4/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Metabolism and nutrition disorders
Thirst
5.5%
8/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.8%
4/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
7.9%
10/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.5%
3/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Skin and subcutaneous tissue disorders
Rash
11.0%
16/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
9.7%
14/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
11.8%
15/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
7.4%
9/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Skin and subcutaneous tissue disorders
Acne
3.4%
5/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
8.3%
12/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.1%
4/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.9%
6/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Skin and subcutaneous tissue disorders
Eczema
4.8%
7/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.8%
4/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
5.5%
7/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
5.7%
7/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Skin and subcutaneous tissue disorders
Wart
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Respiratory, thoracic and mediastinal disorders
Cough
17.8%
26/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
12.5%
18/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
7.1%
9/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
10.7%
13/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Respiratory, thoracic and mediastinal disorders
Asthma
1.4%
2/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.9%
7/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Respiratory, thoracic and mediastinal disorders
Dyspnea
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.8%
4/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Respiratory, thoracic and mediastinal disorders
Nasal Discomfort
2.1%
3/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.4%
2/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Respiratory, thoracic and mediastinal disorders
Nasal Congestion
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Respiratory, thoracic and mediastinal disorders
Rhinitis Nos
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
General disorders
Energy Increased
9.6%
14/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.5%
5/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.1%
4/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.3%
4/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
General disorders
Fatigue
5.5%
8/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
5.6%
8/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.9%
6/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
General disorders
Pyrexia
6.2%
9/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.9%
7/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.9%
6/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
General disorders
Swelling
2.1%
3/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.4%
2/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
General disorders
Asthenia
1.4%
2/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.4%
2/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
General disorders
Chest Pain Or Discomfort
1.4%
2/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.4%
3/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
General disorders
Night Sweats
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Immune system disorders
Allergic Hypersensitivity
9.6%
14/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
10.4%
15/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
7.9%
10/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Renal and urinary disorders
Enuresis
2.1%
3/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
11.1%
16/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
5.5%
7/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
6.6%
8/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Renal and urinary disorders
Pollakiuria
3.4%
5/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.2%
6/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Renal and urinary disorders
Dysuria
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Renal and urinary disorders
Hematuria
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Renal and urinary disorders
Micturition Frequency Decreased
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Injury, poisoning and procedural complications
Injury
5.5%
8/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.2%
6/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
10.2%
13/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
5.7%
7/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Injury, poisoning and procedural complications
Intentional Self-Injury
3.4%
5/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.2%
6/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Injury, poisoning and procedural complications
Fracture
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Injury, poisoning and procedural complications
Sunburn
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Ear and labyrinth disorders
Ear Ache
4.8%
7/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
6.2%
9/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Ear and labyrinth disorders
Ear Congestion
2.7%
4/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.8%
4/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.5%
3/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Ear and labyrinth disorders
Tinnitus
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Ear and labyrinth disorders
Hypoacusis
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Vascular disorders
Epistaxis
7.5%
11/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
6.9%
10/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.7%
6/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
3.3%
4/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Vascular disorders
Hypertension
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Reproductive system and breast disorders
Libido Increased
4.8%
7/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.2%
6/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.7%
6/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
4.1%
5/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Reproductive system and breast disorders
Breast Pain
1.4%
2/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Reproductive system and breast disorders
Menstrual Disorder
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.4%
2/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Eye disorders
Blepharospasm
1.4%
2/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.1%
3/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Eye disorders
Dry Eye
2.1%
3/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Eye disorders
Eye Discomfort
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Eye disorders
Visual Acuity Reduced
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Musculoskeletal and connective tissue disorders
Myalgia
3.4%
5/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.82%
1/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Musculoskeletal and connective tissue disorders
Arthralgia
1.4%
2/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Musculoskeletal and connective tissue disorders
Growing Pains
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Musculoskeletal and connective tissue disorders
Specific Muscle Pain
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Blood and lymphatic system disorders
Increased Tendency To Bruise
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
2.1%
3/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Blood and lymphatic system disorders
Lymphadenopathy
2.1%
3/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Cardiac disorders
Dizziness
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.4%
2/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Cardiac disorders
Cardiac Rhythm Abnormality
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Cardiac disorders
Palpitations
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
General disorders
Enamel Discoloration
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Investigations
Pituitary Analyses Anterior
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Investigations
Abnormal Urinalysis
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Investigations
Thrombocytopenia
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.79%
1/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Endocrine disorders
Precocious Puberty
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Musculoskeletal and connective tissue disorders
Skeletal Pain
0.00%
0/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.69%
1/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
Respiratory, thoracic and mediastinal disorders
Sore Throat
0.68%
1/146 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/144 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
1.6%
2/127 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).
0.00%
0/122 • Through post-treatment follow-up, approximately 55 weeks.
Adverse events collected on Safety Population (subjects who started each phase).

Additional Information

Linmarie Sikich, M.D.

Duke University

Phone: 919-681-0026

Results disclosure agreements

  • Principal investigator is a sponsor employee
  • Publication restrictions are in place