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How anxiety and behavior affect ADHD treatment
Treating Anxiety in ADHD with Strattera and Ritalin
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ADHD: Anxiety and Stimulant Response
Modafinil vs Ritalin for ADHD in Children
Effect of Anxiety on ADHD Treatment
Risk of Irritability With Psychostimulant Treatment in Children With ADHD: A Meta-Analysis
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Venlafaxine in children and adolescents with attention deficit hyperactivity disorder
Clinical Trial: Vyvanse vs Adderall in Children
Long-term Effectiveness of Guanfacine for ADHD
A Small Trial of Guanfacine for ADHD
Guanfacine and Stimulants for ADHD
Modafinil in Children with ADHD
Modafinil for ADHD in Children
The Benefits of Exercise in ADHD
Effects of physical activity on executive function and motor performance in children with ADHD
Exercise, cognition, and behavior in ADHD
Physical Activity, Affect, and Cognition in Children With Symptoms of ADHD
Physical Activity and Executive Function in ADHD
Social Skills Training For ADHD
CBT for Anxiety and ADHD in adolescents
Socioeconomic status and genetics
Does ADHD get better over time?
When does ADHD start?
Parents might be better at estimating ADHD rates
Hyperactive children as young adults
ADHD and estimated life expectancy
ADHD, self-esteem, and test anxiety
Ritalin vs. Adderall: Driving Performance
Executive function impairments in high IQ children and adolescents with ADHD
Learning Disabilities and Self-Worth
Driving with ADHD in young adults
The Link Between ADHD, Substance Use, and Risky Sexual Behavior in Teens
Self-Awareness of Executive Functioning Deficits in Adolescents With ADHD
Characteristics of Children With ADHD and Comorbid Anxiety
Anxiety in young people with ADHD: clinical and self-report outcomes
Anxiety can interfere with response to Ritalin
Anxiety and depression in children with ADHD and their parents
Adderall for Children with Bipolar Disorder and ADHD
ADHD: Hyperactive boys as adults
ADHD and Driving Stats
ADHD: Education and employment as young adults.
ADHD's Long-term Effects on Teen Brain Skills
ADHD Genetics, IQ, and Executive Function
Genetics of ADHD, IQ, and Reading
Effects of ADHD on Cognition and Emotion
Rewards and Delays in ADHD
ADHD and Delayed Gratification
How Motivation Affects Inhibition in ADHD
Memory and ADHD in Children
Training of Working Memory in Children With ADHD
Brain Training and Working Memory in ADHD
ADHD and Empathy in Boys
How boys with ADHD see themselves
Effects of Positive Feedback in Boys with ADHD
Self-esteem in Children with ADHD
Self-esteem and ADHD in School Children
Effects of IQ on executive function measures in children with ADHD
IQs of Children with ADHD
High intelligence and the risk of ADHD and other psychopathology
Co-occurrence of ADHD and low IQ has genetic origins
ADHD and creativity in gifted students
ADHD and Emotional Intelligence in Children
ADHD and IQ in Cognitive Testing
High IQ ADHD Children as Teenagers
ADHD Inattention and Intelligence
The Social Risk of Positivity in ADHD
Empathy and Social Skills in ADHD
Perceptions of academic skills of children diagnosed with ADHD
Are the performance overestimates given by boys with ADHD self-protective?
ADHD and Response Time
ADHD and Reaction Time Distribution
ADHD: Reaction Time and Incentives
ADHD and Response Time Variability

Visual Abstract

Venlafaxine in children and adolescents with attention deficit hyperactivity disorder

Nahit Motavalli Mukaddes , Osman Abali
Summarized by:
Charles Li, MD
April 17, 2023
study source
Psychiatry Clin Neurosci
Feb 2004
πŸ”Ž
What they studied
This small study wanted to see whether venlafaxine could reduce ADHD symptoms in children.
πŸ‘¨β€πŸ”¬
What they found
Researchers found that children who were given venlafaxine experienced improvements in ADHD symptoms. However, there was no control group.
πŸ’‘
What this means
While the children did experience significant improvements, it is hard to judge the drug's effectiveness without a control group in this trial.

Venlafaxine in children and adolescents with attention deficit hyperactivity disorder

Objectives

Researchers wanted to see whether venlafaxine, a medication approved for anxiety and depression, could reduce ADHD symptoms in children and adolescents.

Study Quote
Mukaddes et al. 2004

The primary purpose of this study was to describe tolerability and efficacy of venlafaxine in the treatment of children and adolescents with attention deficit hyperactivity disorder (ADHD).

Methods

They ran a small clinical trial on 13 children with ADHD. All the children received venlafaxine and were tested before and after treatment.

Study Quote
Mukaddes et al. 2004

A 6-week open trial of venlafaxine was conducted in 13 children and adolescents (mean age 9.9 +/- 2.5 years) with ADHD, and without comorbid depression. Venlafaxine was initiated at a dose of 18.75 mg/day and flexibly titrated to 56.25 mg/day. The Conners parent scale and Clinical Global...

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Results

Researchers found that the children in the study experienced improvements in their ADHD symptoms after the treatment.

There was also evidence that their overall mental health was better as well.

There were some side effects, but most disappeared after two weeks.

Of note, the researchers did not use a control group as a comparison, which limits the usefulness of the data they gathered.

Study Quote
Mukaddes et al. 2004

All subjects completed the trial. Mean final dose of venlafaxine was 40.3 +/- 7.0. Venlafaxine was significantly effective in reducing the total score of the Conners parent scale from baseline to endpoint (P < 0.002, Z =-3.113) and the CGI severity item (P < 0.05). Transient side-effects...

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Conclusions

This study provides weak evidence that venlafaxine may help reduce ADHD symptoms in children. However, without a control group, it’s impossible to know with certainty whether the effect seen in the study was due to the medication or the placebo effect.

What is the placebo effect?

Other studies have found evidence that venlafaxine may reduce ADHD symptoms, though more research is needed to confirm the findings.

One theory suggested by the authors regarding the mechanism of venlafaxine in ADHD is that venlafaxine may reduce ADHD symptoms by increasing noradrenaline in the brain:

β€œ
The role of venlafaxine in the improvement of cognitive function may be interpreted as a result of the noradrenergic activity of this agent.
Mukaddes et al. 2004

Study Quote
Mukaddes et al. 2004

These preliminary data suggest that venlafaxine may be an effective medication in the treatment of some children and adolescents with ADHD. Future double-blind controlled trials should be undertaken.