Billets de Michelle Dawson

Billet publié sur Twitter/X le 04/11/2021 13:13

Twitter/X Essai clinique clinicaltrials.gov Extrait cité dans le billet Question posée par Dawson dans le billet Lien intégré au billet Termes sur l’autisme

Liens cités structurés

1 ressource citée

Essai clinique Récupéré Publication clinicaltrials.gov

Rutgers, The State University of New Jersey, New York State Institute for Basic Research, Boston Children's Hospital (2022). Non-invasive Brain Stimulation in Children With Autism. ClinicalTrials.gov. Rutgers, The State University of New Jersey.

Date de publication
01/02/2022
Identifiant
NCT05105126
Auteurs
Rutgers, The State University of New Jersey, New York State Institute for Basic Research, Boston Children's Hospital
Source
ClinicalTrials.gov
Type de référence
clinical_trial
Éditeur
Rutgers, The State University of New Jersey
Source de métadonnées
clinicaltrials.gov

Résumé

Although many children diagnosed with autism spectrum disorder (ASD) make significant progress in learning and their cognitive skills improve with applied behavior analysis (ABA), there are a significant number of children who show an absence or a plateau in various skills. Deficits in executive functioning are likely to be involved in many of these cognitive and learning disabilities due to poor functioning of the prefrontal cortex. Currently, the use of biological methods for improving learning and cognition is largely unexplored in research and practice. The aim of this study is to use of transcranial direct current stimulation (tDCS) in combination with ABA to improve the acquisition of educational programs for students with ASD. tDCS is a low-level electrical neurostimulation and is most effective when used in combination with an active training or teaching, facilitating the neuronal circuits used for that task. tDCS has been used for various indications over a couple of decades and has been shown to be very safe and has been well-tolerated by children with ASD. The mechanism of tDCS is not clear, however animal studies show that tDCS can stimulate the flow of calcium ions through channels in the astrocytes, activating them, and facilitating their role in synapse formation and therefore learning.