View clinical trials related to Dyslexia.
Filter by:An important question in education is how to help young children who struggle to learn to read despite being well-taught in their regular classrooms. Many of the children with low reading ability also come from disadvantaged backgrounds. There is not a lot of evidence on how to support children with low reading ability become better readers. This is especially true when children still have low reading ability despite experiencing attempts to teach them in both their regular whole class and then in small groups. As a result, in this study we will explore the best ways of training teachers to use programs that we have developed to support reading for these children who have not responded well to earlier teaching (this is one of the tough jobs in our project title). These programs have several new elements. One element is teaching morphology. Morphology means shared word meanings such as the shared meanings between words like sign, design, signal, and signature. Another element is called set-for-variability. This means teaching children to have mental flexibility in using relationships between letters and sounds to read English. We will run our study to see whether including these new elements leads to children with low reading ability improving their reading. By doing this we will help children teachers and families and also contribute to a science of reading. To achieve these goals, we will carry out two phases of study. In phase 1, we will randomly allocate 50 schools to one condition where we will teach morphology and 50 schools to the other condition where we will teach set-for-variability. In all schools we will also encourage teachers to teach children to use the relationships between letters and sounds to read words. This is called phonics. Doing such work and still having impact in a large number of schools is a major challenge. This is the second of the tough jobs referred to in our project title. In each school we will come in and train teachers of grade 1 and 2 children how to use our programs, and focusing on the children who have low reading ability. In the second part of the study, we will work with a smaller set of children in Grade 3 who still have low reading ability despite our earlier work. In this latter case the groups of children may be both smaller in number and the teaching may go on for longer to have an effect.
This is a pilot study to establish feasibility of transcutaneous auricular vagus nerve stimulation (taVNS) for improving letter-learning in adolescents with dyslexia. The main goals of the study are to 1) evaluate whether children in this age range will tolerate low level stimulation over the course of multiple sessions, 2) determine whether low level taVNS improves novel letter learning in dyslexia, and 3) evaluate the effect of low level taVNS on the brain's response to letters. Participants will complete fMRI before training, immediately after training, and a few weeks after training ends. Training will consist of six 30-minute lessons during which participants will learn novel letter-sound relationships while receiving either active or sham taVNS. Researchers will compare stimulation conditions to determine effect of this device on learning and neural plasticity.
Dyslexia is characterized by difficulties with accurate and/or fluent word recognition and by poor spelling and decoding abilities. In France, dyslexia is a public health disorder. Dyslexia is a real public health problem in France, affecting 6% of the general population. However, no clinical trial of a standardized rehabilitation has shown an impact on reading fluency. In the era of intensive rehabilitation, a new protocol based on the current data from the medical literature has been designed.
The study aims at testing a Neurofeedback (NF) training specifically designed for inducing a functional hemispheric imbalance of the tempo-parietal regions in individuals with dyslexia. A randomized clinical trial aimed at comparing two experimental conditions is described: a) Left theta/beta NF training in combination with right beta/theta NF training and b) sham NF training.
The study aims to document the effectiveness and acceptability of the intervention system for specific reading and writing disorders, in use at Scientific Institute (IRCCS) Medea, as applied and adapted to a different clinical context and socio-demographic situation. To this purpose, two groups of children will be recruited and treated in two different contexts, and treatment outcomes will be compared. The first one is the centre where the Tachidino platform has been developed and validated, the second one is a different centre, in a different geographical region where lower digital alphabetization may be a disadvantaging factor, but lower population density and the presence of fewer centres for assessment and intervention for learning disorders make remotely monitored protocols even more valuable.