Specific language impairment

This study tests whether a precise form of brain stimulation (TMS) combined with language therapy can improve word-finding in people who have aphasia after a stroke. Fifty stroke survivors will receive either targeted or control stimulation during therapy sessions. The goal is to…

Researchers at Georgia State University are studying how transcranial magnetic stimulation (TMS) affects reading speed and accuracy. About 50 adults with typical reading skills will receive either excitatory, inhibitory, or sham stimulation to a brain region called the supramargi…

This study uses transcranial magnetic stimulation (TMS) to investigate how the brain processes language in people who have had a stroke and developed aphasia, as well as in healthy volunteers. Participants receive targeted magnetic pulses to specific brain areas while performing …

This study looks at how genes and brain scans can help predict recovery from aphasia, a language disorder that often follows a stroke. Researchers will enroll 90 adults aged 40-90 who have had a stroke and have trouble speaking or understanding language. By understanding these bi…

This study records brain activity from epilepsy patients who already have electrodes implanted for medical reasons. While listening to sentences and stories, their neural signals are analyzed to map how the brain processes language. The goal is to understand the brain's language …

This study looks at how hearing sensitivity (hyperacusis) might help language skills in children and adults with Williams syndrome. Researchers will use EEG and NIRS brain scans along with questionnaires to compare participants with Williams syndrome, Down syndrome, and typical d…

This study looks at how children with developmental language disorder (DLD) learn patterns in speech and grammar. Researchers want to see if a general difficulty with learning sequences links problems with sounds and sentence structure. The goal is to create better, earlier tests…