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Spread the therapy thick and quick to make sure it works
Speech sound disorders, such as apraxia, can negatively impact a child’s wellbeing - both their social wellbeing and their academic achievement. Traditionally speech and language therapy has attempted to remediate these difficulties using auditory feedback. More recently, advances in technology...
Training people with Parkinson’s disease and their partners to have better conversations
Parkinson’s disease is predominantly considered a motor disorder, impacting speech, particularly voice volume, amongst other physical functions. Language and cognitive difficulties, such as difficulties in word finding and social pragmatics are also a key feature of Parkinson’s disease. Given the...Developmental stuttering: a speech-motor impairment with sensory aspects
In treating patients who stutter, understanding the effects of sensory input (i.e. auditory input) can help to direct therapeutic approaches. Sensory processing has been identified as a contributory factor in several diagnoses, notably autism and ADHD [1], however it has...
Brain tumours don’t do what they’re told to – linguistic sequalae of low-grade brain tumours
Brain tumours typically grow slowly, resulting in the gradual progression of symptoms including, in some instances, tumour-related language difficulties. Traditionally, brain tumours were thought to result in language symptoms correlating with traditional lesion-symptom mapping, and research to date has mainly...Medical Journals and The Journal of Laryngology and Otology
Medical journals have a fascinating history. One early journal, The Lancet, was founded in 1823 and its first Editor, London surgeon Thomas Wakley (1795-1862), had a turbulent life. He lived in an era where quackery was rife and where the...Mapping the nose – first spatial map of olfaction published
Scientists at Harvard Medical School have created the first detailed map of smell receptors in the nose, catching up with similar achievements in sight, hearing and touch. The map reveals that smell receptors are highly organised into tight bands based on type. The findings provide foundational knowledge needed to develop better therapies for loss of smell.
