sensory aphasia

Sensory aphasia cannot be diagnosed through the use of imaging techniques.

"You are suffering from sensory aphasia due to the temporal loop.

Complications included motor weakness, epilepsy, sensory aphasia and "word deafness".

Sensory aphasia is typically diagnosed by non-invasive evaluations.

Wernicke aphasia: the eponymous term for receptive or sensory aphasia.

Transcortical sensory aphasia is characterized as a fluent aphasia.

The Minnesota Test for Differential Diagnosis is the most lengthy and thorough assessment of sensory aphasia.

In addition to problems in comprehension, transcortical sensory aphasia is further characterized based on deficits in naming and paraphasia.

Individuals with Transcortical sensory aphasia have similar deficits as in Receptive aphasia, but their repetition ability remains intact.

It is probably involved with language perception and processing, and lesions in it may cause Receptive aphasia or transcortical sensory aphasia.

However, transcortical sensory aphasia differs from receptive aphasia in that patients still have intact repetition and exhibit echolalia, or the compulsive repetition of words.

In some such patients, speech production is not eliminated, but what is said is usually entirely meaningless and incomprehensible (this syndrome is known as transcortical sensory aphasia).

For example, one study found that four patients with progressive dementia eventually developed symptoms of simultanagnosia as well as components of Gerstmann's syndrome and transcortical sensory aphasia.

The Boston Diagnostic Aphasia Examination specializes in determining the severity of a sensory aphasia through the observation of conversational behaviors.

Transcortical sensory aphasia cannot be diagnosed through brain imaging techniques such as functional magnetic resonance imaging (fMRI), as the results are often difficult to interpret.

Transcortical sensory aphasia is a disorder in which there is a discrepancy between phonological processing, which remains intact, and lexical-semantic processing, which is impaired.

Therapists use coincidence learning to find and improve language correlations or coincidences that have been either damaged or deleted by severe cases of aphasia, such as transcortical sensory aphasia.

Examples of these fluent aphasias include receptive or Wernicke's aphasia, anomic aphasia, conduction aphasia, and transcortical sensory aphasia, among others.

Mixed transcortical aphasia is the least common of the three transcortical aphasias (behind transcortical motor aphasia and transcortical sensory aphasia, respectively).

Patients who are affected by transcortical sensory aphasia, a rare form of aphasia, have been found to exhibit automatic speech that is characterised by "lengthy chunks of memorized material".

A number of aphasias have been described, but two are best known: Expressive aphasia (Broca's aphasia) and Receptive aphasia (Wernicke's or sensory aphasia).

While at Bern he also successfully submitted articles on the histological preparation of brain cells, sensory aphasia ("word deafness"), the anatomy of the brain and cerebral localisation and forensic psychiatry.

In contrast to Expressive aphasia, damage to the temporal lobe may result in a fluent aphasia that is called receptive aphasia (also known as Sensory aphasia and Wernicke's aphasia).

Transcortical sensory aphasia (TSA) is a kind of aphasia that involves damage to specific areas of the temporal lobe of the brain, resulting in symptoms such as poor comprehension and naming, have fluent spontaneous speech and exhibit paraphasia.

Transcortical sensory aphasia is caused by lesions in the inferior left temporal lobe of the brain located near Wernicke's area, and is usually due to minor hemorrhage or contusion in the temporal lobe, or infarcts of the left posterior cerebral artery (PCA).