Damage to the upper temporal lobe, lower parietal, or connection between the Wernicke's and Broca's areas
Wernicke's dysphasia is the most common of the receptive dysphasia
Nerve impulses are conducted along the axon in the myelinated nerve fiber with causes the polarity of the nerve.
It is called saltatory conduction. This describes the "jumping" of an action potential from node to node on a myelinated axon.
Conductive, assuming the scores represent the same ear. The bone conduction is within normal limits while the air conduction score represents a mild to moderate loss.
The conduction starts at the pacemaker region called the Sinoatrial Node (SA node) which is just under where the superior vena cava enters the right atrium. From here the conduction passes to the Atrioventricular Node (AV node) which is just ot the right of the septum. From here the stimulation is passed through the Bundle of His which carries the conduction to the septum where two Bundle Branches pick it up. These branches carry the conduction to the base of the septum where they sperate into the Purkinje Fibres. These fibres carry the conduction all around the heart.
Conduction dysphasia
Associative dysphasia
Conduction dysphasia is a relatively uncommon disease (representing only 10% of the cases)
Transcortical dysphasia is caused by damage to the language-dominant brain that separates all or parts of the central region from the rest of the brain
Dysphasia can be prevented by avoiding the causes of brain injury and stroke, such as high blood pressure
Wernicke's dysphasia is the most common of the receptive dysphasia
Another name for expressive dysphasia is Broca's aphasia. This condition affects a person's ability to produce language, resulting in difficulty with forming coherent sentences and expressing thoughts verbally.
Anomic dysphasia is also referred to as amnesic dysphasia
Broca's dysphasia is the most common type of expressive dysphasia
Expressive dysphasia
Anomic dysphasia
Receptive dysphasia