We report a 47-year-old right-handed male patient with pure word deafness after suffering an intracerebral hemorrhage. He had been working as a high school teacher before the onset of his stroke. He was emergently admitted to our hospital due to left putaminal hemorrhage and treated conservatively after admission. The patient's neurological findings showed that although his auditory comprehension was severely impaired, he was still able to communicate using written language. Pure-tone audiometry didn't detect any sensorineural hearing impairment. After the diagnosis of pure word deafness was clinically made, we educated the patient and his family, as well as the associated medical staff at our department, about this condition so that they could understand his pathological situation. In addition, we introduced a rehabilitation program for lip-reading and showed him a technique for using articulatory voice production in usual conversation. As a result of our attempts, he developed the ability to communicate using lip-reading skills after 2 months of rehabilitation and successfully returned to his previous work because of the communicative competence he acquired. We also make some proposals for helping other patients with auditory agnosia to return not only to their regular daily activities but also to return to gainful employment, as patients with this condition seem to have special difficulties benefiting from the present welfare service system in Japan.

Because adenine is effective for managing cases of radiation-induced and drug-induced leukopenia, it may be effective in cases of antipsychotic-induced leukopenia and neutropenia. Here, we report our experience with patients with leukopenia and neutropenia caused by an antipsychotic overdose or discontinuation of lithium carbonate, in whom adenine administration ameliorated the white blood cell and neutrophil counts. The progress of patients suggests that adenine is effective in cases of leukopenia and neutropenia associated with lithium carbonate discontinuation and an antipsychotic overdose.
Adenine* ; Antipsychotic Agents* ; Humans ; Leukocytes ; Leukopenia* ; Lithium Carbonate* ; Lithium* ; Neutropenia* ; Neutrophils

No abstract available.