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Epiderniologic description of the tinea capitis of adults was made for the cases detected in Taegu city for 11 years from January 1978 to December 1988. 1. Totalnumber of adult patients(20 years or older) were 41(2.0%) out of 2,029 cases of all tiena capitis. Among 41 patients, 34 cases were detected between 1983 and 1988. 2. Clinically 24 patients were superficial tinea capitis and 17 patients were kerion celsi. 3. Age of the patients ranged from 21 to 85 years with an average of 58.5 years and mode interval of 61-70 years. Patients over 50 years of age accounted for 70.7% of all csses. 4. Sex distribution of the cases was 39 females(95.1%) and 2 males(4.9%). 5. Causative agents isolated from the patients were Microsporum canis in 36 cases, Trichophyton verrucosum in 2 cases, T. mentagrophytes, T. ferrugineum and T. rubrum in 1 case, respectively. 6. Solitary lesion was most common and alopecia was not prominent in most of the cases. The most frequent site of involvement was frontal and posterior scalp. At initial exarnination, 5 cases were misdiagnosed as seborreic dermatitis and 1 case as multiple folliculitis. 7. Sources of infection were presurned to be cat in ll cases, cattle in 2 cases and the rests were unidentified. Interfarnilial infection was observed in 5 cases.
Adult* ; Alopecia ; Animals ; Cats ; Cattle ; Daegu* ; Dermatitis ; Folliculitis ; Humans ; Microsporum ; Scalp ; Sex Distribution ; Tinea Capitis* ; Tinea* ; Trichophyton

Recently halothane and enflurane are commonly used inhalational anesthetic agents in our country. However, it is a controversial matter whether these agents are a potential threat to the liver. Therefore, in order to evaluate the effects of halothane and enflurane on the hepatic function, we divided a anesthetized patients into the following 4 groups. 1st group; low spinal anesthesia. 2nd group; single inhalational anesthesia with halothane.3rd group; repeated secondary inhalational anesthesia with halothane. 4th group; secondary inhalational anesthesia with enflurane following halothane. On postoperative 1st, 3rd, 5th, 7th, 10th day, we checked the levels of SGOT, SGPT and ALP. The results are as follows. group 1. Low spinal anesthesia(10 cases) ;SGOT and SGPT levels-no change or recovered in 9 cases (90%) ALP level-no change in all cases. group 2. Single inhalational anesthesia with halothane (14 cases) ;SGOT and SGPT levels-no change or recovered in 13 cases(92%) severely changed in 1 case. ALP level-no change or recovered in 13 cases (92%) group 3. Repeat 2ndary halothane anesthesia following previous halothane anesthesia. (14cases) ; SGOT level-no-change or recovered in 11 cases (79%), severely changed in 2 cases. SGPT level-no-change or recovered in 11 cases (79%), severely changed in 3 cases. ALP level-no-change or recovered in 11 cases (79%), severely changed in 1 case group 4. Repeated 2ndary enflurane anesthesia following previous halothane anesthesia. (11 cases) ; SGOT level-no-change or recovered in 8 cases (72%), severely changed in 2 cases SGPT level-no-change or recovered in 8 cases (63%), severely changed in 2 cases ALP level-no-change or recovered in 5 cases (45%), severely changed in 1 case From the above results, more cases of elevated SGOT, SGPT and ALP levels and slower recovery rate were noted in the repeated anesthesia group than in the one time anesthesia group. Not only the anesthetics themselves but also other variables such as disease severity coincidental illness, transfusion, duration of operation and so on are probably responsible for these alterations.
Alanine Transaminase* ; Anesthesia* ; Anesthesia, Spinal ; Anesthetics ; Aspartate Aminotransferases* ; Enflurane ; Halothane ; Humans ; Liver