1.A Comparative Study of Effect of Secondary Anti-tuberculosis Drugs in the Retreatment of Pulmonary Tuberculosis.
Hyun Cheol HA ; Eun Soo KWON ; In Hwan CHIO ; Su Hee HWANG ; Seung Kyu PARK ; Sun Dae SONG
Tuberculosis and Respiratory Diseases 1998;45(6):1154-1166
BACKGROUND: In the management of patients whose primary chemotherapy has failed, careful assessment is essential. It is important to find out as accurate a chemotherapy history as possible. Preferably it should contain the drugs which has never used before. The purpose of present study is establishment of retreatment regimen for pulmonary tuberculosis. The present report concerns the results of retreatment of pulmonary tuberculosis patients treated at National Masan Tubersulosis Hospital. METHOD: Retrospective cohort study was made 104 drug-resistant pulmonary tuberculosis patients who were treated by five regimens between Jan. 1994 and Now. 1996. All the patients taken medicine for second anti-tuberculosis regimens for the first time. We separated the patients by three groups(Group l : OFX+PTA+CS+PAS+Aminoglycoside, Group ll : PZA+PTA+CS+PAS+Aminoglycoside, Group lll : PZA+OFX+PTA+PAS+Aminoglycoside). RESULTS: The age distribution was most frequent in fourth decade(36patients, 34.6%) and the mean age was 42.6 year. The sex distribution was most frequent in the males(81patients, 85.7%). There was 31 patients(29.8%) with combined diseaes, 18 patients with complication and 24 patients(27.9%) with family history. Primary chemotherapy regaimens were HERAZ(S or K) in 48 patients (46.2%), HER(S or K) in 41 patients (39.4%) and others in 15 patients(14.4%). Result of drug sensivivity test showed that the resistance to INH and RFP is in 68 patients(65.4%), RFP is in 12 patients(11.5%), INH s in 3 patients(2.9%) and all sensitive to INH and RFP is 3 patients(2.9%). The clinical symptoms on admission were coughing(89.4%), sputum(69.2%), dyspenea on exertion(37.5%), weight loss(33.7%) blood tinged sputum (15.4%) and otheres. The extent of disease on the radiograph was far-advanced in 73 patients (70.2%), moderate in 28 patients(26.9%) and minimal in 3 patients(2.8%). The side effects for drugs were gastrointestinal troubles in 31 patients(29.8%), arthralgai in 22 patients(21.2%), skin rash in 12 patients(11.5%) and others. The negative conversion rate on sputum AFB smear was 85.6%(87.5% in Group l, 80% in Group ll and 90.5% in Group lll). The average negative conversion time on sputum was 4 month(4.0 month in Group l, 4.6 month in Group ll and 3.0 month in Group III). CONCLUSION: In the retreatment of pulmonary tuberculosis, ofloxacin is useful drug for the patients who are not available to use PZA and combination of PZA and OFX can be use effectively substively substituting for CS.
Age Distribution
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Cohort Studies
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Drug Therapy
;
Exanthema
;
Humans
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Ofloxacin
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Retreatment*
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Retrospective Studies
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Sex Distribution
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Sputum
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Tolnaftate
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Tuberculosis, Pulmonary*
2.A Case of Baclofen-Induced Encephalopathy in a Patient with ESRD on Continuous Ambulatory Peritoneal Dialysis.
Eun Hye KIM ; Bun KIM ; Su Jin LEE ; Min Hyung KIM ; Shin Wook KANG ; Kyu Hyun CHIO ; Tae Hyun YOO
Korean Journal of Nephrology 2011;30(2):211-214
Baclofen (beta-4-chlorophenyl-gamma-aminobutyric acid), a gamma-aminobutyric acid (GABA) derivative, is commonly used for relief of spinal-origin spasm or pain. Baclofen is eliminated predominantly by the kidneys, putting patients with impaired renal function at particular risk for baclofen accumulation. The authors report on a case of baclofen-induced encephalopathy in a patient on continuous ambulatory peritoneal dialysis (CAPD). A 56 year old patient with ESRD on CAPD was admitted due to stuporous mental status after baclofen treatment. Brain imaging showed no specific abnormality. After intensive treatment of CAPD for 3 days, neurologic abnormality was completely recovered. Baclofen should not be recommended for patients with renal dysfunction. Although the best-known treatment choice for baclofen toxicity is hemodialysis, intensive CAPD can also be considered as an option for treatment of baclofen toxicity.
Baclofen
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gamma-Aminobutyric Acid
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Humans
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Kidney
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Kidney Failure, Chronic
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Neuroimaging
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Peritoneal Dialysis, Continuous Ambulatory
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Renal Dialysis
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Spasm
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Stupor