No abstract available.
Metabolism* ; Physiology*

No abstract available.
Necrosis* ; Skin* ; Vibrio vulnificus* ; Vibrio*

No abstract available.
Dyspepsia*

No abstract available.
Hypertension* ; Renin*

The effect of diphenylhydantoin on LD 50 of ouabain was investigated in frogs, using "one hour frog method". LD50 of ouabain in control group was 1.90 microg/10g. A dose of 100 microg/10g diphenylhydantion did not affect the systemic manifestations of the frogs, but increase the LD50 of ouabain to 2.60 microg/10g. The difference of LD50 of ouabain and potency ratio between control group and diphenylhydantoin-treated group was statistically significant.
Lethal Dose 50 ; Ouabain* ; Phenytoin*

No abstract available.
Nephrolithiasis* ; Uric Acid*

To investigate the changes of electrolytes and bio-chemical components during hemodialysis in 15 patients(7 men and 8 women) with end-stage renal disease undergoing long-term hemodialysis were studied. The mean age of 15 patients undergoing long-term hemodialysis was 45 year(range ; 26-62). The mean duration of hemodialysis was 58 months(range: 19-143) at time of the study. Hemodialysis was performed with acetate dialy- sate having 37mEq/1 acetate and 8.57g/100ml glu-cose(group A), with bicarbonate dialysate having 8 mEq/1 acetate and 30mEq/1 bicarbonate without glu-cose(group B) for 4-hour. Each blood sample was drawn for blood gas analysis, blood glucose, blood urea nitrogen and electrolytes from the arterial line at 0, 1, 2, 3, and 4-four during hemodialysis. In group A, the body temperature measured at 1 hour increased significantly compared with that of predialysis. The blood glucose level increased pro-gressively during dialysis. In group B, the body temperature measured at 1 hour also increased sig- nificantly compared with that of predialysis. However, the blood glucose level increased progressively during dialysis as removing urea in blood during dialysis. These results suggested that blood urea nitrogen may be a cause of hypothermia. Mean corpuscular volume(MCV) increased significantly at 2-hour in group A and returned to baseline values at 4-hour. In group B, the mean level of glucose value in dialysate of outlet line of dialyzer increased to 38.3mg/dl from zero in inlet line, and PaC&z decreased significantly because of diffusion of COz across the dialyzer. In Group A, PaOz decreased significantly at 1-hour and returned to baseline values at 4-hour, whereas HCC4 was increased significantly at 4-hour. The intracellular potassium content may decreased in long-term hemodialysis patients cornpared with normal control. In Group A, hernoglobin diphosphoglycerate(2, 3-DPG) concentraion increased from 10.9 pmoVg before dialysis to 19.9pmol/g after dialysis. Despite substantial anemia, hemoglobin 2, 3-DPG prior to dialysis was significantly lower than the value obtained in the normal control(17.5+4.3 p moVg). In group A, the blood lactate level decreased significantly at 1-hour and returned to baseline values at 4-hour. Our data suggested that body temperature might be increased due to removal of urea nitrogen, and blood glucose may be decreased because of the dif- fusion across dialyzer. In addition, this study showed that intracellular potassium content was lowered, the MCV of RBC was increased during hemodialysis. Transient decrement of PaCOz during early phase of dialysis and decreased hemoglobin 2, 3-DPG of despite anemia before dialysis improved with the increment of blood pH and HCC4 at the end of dialysis.
Anemia ; Bays ; Blood Gas Analysis ; Blood Glucose ; Blood Urea Nitrogen ; Body Temperature ; Dialysis ; Diffusion ; Electrolytes* ; Glucose ; Humans ; Hydrogen-Ion Concentration ; Hypothermia ; Kidney Failure, Chronic ; Lactic Acid ; Male ; Nitrogen ; Potassium ; Renal Dialysis* ; Urea ; Vascular Access Devices

No abstract available.
Urolithiasis*

No abstract available.
Aneurysm* ; Arteriovenous Fistula* ; Hypertension, Renovascular* ; Renal Artery*

Thrombosis of one or both renal veins occurs in a variety of settings such as trauma, dehydration, extrinsic compression, nephrotic syndrome, pregnancy, oral contraceptives or invasion by tumor. Nephrotic syndrome and certain carcinomas seem to predispose to the development of renal vein thrombosis. The most common carcinoma which is associated with renal vein thrombosis is the renal cell carcinoma. But, renal vein thrombosis associated with tumor other than renal cell carcinoma is extremely rare. Our patient was diagnosed as lung and uterine cervical cancer by histologic examination. The patient complained of left flank pain. Abdominal CT scan shows the dilated left renal vein filled with hypodense material and parenchymal infarction on the left kidney. Renal arteriography shows cut-off sign on a branch of the left renal artery. Inferior venacavography revealed contrast-filling defect in the left renal vein. To our knowledge, renal vein thrombosis with lung and uterine cervical carcinoma is the first report in English literature. So, we have presented a rare case of a renal vein thrombosis in a patient with lung and uterine cervical cancer.
Angiography ; Carcinoma, Renal Cell ; Contraceptives, Oral ; Dehydration ; Flank Pain ; Humans ; Infarction ; Kidney ; Lung Neoplasms ; Lung* ; Nephrotic Syndrome ; Pregnancy ; Renal Artery ; Renal Veins* ; Thrombosis* ; Tomography, X-Ray Computed ; Uterine Cervical Neoplasms*