No abstract available.
Polymerase Chain Reaction* ; Respiratory Syncytial Viruses

No abstract available.
Colorectal Surgery*

No abstract available.

In mammal, lots of follicles start simultaneously their growth but only a few oocytes are ovulated in every sexual cycles. Most of matured and grown oocytes are destined to degenerate by atresia. However, the molecular and physiological mechanisms are not elucidated yet. The present study was designed to establish an induction method of follicular atresia with ketamine or pentobarbitone and evaluate the effect of these anesthetics on oocyte maturation and granulosa cell apoptosis of the mouse ovarian follicle. The percentages of degenerated oocyte and apoptotic granulosa cell in ketamine treated groups were significantly higher than that in controls (58.9% vs 33.5%, p<0.01, degeneration; 44.9% vs 26.6%, p<0.01, apotosis). Futhermore, it was revealed that the concentrations of progesterone in both groups were markedly higher than that in control. In conclusion, it is considered that ketamine induce an atresia as pentobarbitone, and may be useful for inducing follicular atresia.
Anesthetics ; Animals ; Apoptosis ; Female ; Follicular Atresia ; Granulosa Cells* ; Ketamine* ; Mammals ; Mice* ; Oocytes* ; Ovarian Follicle ; Ovary* ; Pentobarbital* ; Progesterone

No abstract available.
Humans

PURPOSE: We critically evaluated the most appropriate management of renal and perirenal abscess and identified the set of patients who had benefited from conservative management. MATERIALS AND METHODS: Between May 1995 and June 1999, fifteen patients with renal (10 cases) and perirenal abscess (5 cases) were treated in our hospital. Among the fifteen patients, six patients were managed by antibiotics alone, the other nine patients were managed by percutaneous aspiration and antibiotics. Percutaneous abscess aspiration and drainage was done under ultrasound guidance and local anesthesia. RESULTS: On the urine culture, 4 cases had positive urine culture (27%); E. coli was in 3 cases, Klebsiella in 1 case respectively. On the blood culture, E. coli was in 2 cases. On the abscess culture (9 cases were performed), the organisms were identified in 8 cases (89%); E. coli was in 6 cases, S. aureus was in 1 case, S. epidermidis in 1 case respectively. CONCLUSIONS: We suggest that proper antibiotic therapy alone or combined with ultrasound guided percutaneous drainage of renal and perirenal abscesses is a choice of reasonable, safe and effective management in selected patients.
Abscess* ; Anesthesia, Local ; Anti-Bacterial Agents ; Drainage ; Humans ; Klebsiella ; Ultrasonography

No abstract available.
Female* ; Humans ; Urinary Incontinence*

No abstract available.
Female* ; Humans ; Urinary Incontinence*

No abstract available.
Bone Density* ; Child* ; Glucocorticoids* ; Humans ; Nephrotic Syndrome*

This investigation was undertaken to clarify the in vitro effect of the various stimulations, such as exercise (E), insulin (I) direct electrical stimulation (EST) and the combinations of the above, on the glucose incorporation intro glycogen molecules (glycogen synthesis) of the normal slow (soleus) and fast twitch (plantaris) muscles, and the different responses of slow and fast twitch muscles to persistent overloads causing compensatory muscle hypertrophy. In resting state, slow twitch muscle has greater capacity for glycogen synthesis than fast twitch muscle, and responses of different muscle to various stimuli were differ as follows: In slow twitch muscle, the glycogen synthesis was increased by insulin, and electrical stimulation but not increased by exercise; exercise increased insulin sensitivity and the effect of electrical stimulation. Whereas the glycogen synthesis in fast twitch muscle was increased only by the stimuli combined with E and EST, and E, I, and EST. As the result of removal of synergistic muscle, both muscles were hypertrophied, and the degree of hypertrophy in response to persistent overload was higher in fast twitch muscle (182%) than slow twitch muscle (151%). In hypertrophied muscles, glycogen synthesis of soleus in any groups was lower than that of the control, but similar in plantaris. In conclusions, there were marked heterogeneity in different muscle fiber in the effects of exercise and insulin addition and electrical stimulation on muscle glycogen synthesis, and fast twitch muscle may be adapted more easily to that kind of persistent overload than slow twitch muscle.
Electric Stimulation ; Glucose* ; Glycogen* ; Hypertrophy ; In Vitro Techniques* ; Insulin ; Insulin Resistance ; Muscles* ; Population Characteristics