Clinical Study of Gushen Tablet(固肾片)in Reducing Children's Nephrotic Syndrome Relapse

Objective:To explore the effect of Gushen tablet (固肾片,GST) in reducing the relapse of children's nephrotic syndrome and the possible mechanism of drugs used. Methods: Fifty children with primary nephrotic syndrome who had been induced and alleviated with regular glucocorticoid (GC) were randomly divided into two groups: the GST group used GST and standard middle-long term course of GC, and the control group adopted standard middle-long term course of GC and immunoinhibitory or immuno-modulatory agents for treatment. The 0.5,1 and 2 years after the treatment the relapse episodes, time for urinary protein negative conversion after relapse, the episodes of patient's infection and relapse after infection were evaluated. Before and after treatment the plasma cortisol and T lymphocyte subpopulation were determined. Results: The relapse rate of GST group: the rates after 0. 5, 1, 2 years were 20.0%, 30. 0% and 40. 9%, and the frequent relapse rate were 0, 6. 7% and 9. 2% respectively, which were lower than those of control group (60. 0%, 70. 0%, 69. 2% and 25. 0%, 15. 0%, 15. 4% respectively) ; in the GST group no relapse occurred within 0. 5 year, the relapse rate after 1 and 2 years reduced by 40. 0% and 28. 3%, compared with those of the control group (all P<0. 05) ; during the observation period, the mean infection/every child patient was 1. 86 episodes in GST group, after infection the nephrotic relapse rate was 28.3%, which was lower than that of the control group (2. 25 episodes, 71.1%, P<0. 05) > the relapse per patient in GST group was 0. 8 episodes, time for urinary protein negative conversion was 12. 00± 8. 98 days, lower than those of control group (1. 6 episodes, 20. 75±11. 95 days, P<0. 05) ; 3 months after GST treatment the plasma cortisol level normalized, and the CD4/CD8 ratio elevated (P<0. 05). Conclusion:GST could possibly reduce the relapse of children nephrosis, and the frequent relapse and relapse episodes, and the time for post-relaptic urinary protein negative conversion shortened, the plasma cortisol elevated, and the adjustment of cellular immunity disturbance promoted.

Sex Hormones Affect Aging Process by Influencing Lipid Profiles, Cellular Immunological Function and Lipid Peroxides and Oxidation System

Objectives To investigate the correlation between sex hormones(SH) and aging. Methods Through epidemiological investigation in our country, the levels of SH were measured by radioimmunoassy; lipid profile, glucose and apolipoprotein by automatic biochemic analytical instrument; T cell subsets by flow cytometer; and MDA, SOD were evaluated by the thiobarbituric acid (TBA) test and the nitrite method modified by Oyanagui respectively using spectrophotometry. Results In men, the serum levels of follicle stimulating hormone ( FSH)、luteinizing hormone(LH) increased significantly with aging, but serum prolactin(PRL) and progesterone(P) levels remained unchanged in all life; Both testosterone (T) and free testosterone (FT) all decreased greatly with aging, but 17β - estradiol( 17β - E_2) was reverse ; E_2 was negatively correlated with T and E_2/T increased with aging. The level of serum total cholesterol (TC) increased with aging, but triglycerides (TG) remain unchanged; compared with young group, high - density lipoprotein cholesterol ( HDL - C) ; HDL - C/TC of other groups decreased significantly, but low - density lipoprotein cholesterol ( LDL - C ) changed inversely; HDL- C/LDL- C reduced slightly with aging and showed no difference between groups. Apolipoprotein A1 (apoA1) and apoB all enhanced greatly with aging; meanwhile the ratio of apoA1/apoB decreased. The concentration of serum glucose (GLU) was unchanged in all life. To compare with those in the young group, CD3 + , CD4 + in other groups reduced greatly, CD4 + remained unchanged. Meanwhile, CD8 + increased significantly with aging. Compared with the young group, serum malondialdehyde(MDA) value of the old ones increased obviously, but the activity of superoxide dismutase(SOD) was reverse. By partial correlation analysis (controlling BMI, FSH, LH and PRL), TC、 LDL-C、apoA1、apoB、CD8 + 、MDA of men all presented a positive correlation with E_2/T respectively, their correlation coefficients (γ) were 0. 262、0. 136、 0. 532、0. 379、0. 394、0. 234 (P < 0. 001 ) ; HDL - C、 HDL- C/TC、HDL- C/LDL- C、CD3 + 、CD4 +/CD8 + 、SOD showed a negatively correlation with E_2/T respectively, γequaled - 0.563、- 0.332、- 0.654、- 0.1530、-0.4140、-0.236(P<0.001). In women, the serum concentrations of FSH、LH increased significantly after menopause; PRL increased little with aging; compared with young group, E_2 and P in postmenopausal groups reduced obviously, E_2/P revealed significant reduce with aging. T enhanced significantly after menopause, but nor did FT. E_2, P and the ratio of E_2/P were negatively correlated with age respectively by bivariate correlation analysis, and a positive relation between T and age. After 70 years old, the level of TC increased obviously, and so did that of TG after menopause; HDL decreased with aging, but LDL increased after 70, with the result that the ratios of HDL- C/TC and HDL- C/LDL- C all reduced with aging; apoA1 decreased gently after 70, but apoB increased signifi- cantly after menopause; correspondingly, the ratio of apoA1/apoB declined obviously. The concentration of GLU increased with aging. CD3 + and CD4 + didn't change until 60, but reduced after 60. Compared with the young groups, CD8 + remained unchanged, CD4 +/CD8 + reduced greatly with aging, CD4 + and CD8 + presented a negatively correlation with age respectively. The value of MDA in serum of women increased notably after 70 years old, but SOD activity already decreased significantly from 60. By partial correlation analysis (controlling BMI, FSH, LH and PRL), HDL-C、CD4 +、CD4 +/CD8 + showed a certain correlation with E_2/P respectively; γ were 0. 245、 0.157、0. 154 ( P <0.05 ) ; TG、 LDL、 apoB、 apoA1/ apoB、SOD presented a negatively correlation with E_2/P respectively, γ were 0. 452、 0. 236、 0.321、 0. 135、 0.156、0.154、0.426 ( P < 0.05 ). Conclusions The Disequilibrium of SH had correlations with lipid profile, cellular immunological function and lipid peroxides and oxidation system; these suggested SH took an important role in the process of aging.

Effects of Tripterygii Totorumin Treat ing Insulin Dependent Diabetes Mellitus Patients with lslet Transpl

The authors determined both the numbers of T Iymphocyte subpopulations in peripheralblood and the concentration of Cpeptide in serum before experimentation at 15 days, 1 month, 6 months,and 1 year atter islet transplantation in tripterygii totorum (T Ⅱ ) group in which 30 insulin dependent dia-betes mellitus (IDDM) patients were given T Ⅱ and the control group in which 24 IDDM patients did notuse any immunosuppressive agents, and 20 healthy individuals were used as the healthy group. Results:Before transplantation, the numbers of T lymphocyte subpopulations such as CD2,CD4 in the two groupswere lower than those in the healthy group (P<0. 01) the ratio of CD4/CD8 was between 1. 2 and 2. 0.Atter transplantation the numbers of CD2, CD4 in the two groups were elevated, particulary in T Ⅱ groupthe numbers of CD2, CD4 were close to those in the healthy group (P>0. 05) . The ratio of CD4/CD8 in thecontrol group was more than 2. 0. The average dose ot insulin reduced by 84. 2% in 19 patients of the T Ⅱgroup, 2 cases stopped insulin, the peak value of C-peptide was 3. 24±1. 2 ng/ml. In the control groupthe average dose of insulin and the peak value of C-peptide was similar to that in the T Ⅱ group in the first6 months atter transplantation (P>0. 05) , then the dose ot insulin was gradually increased and the con-centration of C-peptide began decreasing. One year after transplantation both the dose of insulin and theconcentration of C-peptide were close to those before transplantation. The study suggests that T Ⅱ haveimmunosuppressive effects in islet transplantation and prolong the survival time of gratts in IDDM patients.