4.A study on efficacy of Carbamazepine with manual massage on grand mal epilepsy
Mei CHU ; Xiaoyan CHEN ; Hongyan YU ; Hong ZHANG ; Shujuan YU
Chinese Journal of Practical Nursing 2013;29(33):9-10
Objective The aim of the study is to explore the efficacy of Carbamazepine with manual massage on grand mal epilepsy.Methods Using a prospective research method,the grand mal epilepsy patients were randomly divided into the experimental group(40 cases)and the control group(40 cases).The experimental group was given manual massage based on oral Carbamazepine treatment.The control group was given oral Carbamazepine treatment.The treatment effect was compared between two groups.Results The curative efficacy of the experimental group was 92.5%,higher than 80.0% of the control group.Conclusions Carbamazepine with manual massage for treatment of grand mal epilepsy can obviously improve curative efficacy,which is worthy of popularization and application.
6.The clinical effects of insulin aspart 30 injection versus mixed protamine zinc recombinant human insulin injection on diabetes mellitus
Tian-Mei XIAO ; Ze-Hong LIN ; Le-Yu LI ;
Chinese Journal of Primary Medicine and Pharmacy 2006;0(08):-
0.05);the 2 hours postprandial plasma glucose(2hPG) was significantly lower in insulin aspart 30 injection group than in mixed protamine zinc recombinant human insulin injec- tion one(P
7.Influence of aspirin on growth and NOS expression in astrocytoma cell line
Jiean HUANG ; Jieping YU ; Qiao MEI ; Hong DING ; Ge CAO ;
Chinese Pharmacological Bulletin 1986;0(06):-
AIM To investigate the effect of aspirin on the proliferation and NOS expression in astrocytoma cell line, and probe into its mechanism. METHOD The effect of aspirin on the growth of astrocytoma cells was evaluated by MTT assay; NOS protein levels were determined by immunocytochemistry, NO and CEA concentration in the medium were determined by Griess assay and lepton catch immunising method respectively. RESULTS Aspirin inhibited the growth of astrocytoma cells, induced the expression of iNOS, increased the concentration of NO in the medium. The effects of these were centratoin dependent. Moreover, aspirin reduced the concentration of CEA in the medium. CONCLUSION Aspirin inhibits the growth of astrocytoma cell line. Up regulated iNOS expression resulting a increase of NO concentration are ascribed to mechanism of antiproliferation activity of aspirin. CEA is a good indicator in monitoring curative effect of astrocytoma.
9.Anorectal motility in children with functional constipation.
Jie-Yu YOU ; Hong-Mei ZHAO ; Wen-Xian OU-YANG
Chinese Journal of Contemporary Pediatrics 2010;12(11):915-917
Adolescent
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Anal Canal
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physiopathology
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Child
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Constipation
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physiopathology
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Female
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Gastrointestinal Motility
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physiology
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Humans
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Male
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Rectum
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physiopathology
10.Effect of diameter-controlled Ti-TiO2 nanotubes on the adhesion of osteoblast and fibroblast.
Hong-cai LI ; Yu-mei ZHANG ; Hai-ping SUN
Chinese Journal of Stomatology 2012;47(2):122-126
OBJECTIVETo study the effect of Ti-TiO2 nanotubes with different diameters on the adhesion of fibroblast and osteoblast, and to find which diameter was more favorable for cells' respective adhesion.
METHODSPure titanium sheets were polished and then anodized at different potentials for 1 h with Ti as anode and Pt as cathode. TiO2 nanotubes formed at 1, 5, 10 and 20 V potentials served as experimental groups and polished pure titanium served as control group. Field emission scanning electron microscopy (Fe-SEM) was used to analyze the surface topography. Stained nucleus with Hoechst33342 were used to measure the cell adhesion. The cell shape on the sample surface were analyzed with Fe-SEM.
RESULTSTiO2 nanotube array of different inner diameters from 15 nm to 100 nm were grown on titanium sheets by anodization at potentials from 1 to 20 V. At 30, 60 and 120 min, fibroblast adhesion at nanotubes anodized at 5 V was (141 ± 9), (388 ± 14) and (489 ± 15) respectively, significantly less than any other nanotube surface at the same time (P < 0.01). Nanotubes anodized at 20 V had the least inhibitory effect for fibroblast adhesion with a number of (579 ± 14) at 120 min, and the cell shape was also inhibited. At 30, 60 and 120 min, osteoblast had a significant better adhesion on nanotubes formed at 5 V than it did on any other surface at the same time (P < 0.01), except the control group at 30 min, with the adhesion number of (198 ± 10), (431 ± 10) and (501 ± 10) respectively, and osteoblast had a abundant spread on nanotubes formed at 5 V; while osteoblast adhesion on nanotubes anodized at 20 V was (152 ± 11), (403 ± 9) and (465 ± 12) respectively, less than on any other nanotube surface within the same time (P < 0.05), and the cell shape on the surface changed to be more elongate.
CONCLUSIONSFibroblast adhesion is inhabited more or less on Ti-TiO2 nanotubes of different diameters. Nanotubes formed at 5 V have the most osteoblast adhesion, and inhibit fibroblast adhesion.
Animals ; Cell Adhesion ; Fibroblasts ; cytology ; ultrastructure ; Mice ; Microscopy, Electron, Scanning ; Nanotubes ; chemistry ; Osteoblasts ; cytology ; ultrastructure ; Surface Properties ; Titanium ; chemistry