2.Characteristics of Violence Behavior of Psychotics in Communities
Yue WANG ; Shu-li WEI ; Ya-min WANG ; Jing DING
Chinese Journal of Rehabilitation Theory and Practice 2006;12(7):610-612
ObjectiveTo explore the characteristics of violence behavior of the psychotics in communities. Methods37 psychotics who used to have violence behavior were investigated with Questionnaire of Characteristics and Associated Factor for Violence Behavior of Psychotics in Communities created ourselves. ResultsThe psychotics suffered violence behavior appeared some peculiarities for the time, place, and dealing with tools, etc. Their mental state, course of disease and treatment were associated with their violence behavior. ConclusionThere is some characteristics in most of the violence behavior of the psychotics, which may be helpful for preventing.
3.Differential Expression of Plasma Protein Profile in Patients with Kidney-yin Deficiency Syndrome
Jianlu BI ; Min WEI ; Xiaomin SUN ; Xiaoli NIE ; Ya XIAO ; Wei MO ; Xiaoshan ZHAO ; Ren LUO
Journal of Guangzhou University of Traditional Chinese Medicine 2017;34(3):308-313
Objective To seek for the differentially-expressed proteins in patients with kidney-yin deficiency syndrome and to screen out the specific proteins,so as to provide evidence for the establishment of objective standard of kidney deficiency syndrome of traditional Chinese medicine (TCM).Methods Five patients with typical kidney-yin deficiency syndrome and 6 normal healthy volunteers were enrolled into the study.Plasma proteins in both groups were detected by antibody chip,and then the plasma proteins profile was compared and analyzed.Results A total of 25 differentially-expressed proteins between kidney-yin deficiency group and normal control group were found,of which 2 were up-regulated and 23 were down-regulated.Conclusion The differentially-expressed proteins in patients with kidney-yin deficiency syndrome are mainly related to immune disorder,protein biosynthesis,metabolism,oxidative stress,cell apoptosis,signal transduction,and so on.
5.Studies on the Inulinase Protective Agent of the Aspergillus niger U?-2
Yan-Zhong ZHU ; Ying-Min JIA ; Hong-Wei YU ; Ya-Xin SANG ; Yi-Ling TIAN ;
Microbiology 1992;0(05):-
The thermostability of the inulinase was studied in this resea rc h. Some alcoholic materials and thickening agent could enhance the thermostabli lity of the inulinase. Using glycerol、xanthic pastern and though orthogonal ex periments of three elements and three levels, a satisfying protective agent, whi ch included glycerin(6%), xanthan gum(0.6%) and CaCl_2 (100mmol/mL) and ha d a significant effect on the enhancement of the inulinase thermostability, was acquired.
6.Retrospective clinical analysis of 14 cases with svere acute respiratory syndrome
Ya-li CHEN ; Min-qin HUO ; Wei-ge LIN ; Guorong WANG
Chinese Journal of Rehabilitation Theory and Practice 2004;10(5):313-314
ObjectiveTo analyze the clinical characteristics and treatment of severe acute respiratory syndrome (SARS).MethodsDuring epidemic period of SARS,all suspected patients were isolated and treated at very early stage. Clinical symptoms, signs and changes of the chest film were observed carefully to make early diagnosis and begin early intervention. 14 SARS cases with definite diagnosis were treated by Western Medicine combined with Chinese Traditional Medicine.3 cases of them with severe type were treated by timely technical ventilation,which was nasotracheal intubition guided with fibronchoscope,with the principle of low tide volume and high PEEP to improve oxygen combination.ResultsAll patients were cured to discharge. Only two cases of mild pulmonary fibrosis were found after 2 months' follow-up. None of the medical workers taking part in rescuing and treating SARS patients and none of the family members of the patients were infected.ConclusionDuring SARS epidemic period,early isolation,early diagnosis,early combined treatment of Western Medicine and Chinese Traditional Medicine,and prompt technical ventilation intervention on severe cases are important factors to successfully rescue and treat SARS patients.
7.Psychosis secondary to recurrent spinal meningioma
Xiao MIN-JIA ; Fang FANG ; Zhan YA-JING ; Xiao ZHI-JIE ; Lan ZI-WEI
Chinese Medical Journal 2019;132(18):2261-2262
9.LMP1 activates NF-κB via degradation of IκBα in nasopharyngeal carcinoma cells
Liqun YIN ; Wei LIAO ; Xiyun DENG ; Min TANG ; Huanhua GU ; Xiaoyan LI ; Wei YI ; Ya CAO
Chinese Medical Journal 2001;114(7):718-722
Abstract:Objective To elucidate the mechanisms by which Epstein-Barr virus-encoded latent membrane protein 1 activates NF-κB in nasopharyngeal carcinoma cells.Methods A tetracycline-regulated LMP1-expressing nasopharyngeal carcinoma cell line, Tet-on-LMP1-HNE2, was used as the cell model. The kinetics of the expression of proteins, including LMP1, IκBα and IκBβ, was analyzed by Western blotting. The subcellular localization of NF-κB (p65) was detected by indirect immunofluorescence assay. The NF-κB transactivity was studied by transient transfection and reporter gene assay. Results IκBα was phosphorylated and degraded after the inducible expression of LMP1, although the total protein levels remained stable. The steady-state level of total IκBβ protein may have resulted from the initiation of an autoregulation loop after the activation of NF-κB. No change in the IκBβ level was detected. NF-κB (p65) was translocated from the cytoplasm to the nucleus following degradation of IκBα. After the introduction of the dominant-negative mutant of IκBα (Del 71) into Tet-on-LMP1-HNE2 cells, both nuclear translocation and transactivation of NF-κB induced by LMP1 was significantly inhibited. Conclusions The results indicated that in nasopharyngeal carcinoma cells, LMP1 activated NF-κB via phosphorylation and degradation of IκBα, but not IκBβ. The dominant-negative mutant of IκBα (Del 71) could completely inhibit both the nuclear translocation and transactivation of NF-κB induced by LMP1.
10.Location of semen collection and semen quality: clinic-collected versus home-collected samples.
Wei WANG ; Zhi-min ZHONG ; Ning SU ; Ya-ya PENG ; Ting-ting HUANG
National Journal of Andrology 2014;20(11):995-998
OBJECTIVETo investigate the differences in semen quality between samples collected by masturbation in the clinic and at home.
METHODSBased on the WHO guidelines, we analyzed the ejaculates collected by masturbation in the clinic and at home from 342 men under infertility assessment and measured the contents of such biochemical markers in the seminal plasma as neutral α-glucosidase, zinc, and fructose. According to the location of semen collection, we divided the samples into two groups, clinic-collected and home-collected, and analyzed the differences in the semen parameters between the two groups with the SPSS 16.0 software.
RESULTSCompared with the clinic-collected semen, the home-collected samples had significantly higher mean values in semen volume (4.0 vs 4.9%), sperm concentration (41 vs 64 x 10(6)/ml), total sperm count (175 vs 270 x 10(6) per ejaculate), progressive sperm motility (40 vs 52%), total count of progressively motile sperm (82 vs 135 x 10(6) per ejaculate) (all P <0.05). No significant differences were found between the two groups in normal sperm morphology (4.0 vs 5.0%) and the contents of neutral α-glucosidase (26 vs 24 mU per ejaculate), zinc (8.0 vs 8.0 μmol per ejaculate), and fructose (62 vs 60 μmol per ejaculate) (all P >0.05). Abnormal sperm concentration (<20 x 10(6)/ml) was observed in significantly fewer of the home-collected samples than the clinic-collected ones (18% [62/342] vs 30% [103/342], P<0.05), and so was abnormal progressive sperm motility (<32%) (64% [219/342] vs 75% [256/342], P<0.05).
CONCLUSIONOur findings show that semen samples collected by masturbation at home has a higher quality than those collected in the clinic. So the location of semen collection should be taken into consideration in infertility investigation.
Humans ; Infertility, Male ; diagnosis ; Male ; Masturbation ; Semen ; enzymology ; physiology ; Semen Analysis ; methods ; Specimen Handling ; methods ; Sperm Count ; Sperm Motility ; alpha-Glucosidases ; analysis