1.Twenty-one cases of pain caused by earthquake treated mainly with acupuncture at Jiaji (EX-B 2).
Chinese Acupuncture & Moxibustion 2011;31(10):919-920
Acupuncture Points
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Acupuncture Therapy
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Adolescent
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Adult
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Aged
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Earthquakes
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Female
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Humans
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Male
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Middle Aged
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Pain Management
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Young Adult
3.Analysis of Acquired Immunodeficiency Syndrome with Manifestation of Chronic Diarrhea in 7 Children
jin, ZHOU ; jing, ZHANG ; xi-wei, XU
Journal of Applied Clinical Pediatrics 2003;0(10):-
Objective To explore the clinical manifestation and laboratory examination of chronic diarrhea in children with acquired immunodeficiency syndrome(AIDS) and analyze the reasons that causes the chronic diarrhea in children.Methods Clinical data of 7 patients (male 4 cases,famale 3 cases)with AIDS with manifestation of chronic diarrhea among the 17 cases were diagnosed as AIDS in Beijing children′s hospital from Jan.1999 to Dec.2006.The time of diarrhea,degree of dinrrhea,characteristic of stool,accompaniment symptom,laboratory examination were retrospectively analyzed.Results The average onset age was 6 years old(from 2-9 years old).The average time of diarrhea was 6 months(from 1-16 months).Four cases main complained with chronic diarrhea,3 cases came to the hospital because of fever,cough and wasting;6 cases with diarrhea,7 cases with malnutrition and anemia,5 cases accompanied hypokalemia and metabolic acidosis,6 cases had delay in growth and development,2 cases with abnormal stool routine exam,1 case with positive stool culture of fungi.All patients were with lower CD4,5 cases with lower CD4/CD8.Conclusions Chronic diarrhea is a common symptom in children with AIDS,and usually accompanied by obvious delay in growth and development,malnutrition and anemia,the reasons that causes the chronic diarrhea are consi-dered to be related with both the opportunistic infection and HIV infection.
6.Airway remodeling and asthma.
Chinese Journal of Pediatrics 2006;44(8):632-635
Airway Remodeling
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Asthma
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pathology
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physiopathology
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Child
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Humans
7.Effects of leptin on RNA content of LHA, VMH, PVN and the body fat.
Wei-Min ZHIANG ; Xi-Xiong ZHANG
Chinese Journal of Applied Physiology 2005;21(4):365-456
Adipose Tissue
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Animal Feed
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Animals
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Hypothalamus
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drug effects
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physiology
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Leptin
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pharmacology
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Male
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Mice
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Mice, Inbred Strains
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RNA
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analysis
9.The effect and mechanism of epithelial growth factor receptor (EGFR)in inducing vasculogenic mimicry formation
Xi ZHANG ; Qimei ZHAO ; Chunyan WEI
Journal of Xi'an Jiaotong University(Medical Sciences) 2015;(6):739-742
Objective To investigate the effect and mechanism of EGFR in inducing vasculogenic mimicry (VM)formation.Methods Immunohistochemistry was used to detect the expression of EGFR protein and CD34-PAS double staining was used to detect the VM in gliomas paraffin blocks.The migration and VM formation of U87 cell in hypoxic and normoxic groups were detected by transwell and three-dimensional culture.Then we used Western blot to detect the expressions of EGFR,AKT and PI3K protein.Results The positive rate of EGFR expression in VM positive patients was 94.4%,which was significantly higher than that in VM negative patients (71.8%).In hypoxic group,the abilities of migration and VM formation were significantly higher those in normoxic group.The expressions of EGFR,AKT and PI3K were higher in hypoxic group.Conclusion VM formation can be induced by the activation of EGFR/AKT/PI3K signaling pathway.EGFR is very important for VM formation.
10.Research progress of regulation mechanism of MDMX and CK1αin p53 tumor suppressor protein
Xi WEI ; Sheng ZHANG ; Ming GAO
Tianjin Medical Journal 2015;(11):1338-1341
As a tumor suppressor, p53 is activated by numerous cellular and environmental signals, and plays a criticalrole in the cell cycle regulation, cell apoptosis and senenscence. The murine double minute (MDM)2 and double minute mu?rine 4 (MDMX) are two important regulators. MDMX is a p53 binding protein with strong sequence homology to MDM2, but lacks ubiquitin ligase activity, and which is unable to target p53 for proteasomal degradation. MDMX regulates p53 activity through its binding with p53 and its postranscriptional modification. MDMX in the closed and open structure binds to p53 to regulate its activity. As the main partner of MDMX, casein kinase 1 alpha (CK1α) disrupts the intramolecular binding in MD?MX in the cooperation to regulate p53 activity. The process of MDMX and CK1αin the regulation of p53 is multi-step and complicated. In this paper the mechanism of MDMX and CK1αin the regulation of p53 protein was reviewed.