1.Integrated e-clinical solutions in clinical research.
Charles YAN ; Xianqiang MI ; Yonglong ZHUANG
Acta Pharmaceutica Sinica 2015;50(11):1393-5
Implementation of information technology in clinical research has resulted in revolutionary changes in drug development. Based on the good clinical practice (GCP) requirements on data, processes and documentations, and the era of fast growth in clinical studies using up-to-date information technology, we explore an integrated e-clinical solution in clinical studies in China.
2.Nano-size uni-lamellar lipodisq improved in situ auto-phosphorylation analysis of E. coli tyrosine kinase using (19)F nuclear magnetic resonance.
Dong LI ; Juan LI ; Yonglong ZHUANG ; Longhua ZHANG ; Ying XIONG ; Pan SHI ; Changlin TIAN
Protein & Cell 2015;6(3):229-233
Escherichia coli
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enzymology
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Fluorine Radioisotopes
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analysis
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Lipid Bilayers
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chemistry
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Magnetic Resonance Spectroscopy
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Maleates
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chemistry
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Nanoparticles
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chemistry
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Phosphorylation
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Polystyrenes
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chemistry
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Protein Conformation
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Protein-Tyrosine Kinases
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chemistry
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metabolism
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Tyrosine
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metabolism
3.Identification of Differentially-expressed Genes in Intestinal Gastric Cancer by Microarray Analysis
Zang SHIZHU ; Guo RUIFANG ; Xing RUI ; Zhang LIANG ; Li WENMEI ; Zhao MIN ; Fang JINGYUAN ; Hu FULIAN ; Kang BIN ; Ren YONGHONG ; Zhuang YONGLONG ; Liu SIQI ; Wang RONG ; Li XIANGHONG ; Yu YINGYAN ; Cheng JING ; Lu YOUYONG
Genomics, Proteomics & Bioinformatics 2014;(6):276-284
Gastric cancer (GC) is one of the most frequent malignant tumors. In order to systematically characterize the cellular and molecular mechanisms of intestinal GC development, in this study, we used 22 K oligonucleotide microarrays and bioinformatics analysis to evaluate the gene expression profiles of GC in 45 tissue samples, including 20 intestinal GC tissue samples,20 normal appearing tissues (NATs) adjacent to tumors and 5 noncancerous gastric mucosa tissue samples. These profiles allowed us to explore the transcriptional characteristics of GC and determine the change patterns in gene expression that may be of clinical significance. 1519 and 1255 differentially- expressed genes (DEGs) were identified in intestinal GC tissues and NATs, respectively, as determined by Bayesian analysis (P < 0.001). These genes were associated with diverse functions such as mucosa secretion, metabolism, proliferation, signaling and development, which occur at different stages of GC development.
4.Study on the Traditional Chinese Medicine Syndromes of 800 Children with Alopecia Areata Based on Factor Analysis and Cluster Analysis
Ying XIE ; Yanping WANG ; Mingyue ZHUANG ; Meijiao DU ; Yonglong XU ; Yumei YANG ; Dingquan YANG
Journal of Traditional Chinese Medicine 2024;65(4):388-394
ObjectiveTo study the traditional Chinese medicine (TCM) syndromes of children with alopecia areata, and provide evidence for TCM differentiation and treatment in clinic. MethodsA retrospective analysis was conducted on the clinical data of 800 children with alopecia areata admitted to the Hair Medicine Center of the China-Japan Friendship Hospital from January 1, 2012 to December 31, 2021. The clinical data of the children were collected using a four-examination information questionnaire, including clinical characteristics (age of consultation, age of onset, course of disease, family history, severity grading), alopecia areata-related factors (triggers), and four-examination information (including sleep, diet, emotions, bladder and bowel function, etc.). Descriptive frequency analyses, rank sum tests, factor analyses and cluster analyses were performed, and the distribution of the major TCM syndromes was summarised with the clinical data. ResultsThere were 800 children with alopecia areata, including 449 males and 351 females; 8 cases (1.00%) were in infancy, 36 cases (4.50%) were in early childhood, 180 cases (22.50%) were in preschool, 380 cases (47.50%) were in school age, and 196 cases (24.50%) were in puberty at the time of consultation; the average age of consultation was 8.31±3.86 years, the average age of onset of disease was 5.40±3.82 years, and the average duration of disease was 2.94±2.77 years; 527 children (65.87%) with severe alopecia areata; 85 children (13.56%) had a family history of alopecia areata; 772 children (96.50%) had unknown triggers for their first alopecia areata, and 28 children (3.50%) reported the presence of obvious triggers, including fright (9 cases), high fever (5 cases), allergic reactions (4 cases), micronutrient (zinc, iron, etc.) deficiencies (4 cases), inappropriate diet (2 cases), environmental factors (1 case, new house renovation), atopic dermatitis (1 case), atopic asthma (1 case), and pneumonia (1 case). A total of 40 four-examination information items were collected, among which the frequency of kicking quilts was the highest with 380 cases (47.50%), followed by picky eating (369 cases, 46.13%), sleeplessness (334 cases, 41.75%), irritability (334 cases, 41.75%), partiality towards certain foods (306 cases, 38.25%), impulsiveness (297 cases, 37.13%), dry stools (233 cases, 29.13%), yellow urine (215 cases, 26.88%), nail biting (213 cases, 26.63%), bad breath (211 cases, 26.38%). According to factor analysis and cluster analysis, five types of TCM syndromes were obtained, in order as qi and blood deficiency syndrome (110 cases, 13.75%), spleen deficiency syndrome (114 cases, 14.25%), kidney essence deficiency syndrome (140 cases, 17.50%), dietary stagnation syndrome (150 cases, 18.75%), and liver depression and spleen deficiency syndrome (286 cases, 35.75%). Patients in each age group and SALT grading are mainly liver depression and spleen deficiency syndrome. ConclusionThe TCM symptoms of children with alopecia areata are mainly based on qi and blood deficiency syndrome, spleen deficiency syndrome, kidney essence deficiency syndrome, dietary stagnation syndrome, and liver depression and spleen deficiency syndrome, of which liver depression and spleen deficiency syndrome is the most common type at different ages and stages of the disease.