1.Analysis on colonoscopic results of screening 1990 community people with high-risk of colorectal cancer
Yucui SHEN ; Bing HAN ; Jianhua XU ; Peng GAO ; Qisheng ZHANG
Chinese Journal of Digestion 2015;35(3):179-182
Objective To investigate the prevalence of colorectal cancer in community people in Shanghai,and clarify the necessity of colorectal cancer screening in community residents.Methods From April 2013 to September 2014,colonoscopy examination was carried out in people who participated in colorectal cancer screening in Shanghai with positive result of fecal occult blood test or with high-risk in colorectal cancer evaluated with the risk factors questionnaire.A total of 1 990 individuals were recruited.The colonoscopic results of them were retrospectively analyzed.Chi-square test was performed for statistical analysis.Results The 1 990 individuals received colonoscopy examination aged from 50 to 92.Among the 1 990 individuals with colonoscopy examination,colorectal polyps,colorectal cancer and carcinoid were found in 1 027 cases,and the total detection rate was 51.6%.The detection rate of colorectal polyps was 48.7% (969/1 990),and the maximum diameter of polyps was 3.5 cm.The detection rate of colorectal polyps of the male was 59.3% (532/897),which was higher than that of the female (40.0%,437/1 093),and the difference was statistically significant (x2 =73.7,P<0.01).The detection rate of colorectal polyps in group 50 to 60 (not include 60) years old,60 to 70 (not include 70) years old,70 to 80 (not include 80) years old and ≥80 years old was 37.5% (139/371),48.7% (524/1 075),55.9% (248/444) and 58.0% (58/100),respectively.The difference was statistically significant (x2 =31.3,P<0.01).The detection rate of colorectal cancer was 2.7 % (54/1 990).The detection rate of male rectal cancer was 3.8% (34/897),which was significantly higher than that of female (1.8%,20/1 093),and the difference was statistically significant (x2 =7.2,P<0.05).The detection rate of colorectal cancer in group 50 to 60 (not include 60) years old,60 to 70 (not include 70) years old,70 to 80 (not include 80) years old and ≥80 years old was 1.6% (6/371),1.9% (20/1 075),4.3% (19/444) and 9.0% (9/100),respectively.The difference was statistically significant (x2 =23.7,P<0.01).The detection rate of rectal carcinoid was 0.2 % (4/1 990).Conclusions The prevalence of colorectal polyps and cancer is high in screening community people with high-risk of colorectal cancer.Colorectal cancer screening in community people ≥ 50 years old with sequential screening method is important.
2.Analysis of Clinical Features of 985 High-risk People with Intestinal Polyps in Colorectal Cancer Screening
Bing HAN ; Yucui SHEN ; Jianhua XU ; Peng GAO ; Qisheng ZHANG
Chinese Journal of Gastroenterology 2016;21(3):161-164
Background:Colorectal polyps are common gastrointestinal diseases,which are closely related to the development of colorectal cancer. Aims:To investigate the clinical features of high-risk people with intestinal polyps in colorectal cancer screening. Methods:People in Hongkou District,Shanghai,who were positive in fecal occult blood test or of the high risk category in colorectal cancer questionnaire from April 2013 to December 2014 were enrolled,and colonoscopy was performed at Branch of Shanghai First People’s Hospital. The overall detection rate,gender,age,location of lesion, morphology,and pathology were analyzed. Results:A total of 985 patients with colorectal polyps were recruited in this study. The overall detection rate of polyps was 48. 7% . The prevalence of colorectal polyps was significantly higher in males than in females(58. 7% vs. 38. 9% ;χ2 = 79. 788,P < 0. 01). The detection rates of colorectal polyps in different age groups were statistically significant(χ2 = 23. 820,P < 0. 01). Detection rate of polyps was significantly higher in left colon than in right colon(62. 4% vs. 37. 6% ;χ2 =190. 643,P <0. 01). The overall detection rate of protruding lesion 0-Ⅰwas 94. 5% ,and slightly elevated lesion 0-Ⅱa was 48. 3% . Detection rate of adenomatous pylops was significantly higher than non-adenomatous pylops(59. 3% vs. 47. 1% ;χ2 = 27. 326,P < 0. 01). The histological results were differed between two examination in 119 patients. Only 17. 8% of the patients operated were followed up by colonoscopy,and polyps recurred in 62. 3% of them. Conclusions:A higher incidence of colorectal polyps is found in people with high risk of colorectal cancer screening. High quality colonoscopy examination and effective operation in time can reduce the incidence of colorectal cancer.
3.Clinical effects of levodopa benserazide combine with dl-3-butylphthalide capsules on limbs function of patients after stroke
Yuqiang MA ; Fengxue WANG ; Yucui GAO ; Zhiyun TONG ; Jianxin ZHANG ; Like HAO
Clinical Medicine of China 2014;(7):683-685
Objective To investigate the effects of levodopa benserazide hydrochloride combine with dl-3-butyl phthalide capsule on patient's limbs function after stroke. Methods Ninety patients with stroke were randomly divided into rehabilitation group,treatment group and control group,and 30 cases for each group. Patients in rehabilitation group were treated with exercise therapy,in treatment group were given exercise therapy and levodopa Benserazide and Dl-3-butylphthalide capsules,and in control group were given placebo treatment. Adult hemiplegic motor function score(FMA)and motor function assessment scale(MAS)were used to assess the motor function and lower extremity function before treatment and 8 weeks after treatment. Results Before treatment,FMA and MAS in rehabilitation group,treatment group and control group were(22. 6 ± 3. 6), (23. 1 ± 2. 5)and(20. 3 ± 2. 9),and(1. 6 ± 0. 6),(2. 1 ± 0. 5),(1. 7 ± 0. 9),respectively. There was no significant differences between the two groups( F = 1. 64,P > 0. 05;F = 1. 66,P > 0. 05). After 8 weeks of treatment,FMA and MAS in rehabilitation group and treatment group were(60. 6 ± 3. 5),(14. 6 ± 1. 1),and (75. 7 ± 4. 5),(17. 7 ± 4. 5),significant improved more than that before treatment(t = 1. 738,1,716,1. 732 respectively;P < 0. 05). Meanwhile,patients in the treatment group improved more than that in rehabilitation group(P < 0. 05),and they were superior to patients in control group((31. 0 ± 3. 6),(5. 5 ± 1. 1);P < 0. 05). Conclusion Benserazide combined with dl-3- butyl phthalide capsule can further improve the limbs function.
4.Effect of Ginseng, Ginseng polysaccharides and Ginsenoside on the human lung cancer cells A549 in co-culture system of TAMs with A549 cells
Lei BI ; Jing GAO ; Yucui JIANG ; Yingna CHEN ; Weiping CHEN
Journal of China Pharmaceutical University 2016;47(6):744-748
This study was aimed to explore the anti-tumor functions of Ginseng on the human lung cancer cells A549, through investigating the effects of water extract of Ginseng(WEG), Ginseng polysaccharides(GPS)and Ginseng total saponins(GTS)on cell proliferation, cell migration and cytoskeleton of A549 cells. Using A549 cells as target cells, the TAMs model in vitro was established from THP-1. MTT method was used to observe the effects of different concentrations of WEG, GPS, GTS on A549 cells in co-culture system of TAMs with A549 cells. The cell migration of A549 cells was assayed by real-time cell analysis(RTCA). The cytoskeleton of A549 cells was detected by high content screening(HCS). It showed that in the co-culture system, WEG inhibited the proliferation, migration, and the area of cytoskeleton on A549 cells significantly(P< 0. 01). GPS inhibited A549 cell migration and the area of cytoskeleton(P < 0. 01)in co-culture system, but it showed no significant effect on the proliferation of A549 cells. Moreover, GTS can significant inhibit the proliferation of A549 cells(P< 0. 01), and the effect on the cell migration and the area of cytoskeleton was in conspicuous in the co-culture system. It was found that the two main components of ginseng showed different functions by the comparison of WEG, GPS, GTS in TAMs co-culture system. Results indicate that the antitumor effects of ginseng may be due to its multi-component regulation in the tumor microenvironment.