1.Investigatin on Clinical Effects of Astragalus Injection on Preventing Cisplatin Induced Early Kidney Injury
Meiyang LIU ; Fengying HOU ; Junfen WANG ; Shuguo HU ; Kunyan LI ;
Chinese Traditional Patent Medicine 1992;0(04):-
0.05). But the determined values in the above two dose groups of Astragalus Injection were obviously lower than that in cisplatin group. There were remarkable differences.( P
2.Malignant tumor incidence and mortality in Daishan county,Zhoushan,Zhejiang Province from 2014 to 2019
Jiaying SHEN ; Dongming JIANG ; Ling YE ; Xiaoqiong ZHU ; Jiluo LIU ; Yifan CHEN ; Kunyan WANG ; Guangwen CAO
Tumor 2023;43(2):97-105
Objective:To provide scientific basis for prevention and control measures of island regions through analyzing the characteristics of malignant tumor incidence and mortality in eastern island areas of China and comparing the data with the national cancer mortality data in the same period. Methods:Using the incidence and mortality data of malignant tumor in Daishan county,Zhoushan collected by the Daishan Center for Disease Control and Prevention(CDC)from 2014 to 2019,which was stratified by gender,the crude incidence rates(CIR)and crude mortality rates(CMR)were calculated,and the top 10 malignant tumors with the highest incidence or mortality rates were then ranked.The Segi's world standard population was used to calculate the age-standardized incidence(ASIR)and age-standardized mortality rate(ASMR).The local data were compared with the national cancer mortality data from 2014 to 2019,and Chi-square test was used to analyze the differences between these two sets of data using the SPSS software.The difference was considered statistically significant when P<0.05. Results:There was a total of 7 305 incidence cases of malignant tumors in Daishan county,Zhoushan from 2014 to 2019.The CIR was 662.39/105 and the ASIR was 306.81/105.Notably,the CIR was the highest in the age group of 75-79 years old.The top 5 malignant tumors with the highest incidence rates were lung cancer(27.15%),gastric cancer(12.76%),liver cancer(10.95%),colorectal cancer(6.92%)and breast cancer(5.42%),whose ASIR were 75.09/105,32.06/105,31.01/105,17.81/105 and 18.36/105,respectively.There was a total of 3 412 mortality cases of malignant tumors in Daishan county,Zhoushan from 2014 to 2019.The CMR was 309.39/105 and the ASMR was 122.73/105.Notably,the CMR was the highest in the age group of 80-85 years old.The top 5 malignant tumors with the highest mortality rates were lung cancer(24.94%),liver cancer(18.64%),gastric cancer(17.00%),colorectal cancer(7.56%)and esophageal cancer(5.72%),whose ASMR were 29.65/105,24.97/105,19.01/105,8.75/105 and 6.60/105,respectively.The total ASMR of malignant tumors in Daishan county,Zhoushan was higher than national total ASMR from 2014 to 2019(100.34/105)(P<0.001).Specifically,the ASMR of gastric cancer,lung cancer and colorectal cancer in Daishan county were significantly higher than national levels(gastric cancer:12.46/105;liver cancer:16.45/105;colorectal cancer:6.63/105)(P<0.01),whereas no significant difference in the ASMR of lung cancer and esophageal cancer between Daishan county and the whole nation(lung cancer:28.06/105;esophageal cancer:7.61/105)was observed. Conclusion:Lung cancer,gastric cancer,liver cancer and colorectal cancer were malignant tumors with higher incidence and mortality rates in Daishan county,Zhoushan from 2014 to 2019.Particularly,the ASMR of gastric cancer,liver cancer and colorectal cancer were significantly higher than the national levels,and these malignant tumors should be considered as the major focus of cancer prevention and control.
3.Characteristics of postviral olfactory disorder
Kunyan LI ; Jia LIU ; Wei XIAO ; Ying WU ; Yuanyuan REN ; Yongxiang WEI
Chinese Journal of Otorhinolaryngology Head and Neck Surgery 2016;51(11):838-841
Objective To explore the clinical characteristics of patients with olfactory dysfunction after upper respiratory tract infection.Methods Through clinical specialist examination and imaging examination,95 cases of patients with olfactory dysfunction after upper respiratory tract infection were confirmed,58 cases in anosmia group and 37 cases in hyposmia group.All were performed by a subjective olfactometry (Sniffin'Sticks test) and a subjective taste function tests.The results were statistically analyzed by SPSS 17.0 software.Results In 58 cases of anosmia group,21 cases of male,37 cases of female;Twenty-six cases of youth,23 cases of middle age,9 cases of old age;Twenty-seven cases occurs in spring,11 cases in summer,12 in autumn and 8 in winter.Among 37 cases of hyposmia group,12 cases of male,25 cases of female;Eighteen cases of youth,16 cases of middle age,3 cases of old age;Fourteen cases occurs in spring,8 cases in summer,7 in autumn and 8 in winter.There was no statistically significant difference in gender,age and the onset season between the two groups (x2 =0.142,P > 0.05;x2 =1.124,P >0.05;x2 =1.335,P > 0.05).In anosmia group,with 4 cases of ageusia,22 cases of hypogeusia,32 cases of normal taste;in hyposrnia group,with 0 cases of ageusia,10 cases of hypogeusia,27 cases of normal taste.There were significant differences between the two groups with different types of taste disorder (Pearson correlation coefficient r =0.210,P < 0.05),it was positive correlation.Conclusions It is suggested that after the upper respiratory tract infection,the olfactory dysfunction is often accompanied by the sense of taste dysfunction,the more severe the damage of olfactory function,the degree of damage to the taste function is also increased.Olfactory impairment degree exhibited no relationship with gender,age or onset seasons.
4.Establishment of human colon cancer transplantation tumor model in normal immune mice
Shumin CHENG ; Jianling LIU ; Tong CHEN ; Yanzhen BI ; Kunyan LIU ; Quanyi WANG ; Huixin TANG ; Yonghong YANG ; Xiaobei ZHANG ; Ruirui HU ; Suqin LIU ; Kai ZHANG ; Lingbin KONG ; Daolu GUO ; Zhenfeng SHU ; Feng HONG
Chinese Journal of Oncology 2021;43(9):939-943
Objective:Establishment of a new model of human primary colon cancer transplantation tumor in normal immune mice and to provide a reliable experimental animal model for studying the pathogenesis of colon cancer under normal immunity.Methods:Human colon cancer cells come from colon cancer patients who underwent surgery in the Affiliated Hospital of Jining Medical College in 2017. The mice in the cell control group were inoculated with phosphate buffered solution (PBS) containing colon cancer cells, the microcarrier control group was inoculated with PBS containing microcarrier 6, and the cell-microcarrier complex group was inoculated with the PBS containing colon cancer cell-microcarrier complex. The cells of each group were inoculated under the skin of the right axilla of mice by subcutaneous injection, and the time, size, tumor formation rate and pathological changes under microscope were recorded. The transplanted tumor tissue was immunohistochemically stained with the EnVisiion two-step method, and the tumor formation rate of the transplanted tumor was judged according to the proportion of positive cells in the visual field. The polymerase chain reaction (PCR) method was used to detect the expression of human-specific Alu sequence in mice tumor tissue.Results:After inoculation with tumor cells, the mice in the cell control group and the microcarrier control group did not die and did not form tumors; the mice in the cell-microcarrier complex group had palpable subcutaneous tumors in the right axillary subcutaneously on the 5th to 7th days after inoculation, and tumor formation rate is 67% (10/15), and the tumor volume can reach about 500 mm 3 2 to 3 weeks after vaccination. The immunohistochemistry results showed that CK20, CDX-2 and carcinoembryonic antigen were all positively expressed. The PCR results showed that the expression of human-specific Alu sequence can be detected in the transplanted tumor tissue of tumor-bearing mice. Conclusion:Human primary colon cancer cells used microcarrier 6 as a carrier to form tumors in normal immunized mice, and successfully established a new model of human colon cancer transplantation tumor in normal immune mice.
5.Establishment of human colon cancer transplantation tumor model in normal immune mice
Shumin CHENG ; Jianling LIU ; Tong CHEN ; Yanzhen BI ; Kunyan LIU ; Quanyi WANG ; Huixin TANG ; Yonghong YANG ; Xiaobei ZHANG ; Ruirui HU ; Suqin LIU ; Kai ZHANG ; Lingbin KONG ; Daolu GUO ; Zhenfeng SHU ; Feng HONG
Chinese Journal of Oncology 2021;43(9):939-943
Objective:Establishment of a new model of human primary colon cancer transplantation tumor in normal immune mice and to provide a reliable experimental animal model for studying the pathogenesis of colon cancer under normal immunity.Methods:Human colon cancer cells come from colon cancer patients who underwent surgery in the Affiliated Hospital of Jining Medical College in 2017. The mice in the cell control group were inoculated with phosphate buffered solution (PBS) containing colon cancer cells, the microcarrier control group was inoculated with PBS containing microcarrier 6, and the cell-microcarrier complex group was inoculated with the PBS containing colon cancer cell-microcarrier complex. The cells of each group were inoculated under the skin of the right axilla of mice by subcutaneous injection, and the time, size, tumor formation rate and pathological changes under microscope were recorded. The transplanted tumor tissue was immunohistochemically stained with the EnVisiion two-step method, and the tumor formation rate of the transplanted tumor was judged according to the proportion of positive cells in the visual field. The polymerase chain reaction (PCR) method was used to detect the expression of human-specific Alu sequence in mice tumor tissue.Results:After inoculation with tumor cells, the mice in the cell control group and the microcarrier control group did not die and did not form tumors; the mice in the cell-microcarrier complex group had palpable subcutaneous tumors in the right axillary subcutaneously on the 5th to 7th days after inoculation, and tumor formation rate is 67% (10/15), and the tumor volume can reach about 500 mm 3 2 to 3 weeks after vaccination. The immunohistochemistry results showed that CK20, CDX-2 and carcinoembryonic antigen were all positively expressed. The PCR results showed that the expression of human-specific Alu sequence can be detected in the transplanted tumor tissue of tumor-bearing mice. Conclusion:Human primary colon cancer cells used microcarrier 6 as a carrier to form tumors in normal immunized mice, and successfully established a new model of human colon cancer transplantation tumor in normal immune mice.
6.Procedures for application of the extended dosing after antitumor drug clinical trials.
Feng YANG ; Jianfu HENG ; Yi LIU ; Qi TANG ; Kunyan LI
Journal of Central South University(Medical Sciences) 2023;48(4):508-515
New drug clinical trials have been considered as a positive way for treating cancer by cancer patients and doctors, and the extended dosing is a special way for patients' withdrawal from antitumor clinical trials to obtain investigational new drugs. However, neither the regulations of expanded dosing nor the detail documents for expanded dosing have been officially published in China. At present, expanded dosing of investigational drugs is still at the exploratory stage in various medical institutions, and a complete management system has not been established to meet patients' urgent needs for drug use. Based on the practical experience of extended dosing in Hunan Cancer Hospital, this paper preliminarily explored the application procedures and ethical review requirements of extended dosing for subjects in antitumor clinical trials. It is necessary to clarify the responsibilities of all patients in the procedure and establish a patient-medical institution-sponsor joint application system. In the process of ethical review, it is recommended that all parties fully consider the risks and benefits of extended dosing for patients, and then the ethics committee makes a comprehensive assessment to decide whether to approve extended dosing.
Humans
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China
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Physicians
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Antineoplastic Agents/therapeutic use*