Search

Additional file 2: Figure S1. Establishing the transmission dynamics of the vaccination intervention model of hepatitis E. Figure S2. Effects of cutting the transmission routes on the incidence of hepatitis E of Zhenjiang City. Figure S3. Effects of cutting the transmission routes on the incidence of hepatitis E of Yancheng City. Figure S4. Effects of cutting the transmission routes on the incidence of hepatitis E of Wuxi City. Figure S5. Simulation of shortening the incidence of hepatitis E infection of Zhenjiang City. Figure S6. Simulation of shortening the incidence of hepatitis E infection of Yancheng City. Figure S7. Simulation of shortening the incidence of hepatitis E infection of Wuxi City. Figure S8. Effects of different vaccination coefficients on the incidence of hepatitis E infection of Zhenjiang City. Figure S9. Effects of different vaccination coefficients on the incidence of hepatitis E infection of Yancheng City. Figure S10. Effects of different vaccination coefficients on the incidence of hepatitis E infection of Wuxi City. Figure S11. The sensitivity analysis of parameter.

Additional file 1: Table S1. Evaluates the effectiveness of intervention in 3 cities of Jiangsu Province, China.

Table S1. Specific parameters for calculating the rates in severe HFMD cases by time, regions, and population. (DOC 66 kb)

Requirement change impact analysis has been acknowledged as one of the crucial steps in product design. In this paper, we propose a network-based method to analyze change impact. By defining interconnections among parts, we build a directed weighted complex product network model to represent the product structure under given requirements. Then, we discuss two requirement change cases and develop corresponding modification policies. To specify indirect impacts, we propose a change propagation searching model in light of Matthew Effect theory. To measure the degree of change impacts, we propose two criteria (network variation scale and extra network change cost), both of which can provide a systemic assessment of impacts. Finally, a case of clutch is presented to illustrate the proposed approach. The results can provide way of measuring overall change impacts on the product, which can support decision-makers to respond that the change request can be fulfilled or not.

A revolutionizing pile foundation testing technology, STATNAMIC has been analysis in the paper. This method is the testing method of bearing capacity for the pile foundation that has the advantages such as economical, speedy, accurate and reliable etc. By burning solid fuel in a combustion chamber, a controlled and pre-determined load is applied directly to the pile foundation without introducing high tension forces. The duration of loading is substantially longer than both the impulse produced by dynamic testing and the natural frequency of pile foundation. Moreover, owing to test without anchor pile, thus it would be able to save cost of manufacturing the anchor pile and the constructing period. And, finally it is not limited to the type of pile, the pile gradient and the surroundings of pile.

Supplemental material, supplementary_table_6 for HDAC3-mediated silencing of miR-451 decreases chemosensitivity of patients with metastatic castration-resistant prostate cancer by targeting NEDD9 by Dong-qin Chen, Chen Yu, Xue-feng Zhang, Zhong-fang Liu, Rui Wang, Min Jiang, Hao Chen, Feng Yan, Min Tao, Long-bang Chen, Hong Zhu and Ji-feng Feng in Therapeutic Advances in Medical Oncology