In complex feed structures, there exist main chemical functional groups which are associated with nutrient utilization and availability and functionality. Each functional group has unique molecular structure therefore...In complex feed structures, there exist main chemical functional groups which are associated with nutrient utilization and availability and functionality. Each functional group has unique molecular structure therefore produce unique molecular vibration spectral profile. Feed processing has been used to improve nutrient utilization for many years. However, to date, there was little study on processing-induced changes of feed intrinsic structure and functional groups on a molecular basis within intact tissue. This is because limited research technique is available to study inherent structure on a molecular basis. Recently bioanalytical techniques： such as Synchrotron Infrared Microspectroscopy as well as Diffuse Reflectance Infrared Fourier Transform molecular spectroscopy have been developed. These techniques enable to detect molecular structure change within intact tissues. These techniques can prevent destruction or alteration of the intrinsic protein structures during processing for analysis. However, these techniques have not been used in animal feed and nutrition research. The objective of this review was show that with the advanced technique, sensitivity and responses of functional groups to feed processing on a molecular basis could be detected in my research team. These functional groups are highly associated with nutrient utilization in animals.展开更多
Objective:Discuss the clinical effect of the process diabetes nurse group in the treatment of diabetes patients.Methods:A total of 58 patients with diabetes who received treatment in our hospital from January 2021 to ...Objective:Discuss the clinical effect of the process diabetes nurse group in the treatment of diabetes patients.Methods:A total of 58 patients with diabetes who received treatment in our hospital from January 2021 to June 2021 were selected,and the 58 patients were divided into two groups by random number table.In one group,29 patients were treated with process diabetes group nursing,which was recorded as the observation group;in the other group,29 patients were treated with conventional care,which was recorded as the control group.Nursing satisfaction,compliance behavior of patients,and adverse incidence were analyzed.Results:After nursing,the data of the two groups were summarized.The score of compliance behavior in the observation group was 91.23±4.56,which was significantly better than that in the control group(75.13土5.23).The t values of the score of compliance behavior were 12.4952,P<0.05.The qualified rate of fasting blood glucose in the observation group was 100%,which was significantly higher than that in the control group(62.07%),P<0.05.According to the questionnaire analysis,there were 18 patients in the observation group who were very satisfied,8 patients who were satisfied and 3 patients who were not satisfied,with a total satisfaction rate of 89.66%,and in the control group,there were 4 patients who were very satisfied,15 patients who were satisfied and 10 patients who were not satisfied,with a total satisfaction rate of 65.52%.The control group was significantly inferior to the observation group,and P<0.05 was regarded as statistically significant.Conclusion:Adopting the process of diabetes group nursing can effectively enhance the compliance behavior of patients,and effectively control the blood sugar index of patients,and improve the satisfaction degree of patients.展开更多
In this article, we propose two control charts namely, the “Multivariate Group Runs’ (MV-GR-M)” and the “Multivariate Modified Group Runs’ (MV-MGR-M)” control charts, based on the multivariate normal processes, ...In this article, we propose two control charts namely, the “Multivariate Group Runs’ (MV-GR-M)” and the “Multivariate Modified Group Runs’ (MV-MGR-M)” control charts, based on the multivariate normal processes, for monitoring the process mean vector. Methods to obtain the design parameters and operations of these control charts are discussed. Performances of the proposed charts are compared with some existing control charts. It is verified that, the proposed charts give a significant reduction in the out-of-control “Average Time to Signal” (ATS) in the zero state, as well in the steady state compared to the Hotelling’s T2 and the synthetic T2 control charts.展开更多
基金supported by grants from the Natural Sciences and Engineering Research Council of Canada (NSERC)SaskCanola Funding+1 种基金Saskatchewan Agricultural Development Fund (ADF)Ministry of Agriculture Strategic Research Chair Fund (Saskatchewan,Canada)
文摘In complex feed structures, there exist main chemical functional groups which are associated with nutrient utilization and availability and functionality. Each functional group has unique molecular structure therefore produce unique molecular vibration spectral profile. Feed processing has been used to improve nutrient utilization for many years. However, to date, there was little study on processing-induced changes of feed intrinsic structure and functional groups on a molecular basis within intact tissue. This is because limited research technique is available to study inherent structure on a molecular basis. Recently bioanalytical techniques： such as Synchrotron Infrared Microspectroscopy as well as Diffuse Reflectance Infrared Fourier Transform molecular spectroscopy have been developed. These techniques enable to detect molecular structure change within intact tissues. These techniques can prevent destruction or alteration of the intrinsic protein structures during processing for analysis. However, these techniques have not been used in animal feed and nutrition research. The objective of this review was show that with the advanced technique, sensitivity and responses of functional groups to feed processing on a molecular basis could be detected in my research team. These functional groups are highly associated with nutrient utilization in animals.
文摘Objective:Discuss the clinical effect of the process diabetes nurse group in the treatment of diabetes patients.Methods:A total of 58 patients with diabetes who received treatment in our hospital from January 2021 to June 2021 were selected,and the 58 patients were divided into two groups by random number table.In one group,29 patients were treated with process diabetes group nursing,which was recorded as the observation group;in the other group,29 patients were treated with conventional care,which was recorded as the control group.Nursing satisfaction,compliance behavior of patients,and adverse incidence were analyzed.Results:After nursing,the data of the two groups were summarized.The score of compliance behavior in the observation group was 91.23±4.56,which was significantly better than that in the control group(75.13土5.23).The t values of the score of compliance behavior were 12.4952,P<0.05.The qualified rate of fasting blood glucose in the observation group was 100%,which was significantly higher than that in the control group(62.07%),P<0.05.According to the questionnaire analysis,there were 18 patients in the observation group who were very satisfied,8 patients who were satisfied and 3 patients who were not satisfied,with a total satisfaction rate of 89.66%,and in the control group,there were 4 patients who were very satisfied,15 patients who were satisfied and 10 patients who were not satisfied,with a total satisfaction rate of 65.52%.The control group was significantly inferior to the observation group,and P<0.05 was regarded as statistically significant.Conclusion:Adopting the process of diabetes group nursing can effectively enhance the compliance behavior of patients,and effectively control the blood sugar index of patients,and improve the satisfaction degree of patients.
文摘In this article, we propose two control charts namely, the “Multivariate Group Runs’ (MV-GR-M)” and the “Multivariate Modified Group Runs’ (MV-MGR-M)” control charts, based on the multivariate normal processes, for monitoring the process mean vector. Methods to obtain the design parameters and operations of these control charts are discussed. Performances of the proposed charts are compared with some existing control charts. It is verified that, the proposed charts give a significant reduction in the out-of-control “Average Time to Signal” (ATS) in the zero state, as well in the steady state compared to the Hotelling’s T2 and the synthetic T2 control charts.
