Objective: to analyze the impact of public health care on the living behavior pattern of chronic disease high-risk population. Methods: in our hospital in May 2019 to May 2021 were high-risk groups, 40 cases of chroni...Objective: to analyze the impact of public health care on the living behavior pattern of chronic disease high-risk population. Methods: in our hospital in May 2019 to May 2021 were high-risk groups, 40 cases of chronic diseases, random number table method is divided into research group and control group, each 20 cases, control group to carry out the routine nursing care, the team to carry out the public health care, from daily life movement situation, the two aspects of health behavior compliance rating life behavior pattern. Results: after 3 months of intervention, the basal metabolic volume, total energy consumption and daily exercise amount of high-risk groups in the study group were higher than those in the control group, and the health behavior compliance was higher than that in the control group, with statistical significance (P < 0.05). Conclusion: public health nursing can improve the living behavior pattern, daily life movement and health behavior compliance in the high-risk population of chronic diseases.展开更多
To date,various micro/nanofabrication techniques have been developed during the global nanotechnology race,such as electron-beam lithography[1],photolithography[2],nanoimprint lithography[3],and 3D nanoprinting[4,5].B...To date,various micro/nanofabrication techniques have been developed during the global nanotechnology race,such as electron-beam lithography[1],photolithography[2],nanoimprint lithography[3],and 3D nanoprinting[4,5].Benefiting from these functional techniques,micro/nanoscale patterns can be easily generated onto a broad range of materials,including metals,semiconductors,ceramics,and polymers.However,a bold and even visionary question can be raised,is it possible to make patterns on living organisms rather than inanimate objects?Despite the emergence of numerous electronic devices for biological applications,directly processing biological samples remains a challenge due to the poor biocompatibility of many micro/nanofabrication methods[6].Researchers have attempted to prepare and transfer micro/nanopatterns onto cell surfaces[7],the structural integrity of these modifications can be compromised by the growth and development of cells during culture.Moreover,intact animal skin presents greater challenges for integration with metal patterns compared to cell surfaces.展开更多
Local and urban squares play a crucial role in the presence and participation of people and in their interaction promotion.Alexander explained the profound geometric relations and discipline in nature,using the concep...Local and urban squares play a crucial role in the presence and participation of people and in their interaction promotion.Alexander explained the profound geometric relations and discipline in nature,using the concept of life phenomenon theory and living structures.He believes that humans can revive creatures through creating strong centers and an integrated whole.This study selects Avicenna tomb square and center of Aqajani Beig neighborhood,Hamedan.The main research questions include what the role of Alexander's theory of living centers is in promoting the social interaction in local and urban square and which pattern of Alexander’theory mostly affects social interactions in squares and how the individual factors impact social interactions in local and urban squares.Results reveals that patterns of Alexander^theory are efficient in promoting social interactions in local and urban squares.Individual factors are not effective in this regard,but strong centers and urban square contradictions are more effective in residents social interactions than that of void spaces and strong centers.Architects,planners,and urban designers can apply the results in designing new urban and local squares.展开更多
文摘Objective: to analyze the impact of public health care on the living behavior pattern of chronic disease high-risk population. Methods: in our hospital in May 2019 to May 2021 were high-risk groups, 40 cases of chronic diseases, random number table method is divided into research group and control group, each 20 cases, control group to carry out the routine nursing care, the team to carry out the public health care, from daily life movement situation, the two aspects of health behavior compliance rating life behavior pattern. Results: after 3 months of intervention, the basal metabolic volume, total energy consumption and daily exercise amount of high-risk groups in the study group were higher than those in the control group, and the health behavior compliance was higher than that in the control group, with statistical significance (P < 0.05). Conclusion: public health nursing can improve the living behavior pattern, daily life movement and health behavior compliance in the high-risk population of chronic diseases.
基金supported by the National Natural Science Foundation of China(52203305,U21A20494,and 61927820)。
文摘To date,various micro/nanofabrication techniques have been developed during the global nanotechnology race,such as electron-beam lithography[1],photolithography[2],nanoimprint lithography[3],and 3D nanoprinting[4,5].Benefiting from these functional techniques,micro/nanoscale patterns can be easily generated onto a broad range of materials,including metals,semiconductors,ceramics,and polymers.However,a bold and even visionary question can be raised,is it possible to make patterns on living organisms rather than inanimate objects?Despite the emergence of numerous electronic devices for biological applications,directly processing biological samples remains a challenge due to the poor biocompatibility of many micro/nanofabrication methods[6].Researchers have attempted to prepare and transfer micro/nanopatterns onto cell surfaces[7],the structural integrity of these modifications can be compromised by the growth and development of cells during culture.Moreover,intact animal skin presents greater challenges for integration with metal patterns compared to cell surfaces.
文摘Local and urban squares play a crucial role in the presence and participation of people and in their interaction promotion.Alexander explained the profound geometric relations and discipline in nature,using the concept of life phenomenon theory and living structures.He believes that humans can revive creatures through creating strong centers and an integrated whole.This study selects Avicenna tomb square and center of Aqajani Beig neighborhood,Hamedan.The main research questions include what the role of Alexander's theory of living centers is in promoting the social interaction in local and urban square and which pattern of Alexander’theory mostly affects social interactions in squares and how the individual factors impact social interactions in local and urban squares.Results reveals that patterns of Alexander^theory are efficient in promoting social interactions in local and urban squares.Individual factors are not effective in this regard,but strong centers and urban square contradictions are more effective in residents social interactions than that of void spaces and strong centers.Architects,planners,and urban designers can apply the results in designing new urban and local squares.
