For most organisms,molecular oxygen is indispensable for normal physiological metabolism;in humans,prolonged hypoxia in tissues can induce many diseases,exemplified by cardiovascular disease,chronic wounds,and tissue ...For most organisms,molecular oxygen is indispensable for normal physiological metabolism;in humans,prolonged hypoxia in tissues can induce many diseases,exemplified by cardiovascular disease,chronic wounds,and tissue necrosis.Therefore,the oxygen in our environment is vital for life.As a main source of oxygen in the natural world that transforms light energy into chemical energy and oxygen,photosynthesis has been widely studied in scientific research and used in production of food,fuel,and medicine.In recent years,photosynthesis has become more closely involved in biomedicine and has been widely used in photodynamic therapy,tissue regeneration,transplantation,and in treatment of specific diseases.This review summarizes innovative applications of photosynthesis in biomedical research and highlights the theory and implications of clinical treatment for specific diseases.展开更多
The parallel algorithms based on domain decomposition method (DDM) have become one of foundations of asynchronous parallel algorithms on MIMD computers for large-scale scientific computations. We can find in this pape...The parallel algorithms based on domain decomposition method (DDM) have become one of foundations of asynchronous parallel algorithms on MIMD computers for large-scale scientific computations. We can find in this paper that DDM can also become the foundations of Object-Oriented parallel computational model for larch-scale scientific computations, In the paper, Multi-Agent parallel computational model based on DDNI is proposed. The implements of software environment on the model for solving elliptic pantal differential equations can be got from the paper. Especially an application instance for solving Dirichlet problems of Poisson equation is given. Some conclusions are drawn in the end.展开更多
基金This work was supported by Grants from the National Natural Science Foundation of China(Nos.81671918 and 81372072)the Zhejiang Provincial Medical and Healthy Science Foundation of China(Nos.2021452516,2019ZD028,and 2018KY874)the National Key Research Program of China(No.2016YFC1101004).
文摘For most organisms,molecular oxygen is indispensable for normal physiological metabolism;in humans,prolonged hypoxia in tissues can induce many diseases,exemplified by cardiovascular disease,chronic wounds,and tissue necrosis.Therefore,the oxygen in our environment is vital for life.As a main source of oxygen in the natural world that transforms light energy into chemical energy and oxygen,photosynthesis has been widely studied in scientific research and used in production of food,fuel,and medicine.In recent years,photosynthesis has become more closely involved in biomedicine and has been widely used in photodynamic therapy,tissue regeneration,transplantation,and in treatment of specific diseases.This review summarizes innovative applications of photosynthesis in biomedical research and highlights the theory and implications of clinical treatment for specific diseases.
文摘The parallel algorithms based on domain decomposition method (DDM) have become one of foundations of asynchronous parallel algorithms on MIMD computers for large-scale scientific computations. We can find in this paper that DDM can also become the foundations of Object-Oriented parallel computational model for larch-scale scientific computations, In the paper, Multi-Agent parallel computational model based on DDNI is proposed. The implements of software environment on the model for solving elliptic pantal differential equations can be got from the paper. Especially an application instance for solving Dirichlet problems of Poisson equation is given. Some conclusions are drawn in the end.
