In order to elucidate the origin of biological ordering structure, which is far from equi-librum and continuously exchanges substances with its environment, I. Prigogine advancedthe theory of dissipative structure and...In order to elucidate the origin of biological ordering structure, which is far from equi-librum and continuously exchanges substances with its environment, I. Prigogine advancedthe theory of dissipative structure and discussed the formation of this structure in a dynamicsystem. Xu Jinghua and Ding Dafu also presented a model of dissipative structure of DNAtemplate replication and obtained an interesting result of helix structure. In this paper we pre-sent a dynamic model. of protein synthesis and consider possible influences of position-controlfactors in oosperm, attempting to obtain some ideas about the primary cause of morphodif-ferentiation.展开更多
文摘In order to elucidate the origin of biological ordering structure, which is far from equi-librum and continuously exchanges substances with its environment, I. Prigogine advancedthe theory of dissipative structure and discussed the formation of this structure in a dynamicsystem. Xu Jinghua and Ding Dafu also presented a model of dissipative structure of DNAtemplate replication and obtained an interesting result of helix structure. In this paper we pre-sent a dynamic model. of protein synthesis and consider possible influences of position-controlfactors in oosperm, attempting to obtain some ideas about the primary cause of morphodif-ferentiation.
