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本文应用Monte Carlo计算机模拟方法,对晶体结构确定的两种蓝绿藻(A. Quadruplicatum和M. Laminosus)的C-藻蓝蛋白的β亚基和单体中进行的光能传递过程进行了模拟计算。结果表明:体系中任二色团间都进行正、逆方向的能量传递;在发射荧光之前,这种传递可以往返进行多次。单体的不同亚基之间存在着能量传递和一定量的能量转移,明确地显示了各色团间进行的能量传递过程和性质。本文也指出了由通常的实验数据的数学拟合得到的各组分不能对应体系中发生的各个过程。
In this paper, the Monte Carlo computer simulation method was used to simulate the light energy transfer in the β-subunit and monomer of C-phycocyanin of two species of blue-green algae (A. Quadruplicatum and M. Laminosus) Calculate. The results show that any two chromophores in the system transfer energy in the positive and negative direction, and the transfer can be performed many times before the fluorescence is emitted. There are energy transfer between the different subunits and a certain amount of energy transfer, clearly shows the process of energy transfer between the various groups and nature. This paper also points out that the components derived from the mathematical fitting of the usual experimental data do not correspond to the processes that occur in the system.