Ivanov V I
Mol Biol (Mosk). 1983 May-Jun;17(3):616-21.
Various conformations of the DNA complementary helix are considered. Computer calculations of the conformational possibilities of the double helix are compared with the forms known from experiment. The frequences for fluctuational transitions from the B form into the forms of higher energy (A, Z) under physiological conditions are calculated on the basis of thermodynamical parameters for the B--A and B--Z shifts.
考虑了DNA互补螺旋的各种构象。将双螺旋构象可能性的计算机计算结果与实验已知的形式进行了比较。根据B - A和B - Z转变的热力学参数,计算了在生理条件下从B型向更高能量形式(A、Z)波动转变的频率。