Zhou P J, Hu Y C, Wang C X, Song Z H, Wang T Z, Qu S S, Zhou H T, Zhu Y G
Research Institute of Genetics, College of Life Science, Wuhan University, People's Republic of China.
J Biochem Biophys Methods. 1999 Feb 8;38(3):171-80. doi: 10.1016/s0165-022x(98)00038-4.
The thermogenesis curves of the germination of different rice and tree seeds were determined and studied by using a newly constructed microcalorimeter. The thermogenesis curves of the germination of the seeds demonstrate the existence of physiological triphasic patterns, which include imbibition, activation and growth stages in the germination process. The thermodynamics and thermokinetics of the main growth phase of the growth stage in the germination process have been studied. The growth heat effect (deltaH), the growth rate constant (k), the growth inhibitory factor (s) and deceleration rate constant (beta) have been determined and calculated, In addition, the experimental thermokinetic equations of the growth stage in the seed germination process have been established.
利用新构建的微量热计测定并研究了不同水稻和树木种子萌发的热生成曲线。种子萌发的热生成曲线表明存在生理三相模式,包括萌发过程中的吸水、活化和生长阶段。研究了萌发过程中生长阶段主要生长相的热力学和热动力学。测定并计算了生长热效应(ΔH)、生长速率常数(k)、生长抑制因子(s)和减速速率常数(β)。此外,还建立了种子萌发过程中生长阶段的实验热动力学方程。