Objectives: to discuss the role of microevolution of Cryptococcus neoformans.
目的：探讨微观进化在新生隐球菌感染中的作用。
The idea that microevolution happens faster in warmer environments is not new.
在气候较为温暖的环境下微进化发生的速度更快并不是新观点。
Microevolution looks at changes within species overtime — changes that may be preludes to speciation, the origin of newspecies.
物种的微观进化随时都在发生——变化可能导致物种形成，这就是新物种的起源。
Every species has its own "initial individual"; no kinship exists between the "initial individuals"; no microevolution can happen with every population under the "initial individual."
每一个物种都有自己的“起始源个体”；各“起始源个体”之间不存在亲缘的关联；每一个“起始源个体”下属的群体，不存在任何微进化。
With the optimization criterion of least square error between the measured creep value and theoretical creep value, microevolution algorithm inverse the creep model parameters directly.
算法以实测蠕变值与理论计算值之间的最小二乘误差为优化准则函数，直接反演计算蠕变模型参数。
With the optimization criterion of least square error between the measured creep value and theoretical creep value, microevolution algorithm inverse the creep model parameters directly.
算法以实测蠕变值与理论计算值之间的最小二乘误差为优化准则函数，直接反演计算蠕变模型参数。
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