genetic information

genetic information的基本解释

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遗传信息

与genetic information相关的网络例句 [注：此内容来源于网络，仅供参考]

In the early stage of the genetic algorithms, the three genetic mechanisms are used both in integer part and decimal part, so that the genetic algorithms have stronger global search ability, keep the population diversity efficiently and avoid falling into local extremum. In the later stage of the genetic algorithms, the three genetic operators are used in decimal part, so the genetic algorithms have stronger local search ability and fast convergence ability.

在遗传算法开始阶段，该编码算子进行整数部分和小数部分的遗传操作，使得遗传算法在早期具有很强的全局搜索能力，避免陷人局部极值；在后期进行小数部分的遗传操作，使得遗传在后期具有很强的局部搜索能力，能够很快地搜索到全局极值。

If you have done a antemarital examination and understanding of you and your wife's genetic history (preferably more than three generations), if there is no genetic disease to a healthy child is basically no problem, there are many genetic disease is recessive genetic The children will be high risk of illness (that is, you both husband and wife are ill or have a family history of a common cause of), if your husband is very healthy, and there is no family history, children have the genetic disease is only a very small the probability of (the possibility of a few hundred thousandth), so no need to worry about, but you also need to buy some books on the birth to see, after all, cultivating a healthy child is not just the absence of genetic disease can also pregnancy testing should always be done.

如果你们做了婚检，并且了解你以及你的妻子家的遗传病史，如果没有遗传病要个健康孩子基本上是没有问题的，有许多的遗传病是隐性遗传的，孩子会患病的几率才高（也就是你们夫妻两人都是患者或是家族病史上有共同的病因），如果你们夫妻很健康，而且没有家族病史，孩子得遗传病只是有很小的概率，所以没必要去担心，但是还需要你们去买些关于生育的书去看看，毕竟培养一个健康的孩子不仅仅是由于没有遗传病就可以的，还要经常去做孕检。

AMOVAresults showed there were 95.99%genetic variance within subpopulations,4.01% genetic variance between subpopulationsfor Schima superba;there were 75.36% genetic variance within subpopulation,24.64%genetic variance between subpopulations for Castanopsis chinensis;there were 89.55%genetic variance within subpopuiations,10.45% genetic variance betweensubpopulations for Cryptocarya chinensis.

AMOVA分析结果表明，荷木有95.99％的遗传变异表现在亚种群内，有4.01％的遗传变异表现在亚种群间，即95.99％的遗传变异是由于个体与个体之间的差异造成的，有4.01％的遗传变异是由于个体在不同的群落造成的；锥栗有75.36％的遗传变异表现在亚种群内，有24.64％的遗传变异表现在亚种群间，即75.36％的遗传变异是由于个体与个体之间的差异造成的，有24.64％的遗传变异是由于个体在不同的群落造成的；厚壳桂有89.55％的遗传变异表现在亚种群内，有10.45％的遗传变异表现在亚种群间，即89.55％的遗传变异是由于个体与个体之间的差异造成的，有10.45％的遗传变异是由于个体在不同的群落造成的。

与genetic information相关的网络解释 [注：此内容来源于网络，仅供参考]

genetic homeostasis：遗传稳态

genetic guidance 遗传辅导 | genetic homeostasis 遗传稳态 | genetic information 遗传信息

genetic coadaptation：遗传的共同适应

genetic blocking 遗传性阻碍 | genetic coadaptation 遗传的共同适应 | genetic code 遗传密码

genetic dominance：遗传支配性

genetic disorder 遗传性障碍 | genetic dominance 遗传支配性 | genetic dominant traits 遗传的显性特征 遗传的显性特徵