Conclusion SB-ASA can be used to SNP genetic monitoring of inbred mice, and it can be popularized and applied as a new molecular biological method of genetic monitoring.
结论SB - ASA方法可用于近交系小鼠snp的遗传检测，可望作为一种新的分子生物学遗传检测方法推广应用。
A total of 28 suitable biochemical markers were screened out as regular genetic monitoring for Meriones Unguiculataus, and appropriate tissue, run time and voltage of electrophoresis were determined.
结果共筛选出适合长爪沙鼠常规遗传检测的生化基因位点28个，确定了适当的电泳时间、电压和靶器官。
Based on genetic programming (GP) theory, the mathematical modeling method of dam deformation monitoring is researched.
研究了基于遗传规划(gp)理论的大坝变形监测数学模型的建模方法。
Founded on change speciality of series of dam safety monitoring forecast, artificial neural networks and nonlinear models of time series based on genetic algorithms are applied.
根据大坝监测数据在时序上变化特征，应用了神经网络和基于遗传算法的时间序列的非线性预测模型。
An optimization approach based on coding genetic algorithms was developed for optimal sensor placement in health monitoring of bridge structure.
为了解决桥梁结构健康监测中的传感器优化布置问题，提出一种基于二重结构编码遗传算法的传感器优化布置方法。
The results also provide the strong theoretical basis for molecular genetic markers applying to experimental animals genetic quality monitoring.
这也将为今后把分子遗传标记技术应用到实验动物的遗传质量监测中提供了有力的理论依据。
The conclusion is that AFLP technique is an effective method for genetic diversity monitoring of goat.
从而得出结论：AFLP技术是一种适宜于山羊的遗传检测方法。
Objective To study the possibility of genetic ally monitoring different strains of mouse by AFLP assay.
前言：目的探讨应用AFLP技术对不同品系小鼠进行遗传检测的可行性。
To analyze its regulations during construction, settlement monitoring hybrid model is presented based on genetic creep idea.
模型针对施工期填筑的特点，考虑了填筑进程及材料蠕变特性对沉降的影响。
The results showed that AFLP technique was an effective method in genetic diversity monitoring of R. davunica.
因此，AFLP技术是一种适宜于蔷薇的遗传检测方法。
The results showed that AFLP technique was an effective method in genetic diversity monitoring of R. davunica.
因此，AFLP技术是一种适宜于蔷薇的遗传检测方法。
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