运用生物信息学方法，对鸭瘟病毒TK基因的基本元件和TK蛋白的理化性质、结构、功能进行分析。
The basic elements of Duck Plague Virus TK gene and physicochemical properties, structure, function of TK protein were analyzed by using bioinformatics method.
LIAI科学家理论上认为对抗原决定簇mhc结合的生物信息学预测方法同样适用于其他病毒。
The LIAI scientists theorize that the bioinformatics prediction approach for epitope MHC binding will be applicable to other viruses.
V3区的氨基酸序列信息，将为预测HIV 1的表型，以及病毒感染后的疾病进程提供生物信息学的依据。
V3 sequences provide important information for prediction of HIV-1 phenotype and disease progression using bioinformatics approaches.
生物信息学研究将对生物学的所有方面产生影响，而病毒学不能从这些研究方法中免除。
Bioinformatics research will have an impact on all of biology, and virology is not immune from these research methods.
生物信息学研究将对生物学的所有方面产生影响，而病毒学不能从这些研究方法中免除。
Bioinformatics research will have an impact on all of biology, and virology is not immune from these research methods.
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