随着基因检测，早发现早治疗意识的增强，存活率将会有所提高。
With increased awareness for genetic counseling and testing, early detection and treatment, the odds can be improved.
以往我们曾经使用基因疗法，对大脑进行靶向治疗，最后我们发现可能存在一种药物，它可以单独作用于大脑，增强这条信号通路。
We used a gene therapy technique that enables us to target the brain, but ultimately there could be a pharmaceutical that enhances the signaling pathway solely in the brain.
遗传学和基因研究的重要性不断增强。基因能影响许多事情，比如会影响着我们的长相。吃什么食物可能会引起疾病，需要被治疗。
Genetics, the study of genes, is gaining increasing importance. Genes can influence many things, from whom we look like to what we eat to possible treatments for diseases.
目的筛选肝再生增强因子重组质粒基因治疗时较优的载体、途径和剂量及三者的最佳组合。
Objective To select an optimal combined set of carrier, introducing route and dose of recombinant plasmid of augmenter of liver regeneration (ALR) for ALR gene therapy.
将具有特殊生理功能的多肽作为基因或药物载体、或用于药物修饰等，可以提高基因转染效率，增强药物的靶向治疗效果，降低药物的毒副作用。
Due to the specific bioactivity of peptides, peptide-based gene and drug delivery systems could achieve improved gene transfection efficiency, enhanced drug targeting property and reduced side-effect.
结论：FAK基因沉默能明显增强白血病细胞对化疗药物敏感性，提示FAK基因沉默有望成为白血病治疗的新策略。
CONCLUSION: FAK gene silencing promotes the efficacy of chemotherapeutic drug in leukemic cells, indicating that FAK gene silencing might be considered as a new therapeutic strategy for leukemia.
结论：FAK基因沉默能明显增强白血病细胞对化疗药物敏感性，提示FAK基因沉默有望成为白血病治疗的新策略。
CONCLUSION: FAK gene silencing promotes the efficacy of chemotherapeutic drug in leukemic cells, indicating that FAK gene silencing might be considered as a new therapeutic strategy for leukemia.
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