有关白血病的生物论文翻译

由于急性白血病分子的复杂性，新的功能基因组全屏幕上已经建立并可能有助于确定目标，当封锁窝藏不同（EPI）的白血病基因病变的爆炸合成致死的结果。之间的学术和制药生物医学研究的密切互动将是至关重要的急性白血病转化为更好的治疗这些激动人心的新分子的发现。

由于急性白血病的分子的复杂性、新型功能性基因组 建立了屏幕可以帮助识别各种目标,当阻塞导致致命性爆炸的合成进展(epi)不同与众不同的基因组病变。密切互动的学术和医药生物医学研究有必要将将这些令人兴奋的新分子的发现转化成一种改进的疗法对于急性白血病。

Due to the molecular complexity of acute leukaemia, new functional genome-wide 由于急性白血病的分子的复杂性、新型功能性基因组 screens have been established and may help to identify targets that when blocked result in synthetic lethality of the leukaemic blasts harbouring distinct (epi)genomic lesions. 建立了屏幕可以帮助识别各种目标,当阻塞导致致命性爆炸的合成进展(epi)不同与众不同的基因组病变。 A close interaction between the academic and the pharmaceutical biomedical research will be essential to translate these exciting new molecular findings into improved therapies for acute leukaemia. 密切互动的学术和医药生物医学研究有必要将将这些令人兴奋的新分子的发现转化成一种改进的疗法对于急性白血病。 希望能帮到你~~

According to statistics from overseas, leukemia takes up about 3% of the total tumor incidence, the most common form of malignant cancer in chldren and youth. Europe and North America have the highest rate of leukemia worldwide, with a mortality rate of to within 10 million people. The incidence in Asia and South America is comparatively lower, with mortality rate of in 10 million poeple. Treatment of leukemia is costly and may not be effective. Every year, many people die because they could not get suitable treatment or faced difficulties during the treatment.