导致乳腺癌与直肠癌的变异基因截然不同也就说明这两种癌症的发病机制有着很大的差异。
The mutated genes in breast cancers and colorectal cancers were almost completely distinct, suggesting the two cancers develop along different pathways.
通过比较该图谱与病变细胞的表观基因组，科学家将能够弄清表观基因组的变异如何引起癌症及其他疾病的问题。
By comparing this with the epigenomes of diseased cells, scientists will be able to work out how glitches in the epigenome lead to cancers and other diseases.
这些发现的基因中有一小部分是已知或先前已经被怀疑与癌症相关的，但是绝大多数是以前没有发现的。
Some of the genes they found were already known or suspected to be associated with cancer, but most had not been linked to the disease previously.
它包含了3141种基因，与包括癌症，老年痴呆症和帕金森症在内的350种疾病有关。
It is packed with 3, 141 genes and linked to 350 illnesses including cancer, Alzheimer's and Parkinson's disease.
因此，一些干细胞可能带有与癌症或者组织的异常生长相关的突变基因的双份拷贝。
Also, such stem cells may have duplicate copies of some mutant genes that have been linked to cancer and abnormal tissue growth.
美国联邦地方法院法官Robertw .Sweet宣读了这份长达152页的判决书，该判决书使与BRCA1和BRCA2相关的七种基因专利无效，而BRCA1和BRCA2这两种基因于癌症有关系。
United States District Court Judge Robert W. Sweet issued the 152-page decision, which invalidated seven patents related to the genes BRCA1 and BRCA2, whose mutations have been associated with cancer.
一个人得癌症的几率有多大取决于很多要素，与基因构成和接触致癌物质的几和时间长短等都有关系。
Anyone's risk for cancer depends on many factors, from genetic makeup to the amount and length of time of an exposure.
英国剑桥大学癌症研究院的一项研究发现了四种与乳腺癌患病风险增加相关的基因。
A study by cancer Research UK's Cambridge Research Institute has discovered four new genes as being responsible for increasing the risk of breast cancer.
目前，细查这些新发现的基因将会告诉我们妇女癌症发生的危险性与之有关。
At present, scanning these newly discovered genes would tell us little about a woman's cancer risk.
重点介绍了各种胸苷激酶(tk)同工酶的差异及其与癌症和细胞周期的关系，并介绍了最近利用tk基因进行肿瘤基因治疗研究的进展。
This paper introduce the differences in thymidine kinase (tk) isoenzymes and the relation of them to cancer and cell cycle as well as the progress of gene-therapy of cancer based on tk gene.
芯片在鉴定一系列基因及这些基因在癌症等疾病中的模式上是非常有用的，能够让科学家将这些基因与正常组织活性进行对比。
D. Microarrays were proving to be extremely useful for identifying groups of genes and their patterns in diseases such as cancer, enabling scientists to compare them with normal tissue activity.
发现与肺癌和其他癌症相关的常见基因变异。
Several common genetic variants linked to the risk of lung and other cancers.
SARI这一基因或许提供了新的应用与癌症的选择性基因疗法。
The SARI gene may provide novel and selective gene therapy applications for cancer.
结果根据NCI60数据，发现了一些与癌症相关的基因及相应的基因功能模块表达关联规则。
Results By applying this new method to NCI60 data set, some cancer associated genes and their related functional category level expression association rules were discovered.
近年来，越来越多的研究表明可变剪接与癌症有着密切的关系，许多癌症相关基因受可变剪接调控。
In recent years, more and more researches showed that alternative splicing was highly relevant to cancer, and many cancer genes were regulated by alternative splicing.
现已发现，很多与生长发育密切相关的基因都为印记基因，有些人类疾病如癌症等也都是与基因的异常印记有关。
It was shown that, many genes related to development and growth closely are imprinted genes, and some human disease such as cancers were resulted from the abnormal imprint of some genes.
根据近年的研究进展，从癌基因与抑癌基因的突变及环境因素的影响等方面综述了癌症的发生机理。
The occurrence mechanisms on cancer including mutation of oncogene and antioncogene, effect of environmental factors were reviewed.
其中一项，大约2，000个绝经期妇女和相同数量的对照组，也确定了FGFR2的基因变异与癌症危险性增加有关。
One3, looking at about 2,000 postmenopausal women and a similar number of controls, also identified genetic variants in the FGFR2 gene associated with increased cancer risk2.
它在肾癌中与DNA有遗传关系或没有遗传关系的基因意义重大，为探索这些突变从而取得癌症治疗方法的进展开辟了道路。
It highlights the importance of genes that wind and unwind DNA in renal cancer and paves the way for the development of personalised cancer therapies that exploit these mutations.
最初，基因芯片被用于某些与基因表达有关的生物过程的研究，如细胞周期调节或疾病的分类，如癌症。
Originally, microarrays were used to study processes such as cell cycle regulation, or to profile diseases such as cancer; areas of research that studied gene expression as a matter of course.
筛选准药物分子作用标的之平台技术与癌症基因晶片。
The platform technology for drugs and lead screening and the cancer diagnostic biochips.
筛选准药物分子作用标的之平台技术与癌症基因晶片。
The platform technology for drugs and lead screening and the cancer diagnostic biochips.
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