按照研究人员所说，运用无创成像以确定疾病的分子特征能够导致更多的个体化诊断和治疗。
Such use of non-invasive imaging to determine unique molecular characteristics of disease could lead to more individualized diagnosis and treatment of patients, according to the researchers.
目的从分子水平鉴定四川省2005年不明原因疾病病原菌的属、种、型及毒力基因，为诊断和治疗提供科学依据。
Objective to identify the genus, species, type and toxic gene of pathogenic bacteria causing disease outbreak in Sichuan in 2005, in order to provide scientific basis for diagnosis and treatment.
分子扫描器的临床使用也已经开始被开发，为在生物学材料中进行疾病诊断。
Clinical applications of the molecular scanner have also started to be developed for disease diagnosis in biological material.
TH分子机制的研究将有助于揭示这些线粒体疾病的致病机理以及为其诊断和基因治疗提供分子依据。
To investigate the molecular mechanism of th may reveal the pathogenic mechanism of mitochondrial diseases and provide the molecular basis for diagnosis and gene therapy.
细胞外RNA是存在于细胞外以结合或游离形式存在的一类RNA分子，它不仅在生命过程中起着非常重要的作用，而且可以作为疾病诊断有力的分子标志。
Extracellular RNA is a group of RNA that is bound or free, which can not only play an important role in life, but also be the useful molecular markers for disease diagnosis.
钠碘转运体(NIS)介导甲状腺滤泡细胞的碘浓聚，从而成为多种甲状腺良恶性疾病诊断和治疗的分子生物学基础。
Sodium iodide symporter (NIS) mediates the accumulation of iodide in thyroid follicular cells, and becomes the molecular biology basis to diagnose and treat benign and malignant thyroid diseases.
金属及其配合物与dna、蛋白质、氨基酸等生物分子的作用机理研究，是诊断和治疗由金属引起的疾病的重要环节。
Investigating the interaction mechanism of metal or metal complex with biomolecule, such as DNA, protein and amino acid, provides a starting point for the diagnosis of metal-induced human disease.
这些变化的综合信息可以作为疾病相关的特征性生物大分子谱用于疾病诊断和预后评价。
Those changes can be seen as diseases-related spectrum of biomacromolecules, which can help us make a precise diagnostic and prognostic evaluation of diseases.
不过，带有分子诊断方法的来临，在食物传染疾病爆发里的病毒的角色正开始被理解。
However, with the advent of molecular diagnostic methods, the role of viruses in foodborne disease outbreaks is beginning to be understood.
虽然临床医生用以诊断疾病的方法越来越先进，但即便运用最尖端的成像与分子探针手段，老年性痴呆症(亦称阿尔茨海默病)仍然难以确诊。
Despite the increasingly sophisticated methods clinicians have for diagnosing disease, Alzheimer's remains out of reach for even the most advanced imaging and molecular probes.
虽然临床医生用以诊断疾病的方法越来越先进，但即便运用最尖端的成像与分子探针手段，老年性痴呆症(亦称阿尔茨海默病)仍然难以确诊。
Despite the increasingly sophisticated methods clinicians have for diagnosing disease, Alzheimer's remains out of reach for even the most advanced imaging and molecular probes.
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