To date, this analysis constitutes an important bottleneck in the process of discovery because tissue analysis by the conventional slide-by-slide strategy is slow and expensive.
迄今为止，这个分析在识别的过程中构成了一个重要的瓶颈，因为通过传统的逐层滑动策略进行的组织分析是缓慢且昂贵的。
The scientist confirmed the snake was a previously unknown species after conducting a genetic analysis of tissue samples.
在对组织样本进行基因分析后，科学家确认这条蛇是一个此前不为人知的物种。
The team was led by Dr. Graham Reynolds, from Harvard University, the scientist confirmed the snake was a previously unknown species after conducting a genetic analysis of tissue samples.
该研究小组由哈佛大学的格雷厄姆·雷诺兹博士带队，这位科学家在对组织样本进行基因分析后，确认这条蛇是一个此前不为人知的种类。
According to the analysis by scientists from Oxford University and Amsterdam University, lab-grown tissue would reduce greenhouse gases by up to 96% in comparison to raising animals.
根据来自牛津大学和阿姆斯特丹大学科学家的分析报告，通过实验室的组织培养比传统的饲养动物要减少96%的温室气体排放。
Each tissue ribbon is then dropped into a test tube and its RNA purified for gene expression analysis.
然后每一个组织都被放入一个测试试管中，它们的RNA会被进一步提纯用作基因表达的相关研究。
Related analysis demonstrated that the levels of ET in renal tissue were positively associated with urinary protein contents, basement membrane thickness, negatively with GFR.
相关分析表明，肾组织et与尿蛋白排泄量、基底膜厚度呈正相关，与肾小球滤过率(GFR)呈负相关。
Relative analysis demonstrated NO in renal tissue was positively correlated with GFR but negatively correlated with urinary protein contents and basement membrane thickness.
相关分析表明，肾组织中NO与GF R呈正相关，与尿蛋白排泄量、基底膜厚度呈负相关。
A painstaking analysis of more than 400 brain tissue samples has bolstered the link between Parkinson's disease and the loss of cellular powerhouses called mitochondria.
一项艰苦的对于超过400个大脑组织样本进行的分析研究表明帕金森病和细胞动力工厂(称为线粒体)的损伤之间具有关联性。
Tissue level: Examining the content of the Evan's blue (EB) inside brain tissue was used to analysis the effect of diazepam and flumazenil on the BBB permeability quantitatively.
组织水平：在各观察点通过检测脑组织中伊文氏蓝(EB)的含量，定量分析安定与氟马西尼对BBB通透性的影响。
After this invasive procedure, tissue samples are sent to a laboratory for analysis, often taking a week or so for results to be confirmed.
进行完这个侵入性操作后，组织样本被送到实验室里进行分析，通常大约需要一周来确认结果。
Some features about the energy deposition micro-specialty of proton in tissue equivalent material were gained through the analysis to the data from calculation.
通过对计算所得数据进行系统分析，得出质子在组织等效材料中能量沉积微观特性的一些规律与特点。
Some features about the micro-specialty of proton energy deposition in tissue equivalent material were given through the analysis of data from the calculation.
通过对计算所得数据进行系统分析，得出质子在组织等效材料中能量沉积微观特性的一些规律与特点。
They may also prepare chemical solutions, make microscopic slides of tissue samples, run computer analysis of specimens, and so on.
他们还负责制备溶液，制作组织样本的显微镜装片，运用计算机分析样本结果等工作。
Through analysis of biomechanics property of soft tissue, this paper applies the viscoelastic model in the study of soft tissue deformation in surgery simulation.
本文通过对软组织生物力学特性的分析，将粘弹性模型应用于手术仿真中软组织变形的研究。
Objective To verify the diagnostic action of the deep-picture analysis of blood oxygen in children with tissue anoxia.
目的探索血氧深入图像分析技术对患儿组织缺氧的判断作用。
Methods Based on the analysis of tissue structure and skin pathology, the tissue optical parameters of vitiligo skin were determined.
方法基于白癜风皮肤的组织结构与病理学分析，确定白癜风皮肤的组织光学参数。
A number of supervised and unsupervised pattern recognition techniques have been proposed in recent years for the tissue segmentation and quantitative analysis of magnetic resonance images.
近年来提出了许多监督和非监督模式识别技术用于磁共振图象的组织分类和定量分析。
Brief analysis is carried out using a model of random migration of photons in tissue.
并利用光子在组织中随机迁移模型进行简要分析。
Relative analysis demonstrated NO in renal tissue was positively associated with GFR, and negatively correlated with urinary protein contents.
经相关分析表明，肾组织中NO与GF R呈正相关，与尿蛋白排泄量呈负相关。
Multiresolution analysis is used to estimate the scatterer spacing in biological tissue from the back-scattering signal.
本文研究了从生物组织的背向散射信号中提取散射元间距信息的多分辨率分析方法。
Objeclive:To establish a two dimensional finite element analysis model for hard tissue morphology on lateral cephalometric X ray film.
目的：建立X线头颅侧位定位片硬组织形态二维有限元分析模型。
Objective To study the methods of preparation tissue arrays and observe the results of application in technology of in situ analysis.
目的建立组织芯片制备技术并观察在各种原位分析中的应用。
METHODS: Used vascular function detection, tissue culture and radioactivity analysis.
方法：采用血管功能检测、组织培养及放射免疫分析方法。
We observe the effect on weight of the animal, Gait analysis, ROM and morphology change of adhesion tissue.
对各组实验动物进行步态分析，并观察各组实验动物的体重、关节活动度及粘连局部肌肉的组织形态学变化。
Bioinformatic data of High Throughout Genomic Sequences (HTGS) and Serial analysis of Gene expression (SAGE) were used for analysis of chromosome localization and tissue expression.
以高通量基因组序列(HTGS)数据库及SAGE文库为基础，进行染色体定位及组织表达分析。
The Monte Carlo method for simulating photon migration in biological tissue was introduced by means of analysis of interaction between light and biological tissue.
通过对光与生物组织相互作用物理本质的分析，介绍了一种求解光子在生物组织中迁移规律的蒙特卡罗计算方法。
Tissue level: Examining the content of the Evan's blue (EB) inside brain tissue was used to analysis the effect of diazepam on the BBB permeability quantitatively.
组织水平：通过检测脑组织中伊文思蓝（EB）的含量，定量分析安定对BBB通透性的影响。
Computer analysis of the data identified a pattern of miRNAs that were present at increased or decreased levels in pancreatic tumor tissue compared with normal tissue.
计算机分析这些数据后鉴别出了一种miRNA表达模式，表现为胰腺肿瘤组织与正常组织相比各种不同miRNA表达水平的升高或降低。
Accelerometer and soft tissue such as skin and muscle have an influence on the result of sound vibration analysis of bone.
在骨声振动分析中皮肤、肌肉等软组织、加速度计对结果有一定的影响。
Bone marrow is the main hematopoietic tissue. The analysis on the Numbers and shapes of bone marrow cells is helpful to diagnose hematopoietic disease and the other diseases.
骨髓是人体的主要造血组织，对骨髓细胞形态和数量的分析有助于造血系统疾病及其他某些疾病的诊断和鉴别。
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