Using molecular imaging techniques, scientists are studying how humans respond to "micro-doses" of innovative drugs in real time.
通过分子影像技术，科学家可以实时研究人体对微剂量新药的反应。
Reporter gene imaging is an important imaging technique in molecular imaging, which can image various biological and genetical processes. It has a potential in clinical application.
报告基因显像技术是分子影像学中重要的显像技术，其可对多种不同的生物学和分子遗传学过程进行显像，有望更快地应用于临床。
The prospect of functional and molecular imaging is discussed.
对光声成像技术应用前景进行了展望。
In this review, molecular imaging and its applications are discussed.
本文就分子成像及其应用作一综述。
This article reviews the applications of molecular imaging in tumor angiogenesis.
本文介绍了分子影像在肿瘤血管新生中应用进展。
Research on targeted ultrasonic microbubbles belongs to the field of "ultrasonic molecular imaging".
靶向超声微泡属于“超声分子影像学”的范畴。
Molecular imaging with positron emission tomography (PET) is an important field of molecular imaging.
正电子发射断层(PET)分子影像学是分子影像学的重要内容。
Atomic force microscope molecular imaging and nanometer manipulation will be widely applied on biomedicine.
原子力显微镜分子成像和纳米操纵技术在生物医学中具有广阔的应用前景。
There are three main molecular imaging techniques: molecular probes, signal amplifications and supersensitive survey meters.
实现真正意义上的分子影像学技术的三大要素为分子探针、信号放大和高灵敏探测仪。
Targeted ultrasonic contrast agents for molecular imaging is paid close attention to with the development of molecular imaging.
随着分子影像学的出现，靶向性超声造影剂在分子影像的应用愈来愈受到人们的关注。
Applications in molecular imaging and medicine that require low doses and semi-equimolar conditions have therefore remained unrealized.
因此要求低剂量和半等摩尔条件的分子成像和医学上的应用仍然没有实现。
He has systematically carried out the studies on optical molecular imaging and tissue optical imaging based on tissue structure and function.
他在“光学分子成像”和“关于组织结构与功能的组织光学成像”方面有系统的研究。
With the proposing of the molecular imaging, the transplanted cells can be tracked in vivo by MR imaging, nuclear imaging and optical imaging.
随着分子影像学的提出，能通过活体检测移植后的细胞，方法主要有磁共振成像、核医学成像、光学成像。
Associating with optical molecular imaging, these scale nanostructured fluidic channels would be useful for studying single biomolecules statics as well as the dynamics.
结合光学分子成像技术与该尺寸范围的纳流芯片，将有助于研究生物分子的动力学和静力学性质。
Conclusion The nude mouse model with FHCC, with ideal implantation and tumor growth rate, was convenient for MRI observation and suitable for molecular imaging research of human HCC.
结论本研究所建立的裸鼠移植性人肝细胞肝癌模型成瘤率高，移植瘤生长良好，便于MRI观察，是一种适合于分子影像学研究的动物模型。
The main task for post-doctorate is molecular imaging research for hepatic diseases, especially in the fields of report gene, plasmid construction, and monocrystalline iron oxide nanocompound (MION).
肝脏疾病的分子影像学研究，注重于报告基因、质粒构建和纳米单晶磁性粒子的研究。
Molecular imaging can allow the non-invasive assessment of biological and biochemical processes in vivo.
分子影像可在活体状态下对生物和生化过程进行无创研究。
Molecular imaging can allow the non-invasive assessment of biological and biochemical processes in vivo.
分子影像可在活体状态下对生物和生化过程进行无创研究。
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