biomedical imaging 中文意思是什麼

biomedical imaging 解釋
生物醫學影像
  1. Department of biomedical imaging and radiological sciences

    醫學生物技術暨檢驗學系
  2. Owing to the fact that the functional information of tissues is directly related to the optical parameters reconstructed, ot is a functional imaging modality for biomedical purpose

    因為生物組織的光學特性參數與其功能信息密切相關，所以它是一種功能性成像方式。
  3. Nuclear magnetic resonance ( nmr ) and magnetic resonance imaging ( mri ) technologies are widely used for physical, chemical, material and biomedical analysis and medical diagnosis

    摘要核磁共振波譜和核磁共振成像技術（ mri ）已經成為一種廣泛應用於物理、化學、材料、生物醫學等領域的重要研究工具和醫療診斷手段，但是儀器復雜、價格昂貴。
  4. Positron imaging as a biomedical research technique and clinical diagnostic procedure has been widely used

    正電子成像（ positronimaging ）作為一種生物醫學研究技術和臨床診斷手段已經得到了廣泛的應用。
  5. The surface - modified magnetic nanoparticles have been widely used in biological and biomedical areas such as immobilization of biomolecules ; separation of metal ions, cells, proteins, dna ; immunoassay, biochemical analysis and magnetic resonance imaging ( mri ) probes

    其中的殼結構既具有生物適應性，又具有可鍵合生物分子如細胞、蛋白質、酶、抗體和核酸的活性基團，而核具有磁性特性。
  6. The martino center for biomedical imaging is a research center based in the department of radiology of the massachusetts general hospital

    磁共振成像中心是麻省州立醫院放射醫學系一個生物醫學成像的研究中心。
  7. Optical tomography of biological tissue has become an active research field because of the advantages of noninvasive, sensitive and functional imaging for biomedical diagnosis. it is very helpful to find cancerous tumor of parenchyma organs in the initial stage, but the biological tissue is optically turbid and a strong scattering media, which results in a limited penetration depth of several millimeters with high resolution

    光學相干層析技術，作為一種新型的無損醫學成像檢測方法，其探測精度高，而且有可能實現功能成像，對于癌變組織的早期發現和診斷具有重要的意義，但受目前技術的局限性，還不能完全滿足臨床應用的要求。
  8. A wide range of application is possiblerfrom biomedical and industrial imaging to radiation monitoring and control due to their well - known capability to operate at room temperature with minor degradation of spectroscopic performance

    在室溫下對x -射線、 -射線能量解析度好，其能量探測范圍在10kev ? 6mev 。可應用於天文、醫學、工業、軍事等領域的各種探測器和譜儀。
  9. Diffuse optical tomography, an emerging biomedical noninvasive imaging technology, can be used for visualizing and continuously monitoring tissue and blood oxygenation levels that is useful for brain imaging and tumor detection

    摘要擴散光層析技術是新近發展的一種生物醫學無損成像方法，可用於組織和血氧水平的可視化實時探測，對腦成像和腫瘤監測等具有重要意義。
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