腦功能成像 的英文怎麼說

中文拼音 [nǎogōngnéngchéngxiàng]
腦功能成像 英文
fmri
  • 腦 : 名詞1. [生理學] （腦子） brain 2. （腦筋） brains; head 3. （頭部） head 4. （領導者） head
  • 功 : 名詞1 （功勞） exploit; merit; meritorious service [deed]: 戰功 military exploits; 立功 render me...
  • 能 : 能名詞（姓氏） a surname
  • 成 : Ⅰ動詞1 （完成; 成功） accomplish; succeed 2 （成為; 變為） become; turn into 3 （成全） help comp...
  • 像 : Ⅰ名詞1 （比照人物製成的形象） likeness （of sb ）; portrait; picture 2 [物理學] image Ⅱ動詞1 （在...
  1. By adopting the technology of function imaging, the domains of brain function can be concretized into more specific areas in terms of the specific language and the areas in brain activated by linguistic tasks

    運用功能成像技術，可以根據具體語言及其完成任務時所激活的腦區將腦功能區域劃分得更為具體。
  2. Functional mri study of salty taste cortical areas in human

    鹹味覺的磁共振腦功能成像研究
  3. Brain imaging studies of developmental dyslexia

    發展性閱讀障礙的腦功能成像研究
  4. The laterality of brain function in silent reading of chinese words revealed by fmri

    默讀漢字詞的腦功能偏側化成像研究
  5. Progress of functional magnetic resonance imaging in brain research

    腦功能磁共振成像研究進展
  6. Cognitive psychophysiology and non - invasive imaging methods of cerebral function

    認知心理生理學與無創性腦功能成像技術
  7. Study on brain functional imaging and animal experiment with acupuncture at the acupoint st

    針刺足三里穴的腦功能成像及動物實驗研究
  8. Adding on brain atlas, ct - mri image fusion, important functional active areas detected by functional magnetic resonance imaging and white matter fibers tracked from diffusion tensor imaging into an image guided neurosurgery system can help doctors a lot for locating, recognizing and protecting brain area during neurosurgery operations

    通過在圖像引導神經外科系統中融合功能腦圖譜、 ct - mri圖像融合、功能磁共振圖像檢測到的重要腦功能區與擴散張量成像追蹤到的白質纖維束信息，可以在神經外科手術中幫助醫生精確定位、識別或保護重要腦區。
  9. The present study is supported by the project of national science foundation of china, " 3d dynamic imaging of brain electrical activity " and by the project of science foundation of hebei, " noninvasive measurement and functional imaging of brain tissue " we design a primary hardware system of 16 electrodes on the base of the model

    本論文的研究是在國家自然科學基金重點項目「腦內電活動的三維動態成像」和河北省自然科學基金項目「腦內組織電阻抗特性的無損檢測與功能成像」的資助下完成的。本文設計並實現了一個初步的基於物理模型的16電極eit硬體系統。
  10. Eeg ( electroencephalography ) and meg ( magnetoencephalongraphy ) are noninvasive methods for exploring the neural electrical activities of brain. brain segmentation is a very important and difficult part in eeg / meg research, and many researchers have been working on this field

    腦電圖eeg和腦磁圖meg研究屬于無創傷性的腦功能成像技術，主要研究由頭皮測得的腦電或腦磁信號如何獲取腦內源定量的三維信息。
  11. Fucang jia, minming zhang, yihong zhu, et al. brain activity during simple and sequential movements as revealed by event - related fmri. neuroimage, 13, number 6, 2001, part 2 of 2 parts s1198

    賈富倉，張敏鳴，祝一虹，等。簡單和序列手指運動的事件相關腦功能成像試驗。中國神經科學雜志2001 ;第17卷增刊
  12. The neural correlates of mental calculation : an fmri study on the effects of aging and task difficulty

    青老年組不同難度下心算活動的腦功能磁共振成像研究
  13. Brain function neuroimaging study of taste

    味覺的腦功能成像研究
  14. Progress in functional neuroimaging studies of human skill learning

    人類技巧學習的腦功能成像研究進展
  15. Advances in research on the influence of acupuncture on cerebral function imaging

    針刺影響腦功能成像的研究進展
  16. Premotor cortex and numerical processing : a meta - analysis of functional neuroimaging studies

    腦功能成像研究的元分析研究
  17. Advances in functional neuroimaging studies of numerical processing : its cerebral localizations

    數字加工的腦功能成像研究進展及其皮層定位
  18. The difference between arrival at an emergency department and brain imaging was also shorter for those arriving by ambulance

    對于那些搭乘救護車和到達急診科的患者對比，腦功能成像前者是短的。
  19. 4. research of the testing system for bit and the reconstruction of impedance imaging a hardware system for eit technique was made in this paper and the physical model with 16 electrodes was obtained. real time collection, process for data and imaging reconstruction are done by a computer

    研製了實時eit硬體系統並對物理模型進行了實際測試和阻抗圖像重構研製了eit硬體系統，建立了16電極的物理模型，並利用計算機進行實時數據采沁狂十eit技術的腦內電特性與功能成像研究集、處理與圖像重構。
  20. Positron emission tomography ( pet ) is the functional imaging equipment with good specificity among the modern nuclear medicine instruments. it can make the noninvasive diagnosis of coronary artery disease ( cad ), brain disease and tumor in their early changes. therefore, it plays a very important role in the field of modern medicine

    正電子發射斷層掃描儀（ pet ）是核醫學儀器中一種具有較高特異性的功能成像設備，它能夠對心腦血管疾病及腫瘤病變進行早期的無損診斷，在現代核醫學領域里起著十分重要的作用。
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