腦磁圖 的英文怎麼說

中文拼音 [nǎocítú]
腦磁圖 英文
magnetoencephalogram
  • 腦 : 名詞1. [生理學] （腦子） brain 2. （腦筋） brains; head 3. （頭部） head 4. （領導者） head
  • 磁 : 名詞1. [物理學] （磁性; 能吸引鐵、鎳等的性質） magnetism 2. （瓷） porcelain; china
  • 圖 : Ⅰ名詞1 （繪畫表現出的形象; 圖畫） picture; chart; drawing; map 2 （計劃） plan; scheme; attempt 3...
  1. Mri scan revealed brainstem angioma in patient 1, who underwent surgical intervention ; patient 2 had cavernous angioma in the brainstem and received conservative treatment with pharmacotherapy only

    經核磁共振圖象檢查，前者診斷為腦干血管畸形，接受開顱手術切除，病理報告為靜脈血管瘤；後者診斷為腦干海棉狀血管瘤，僅接受保守性藥物治療。
  2. Materials in cityu library s prd collection include books, reports, periodicals, newspapers, press clippings, statistical year books, annual reports, pamphlets, maps, databases on either cd - roms or computer discs, microforms and other ephemeral materials in all subject areas relating to the past, current position and projected growth of the pearl river delta region of china

    城市大學圖書館內的珠江三角洲特藏書庫收藏有書籍、報告、期刊、報章、剪報資料、統計年報、年報、小冊子、地圖、電腦磁碟或唯讀光盤資料數據庫、縮微膠卷，及一些零散的資料。涉及科目及范圍廣泛，舉凡有關珠江三角洲地區的過往、現在及未來的發展動向和各方面的資料，均有收納，尤以第一手及參考性資料為主。
  3. The triangulated mr brain surface is drawn in yellow

    三角型化的磁共振腦表面在圖中用黃色畫出。
  4. Early in the next century, we will use advanced forms of magnetic resonance imaging to produce detailed maps of the neurons in operation

    下一個世紀的早期，我們將應用先進的磁共振呈像形式繪制詳細的人腦神經元運作圖。
  5. The research, development and applications of the deformable models are reviewed. the algorithm is realized to extract brain contour from mri head images. some improvement on deformable models is presented

    本文對可變形模型的基本概念和研究進展進行了介紹，給出了其應用於頭部磁共振圖像提取腦區域的演算法實現，並針對我們在實際研究工作中遇到的問題，進行了相應的改進，取得了良好的效果。
  6. Biology magnetic field refers to the magnetic field inside creature including human being. thus, there is a biology magnetic field as well inside human body caused by human biologic current. for example, we are quite familiar with cardiogram, electroencephalogram and electromyogram

    生物磁場是生物體內的磁場，人也屬于生物，因此，人體內也產生生物磁場，人體內生物磁場主要來自於人體內的生物電流，大家比較熟悉心電圖腦電圖肌電圖。
  7. Cardiogram is made according to the bioelectricity of brain cell on the basis of the principle that changing current produces magnet. thus, the biology magnetic field results from bioelectricity inside human body as well as some material magnetized by the magnetic field inside forming a residual magnetic field after the disappearance of effecting magnetic field, like lung magnetic field

    心電圖是由腦細胞的生物電流形成的，根據電動生磁的原理，故體內的生物磁場是由於體內生物電流形成的，除此之外還由於某些磁場物質的介入體內被磁化后而在外加磁場去掉后，產生的剩餘磁場，如肺磁場。
  8. Gamma knife lack of physiological experiment used in operations or electric stimulation check. so before curing it should be strictly examined by order of procedure as medical history collection, resonance scanning of magnetism, image video synchronization monitor electroencephalogram and ect comprehensive check to cautiously confirm the epilepsy and choose the right target

    伽瑪刀缺乏術中電生理驗證或電刺激檢查，因此，治療前更應嚴格按程序進行診斷檢查，如病史採集，磁共振掃描視頻同步監測腦電圖及ect等綜合檢查，謹慎地確定致癇灶和選擇合適的治療靶點。
  9. 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。
  10. The research team led by breiter used magnetic resonance imaging to map the brain responses of 12 men while they participated in a game of chance involving winning or losing money

    由布萊特領導的研究小組使用磁力共振繪圖法，得到了12個人在參加一次賭博游戲中大腦的反應曲線。
  11. Using technical advances such as functional magnetic resonance imaging and electroencephalography, neuroscientists are trying to determine just where those sparks originate

    神經科學家利用先進的技術，像是功能性磁共振造影以及腦電圖儀，正試圖了解這些靈光來自何方。
  12. The report covered the clinic summary on gamma knife curing 88 obstinate epilepsy from oct. 1997 to oct. 1999 and cited resonance scanning of magnetism, video image monitor electroencephalogram, diapauses spect and exciton spect for spilepsy diagnosis and targets used and irradiation and curative effect

    匯報1997年10月至1999年10月，應用伽瑪刀治療88例頑固性癲癇的初步臨床工作總結，介紹88例患者根據臨床發作類型，磁共振掃描，視像監測腦電圖，間歇期spect及激發期spect進行至癇灶定位。
  13. Evaluation of the role of magnetoencephalography for predicting focal epileptogenicity in the patients with brain tumors

    腦磁圖對有顱內腫瘤的癲癇病人局部致癇灶的定位價值
  14. The whole brain atlas is a site that is hosted by the harvard medical school which displays pictures from mri to fmri in various disease states

    全腦地圖是哈佛醫學院主辦的站點，搜集了不同疾病狀態下的核磁共振成像和功能核磁共振成像圖片。
  15. T2 - weighted mri further revealed the fetal body with all brain cavities outlined by segmentation

    核磁共振造影進一步顯示胎兒的軀體，同時分層處理胎兒腦部圖象。
  16. Magnetoencephalography does already have one medical use

    腦磁圖已經有一種醫療上的用途。
  17. Magnetoencephalography is a big word for a technique that measures tiny changes

    腦磁圖掃描是一個冗長的詞匯，但它卻是用來探查微小變化的方法。
  18. This is a statistical trick that allows complicated data such as those from magnetoencephalography to be reduced to a small number of components whose co - ordinates can then be plotted on a standard graph

    這是一種統計學方法，能把諸如腦磁圖這樣的復雜數據簡化為數量較少的數據，以便把相關性描繪在標準圖上。
  19. 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。
  20. So far, existing brain function evaluation techniques includes electroencephalogram ( eec ), magnetoencephalogram ( meg ), positron emission tomography ( pet ), functional magnetic resonance imaging ( fmri ) etc. among them, the technique using event - related potential ( erp ) contained in eeg features high temporal resolution, low costs and convenient application

    到目前為止，探測大腦活動的方法有eeg （腦電圖） ， meg （腦磁圖） ， fmri （功能磁共振成像） ， pet （正電子發射斷層掃描）等。其中利用包含在eeg中的erp （事件相關電位）進行的研究，能達到毫秒級的高時間解析度，而且器械成本低應用方便，對探索人腦瞬息萬變的信息處理機能（認知機能）無疑是很有幫助的一項技術。
分享友人
分享到 Line

分享到臉書