zebrafish 中文意思是什麼

zebrafish 解釋
印度斑馬魚
  1. Machr. knockdown of the machrs resulted in defects in embryo organogenesis. therefore, machrs may play roles in zebrafish development

    變化，包括腦眼睛尾巴及紅血球，故推測蕈毒乙醯膽鹼受體在胚胎發育扮演重要的角色。
  2. But a new study of zebrafish larvae concludes it ' s their poorly developed side fins and ineffective swim bladder that holds them back. they simply ca n ' t keep their bodies horizontal. the finding might apply to other species, researchers say

    這項以斑馬魚幼仔為對象的研究顯示，小魚的游泳技巧之所以糟糕是因為它們發育尚不完善的側鰭和魚鰾所導致的，它們不能保持身體水平。
  3. This paper summarized the main endpoints and special sensitive indices of fish in the study of endocrine disruption, and introduced the main biological characteristics of several fish species such as chinese rare minnow, zebrafish, medaka, guppy, swordtail fish and fathead minnow, and their use in screening, detecting and assessment for endocrine disruptors

    本文主要綜述了利用魚類進行內分泌干擾研究的主要測試終點和敏感效應指標；重點介紹了稀有鮑鯽、斑馬魚、日本青? 、孔雀魚、劍尾魚、黑頭軟口鰷等魚類的主要生物學特性，以及利用它們進行內分泌干擾物的篩選與測試方面的研究成果。
  4. It appears that, like the golden zebrafish, light - skinned europeans also have a mutation in the gene for melanosome production. this results in less pigmented skin

    淺膚色的歐洲人和金斑馬魚類似，也是因為產生黑色素的基因發生了變異，從而使皮膚中的色素減少。
  5. As with humans, zebrafish skin colour is determined by pigment cells, which contain melanosomes

    斑馬魚和人類一樣，它們的膚色也是由含有黑色素的色素細胞決定的。
  6. The scientists studied the roles of genes in the zebrafish secretome

    科學家們在斑馬魚分泌腺上研究了這些基因的作用。
  7. 10shannon fisher : muscle development using zebrafish as a model system

    一位女科學家，主講斑馬魚模型在發育學領域應用。
  8. The number and distribution of retinal ganglion cells in zebrafish brachydanio rerio

    斑馬魚視網膜神經節細胞數量及分佈特點
  9. 2 discovery of novel gene functions in zebrafish embryo and knockout mice

    2利用斑馬魚胚胎及基因剔除小鼠研究新穎基因之功能
  10. Highly efficient expression of transgenic genes in early embryo development of zebrafish

    病毒序列促轉基因在斑馬魚胚胎發育過程中的高效表達
  11. Preliminary observation of acupoint - like and meridian - like structures on the body surface of the zebrafish

    斑馬魚體表類穴位與類經絡結構的初步觀察
  12. The whole system is likely to make zebrafish the first vertebrate to achieve saturation mutagenesis and gene screening

    這套系統的建立使斑馬魚成為第一個有可能達到基因飲和突變和篩選的脊椎動物。
  13. Using a state - of - the - art technique to map neurons in the spinal cord of a laral zebrafish, cornell uniersity scientists hae found a surprising pattern of actiity that regulates the speed of the fish ? moement

    通過一種工藝水平技術描繪斑馬魚幼體脊髓神經元，康奈爾大學的科學家發現了一種調節魚運動速度的神奇激活模式。
  14. Between its third and ninth month, the female zebrafish can pump out hundreds of eggs every other week. therefore all the drugs tested can be on the embryos of the same gene background

    利用本實驗室配出的特殊變種魚透明魚腦神經退化魚，可迅速有效地篩選治療心血管及腦神經退化之藥物。
  15. Here, we tried to bridge up theses seemingly separate areas by analyzing the expressing pattern of cortactin in zebrafish early embryos using western blotting, whole - mount antibody staining and laser confocal scanning microscope techniques

    但是，由於胚胎組織觀察的困難和缺乏細胞學方面的研究，發育生物學中對于細胞運動的理解仍停留在形態描述上。
  16. Taking advantage of microinjection of anti - cortactin antibodies, we also investigated the function of cortactin in zebrafish embryogenesis

    盡管一個多世紀以來對于其機制的解釋有很多嘗試，但一直未取得突破。
  17. The spatial and temporal gene expression patterns, and the gene loss - of - function and gain - of - function can be easily tested in the zebrafish embryo system. recently, we identify a zebrafish novel tumor suppressor gene

    利用斑馬魚胚胎系統可以很容易的了解基因表現的位置和時間，以及利用基因功能減損或增加的技術，可以簡易的推測人類新穎基因的功能。
  18. In the post - genomic era, many human novel genes can be predicted by bioinformatic analysis. the zebrafish and murine homologous genes can be easily identified too

    在後基因體時代，許多新穎人類基因，可以利用生物資訊工具來預測，斑馬魚及鼠類的同源基因也可以很容易地被預測出來。
  19. The use of retrovirus - mediated insertional mutagenesis in zebrafish has led to the mutation and rapid identification of hundreds of genes required for embryonic development and cell growth

    運用反轉錄病毒介雜的插入突變技術，在脊椎動物斑馬魚中已經獲得了許多影響胚胎發育和細胞生長過程的突變體，並找到了對應的基因。
  20. He is co - editor of zebrafish : a practical approach ( oxford university press, 2002 ) and is author of a popular german - language science book about human embryonic development, stem cells and cloning

    他是《斑馬魚：實際操作手冊》 （牛津大學出版社， 2002年）的共同編輯，並著有一本受歡迎的德文科學書籍，該書談論人類胚胎發育、幹細胞及復制等問題。
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