The micropipette technique was also feasible in the research of mechanical properties of aorta of in vivo.

實驗證明了微吸管技術用于動脈力學實驗的可行性日女人黄色网站免费看，為在體血管力學性質(zhì)的研究提供了有價值的技術手段。

The adhesion force between endothelial cells and matrix was determined by a micropipette technical system.

說明TGFβ1在血管組織工程中促進內(nèi)皮細胞的黏附具有一定的應用價值欧美性视屏。

A new technique for rapid 3D microstructure preparation using micropipette is investigated.

本文提出了一種利用毛細管微探針進行快速制備三維微結構的新方法18禁黄黄污污网站在线看。

1The viscoelastic properties of both hepatocytes and HCCcells were measured by means of a micropipette aspiration technique.

1以微管吸吮技術對比研究了正常肝細胞和肝癌細胞的粘彈特性亚洲已满18岁点击进入久久。

Cell adhesion forces were measured by means of micropipette aspiration technique.

細胞粘附力采用微管吸吮技術進行測定亚洲AV六月丁香七月婷婷。

micropipette：微吸管

本研究主要目的是在矽晶片上實現(xiàn)微吸管(micropipette),用微機電系統(tǒng)(Micro-Electro-Mechanical-System)技術將陣式的微吸管研發(fā)出,用以取代電生學中膜片鉗(patch clamp)子通道測時所使用的玻璃吸管(pipette).

micropipette：微量吸移管,微量滴管

micropipet 微量吸管 | micropipette 微量吸移管,微量滴管 | micropipettor 微量注射器

micropipette：微量移液器,微量移液管

micropipet tip 微量移液吸頭 | micropipette 微量移液器,微量移液管 | micropipettor 微量移液器

micropipette：微量吸移管

microphotometer 測微光度計 | micropipette 微量吸移管 | micropluviometer 微雨量計

Micropipette aspiration：微管吸吮

microphotolithography 顯微光刻術 | micropipette aspiration 微管吸吮 | microplating 微電鍍