1. The latest in vivo scanners can image individual interneuronal connections firing in real time.
   最新式的活体脑部扫描，可以即时观察到个别神经元连结兴奋的影像。
2. Fructose was mainly used in metabolism in vivo,heat production,endogeny glucogenesis and insulin,platelet,microelement,and promoting cell caryocinesia or cytoprotection.
   果糖主要用于体内代谢和产热、内源葡萄糖生成与胰岛素、血小板、体内微量元素及促进细胞有丝分裂和细胞保护。
3. The transportability through BBB and bioavailability of the inhibitors will be the focus by the systemafic bioassay in vivo.
   指出以后的工作重点是进行系统深入的生物体内评价,解决药物透过血脑屏障和生物利用度等问题。
4. The conjugates of the present invention also exhibit an extended half-life in vivo compared to the corresponding unconjugated cytokine.
   相对于未缀合的细胞因子、趋化因子、生长因子和多肽激素，本发明的缀合物也在体内和体外显示出延长的半衰期。
5. The gastric emptying of rat,small intestinal vermiculation and the movement of vivo intestinal smooth muscle of rabbit were observed.
   分别采用小鼠胃排空和小肠推进及兔在体肠蠕动实验,研究莱菔子不同炮制品对消化系统的药理作用。
6. OBJECTIVE To prepare long-circulating nanostructrued lipid carries (NLC) containing hydroxycamptothecin with monostearin and investigate the in vitro and in vivo characterization of them.
   目的以单硬脂酸甘油酯为载体材料制备羟基喜树碱长循环纳米脂质载体,并考察其体内外性质。
7. Objective To test the possibility of evaluating early nerve regeneration by in vivo detection of the radioiodined-axoplasm, and compare this method with the electromyography examination.
   目的探索同位素示踪早期检测神经再生的可行性,并与神经电图-肌电图检测结果进行比较，为临床应用奠定基础。
8. In order to study the bioactivity of extract from pummelo peel, the antilipemic action and antitumor capacity of the extract were studied by mice in vivo.
   为了探讨柚皮提取物的生物活性,采用动物试验研究了柚皮抗氧化物质的降血脂和抑肿瘤作用。
9. In vitro antigen presentation assays, in vivo administration of the bromodeoxyuridine coupled to flow cytometry assays assessed intra-islet T cell activation in the absence or presence of B cells.
   离体实验测定抗原呈递活性；在体动物实验，用溴脱氧尿苷处理后以流式细胞术检测B细胞（存在或不存在时）对胰岛内T细胞活性的影响。
10. The release patterns of norgestrel in NRID in vivo were simulated after the norgestrel in NRID was dissolved by acetone and the rest of norgestre was determined by Ultraviolet Ray Spectrometer.
    在实验室用丙酮溶解，并用紫外线分光光度仪测定每枚NRID内炔诺酮剩余量，计算每枚NRID内炔诺酮释放量，模拟分析NRID主成分炔诺酮在山羊体内的释放规律。

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