泳動率變動 的英文怎麼說
中文拼音 [yǒngdònglǜbiàndòng]
泳動率變動
英文
mobility shift
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泳 :
動詞（游泳） swim
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率 :
率名詞（比值） rate; ratio; proportion
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There were some degration in the purified protein, but gst - ap - 2 a still had the dna binding activity in the gel shift assay. the gst - testin and gst - antn1 were used for immunolize rabbits
雖然所提取的融合蛋白gst - ap - 2出現較多降解，但是電
泳遷移
率變動分析顯示其仍然具有良好的dna結合活性。
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In this article, we microinjected camp ( as activator of pka ) and protein kinase inhibitor ( pki ) ( as inhibitor of pka ) into mouse 1 - cell stage fertilized eggs, the camp concentration, pka and mpf activaty were detected, also the cdc25c, cdc2 phosphorylated state and the concentration of ptyr15 for cdc2, cyclin b1. materials females of 4 - 5 week - old kuming mice and males of 8 week - old kuming mice were supplied from the department of laboratory animals, china medical university
本實驗應用pka激
動劑camp及抑制劑pki顯微注射入小鼠二一細胞期受精卵並觀察卵細胞m期形態學
變化及pka對mpf活性的影響以及cdc25c ， cdcz電
泳遷移
率， cdcz的磷酸酪氨酸ptyrl及周期素b含量，為揭示pka在哺乳
動物細胞周期調控機制，對生長、發育、癌
變、死亡的研究提供理論依據。
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In order to study the expression of 3 - defensins in liver as acute phase response proteins, a murine systemic acute phase responsive model was established by intraperitoneal injection o f lipopolysaccharide ( lps ) in our study. the mbd3 cdna sequence ( 145 - 169 bp ) was labled with [ - 32p ] atp as a probe to detect mbd3 mrna in different tissues by northern blot and analyze the time - and dose - dependant expression caused by lps. the 5 " flanking sequence ( - 167 - 179 bp ) of the mbd3 gene was designed as the probe and labled with [ - 32p ] dctp to investigate the binding of transcriptional factors to this region by electrophoretic mobility shift assay ( emsa ) and south - western blot
以小鼠mbd3基因145 ? 169bpcdna序列合成探針，經[ - ~ （ 32 ） p ] atp標記后通過northernblot方法檢測mbd3在肝臟中的表達，同時分析了mbd3基因誘導表達的組織特異性，劑效和時效關系；結合mbd3基因啟
動子區序列分析，以- 164 ? - 179bp雙鏈dna序列合成探針，經[ - ~ （ 32 ） p ] dctp標記后通過電
泳遷移
率改
變實驗（ emsa ）和south ? westernblot方法對參與mbd3在肝臟中誘導表達調節的轉錄因子進行分析。
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Experimental research shows that, the designed main mechanism is reasonable ; swimming velocity varies with the frequency exerted on ; steering motion can by realized by changing the frequency f, and f2 of control power which exerts on two pzt. finally
實驗結果表明： （ 1 ）液體中微機器人的主體結構設計是合理的； （ 2 ）通過改變電源頻率可控制微機器人的泳動速度。
