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Enhanced effect of dimension of receptor-ligand complex and depletion effect on receptor-mediated endocytosis of nanoparticles
《Chinese Physics B》2017年第12期48-54,共7页刘野 高庆庆 刘益军 赵闯 毛宗良 胡林 刘艳辉 
Project supported by the National Natural Science Foundation of China(Grant Nos.11047022,11204045,and 11464004);the Tracking Key Program of Social Development of Guizhou Province,China(Grant Nos.SY20123089 and SZ20113069);the General Financial Grant from the China Postdoctoral Science Foundation(Grant No.2014M562341);the Research Foundation for Young University Teachers from Guizhou University(Grant No.201311);the College Innovation Talent Team of Guizhou Province,China(Grant No.(2014)32)
We present an extended analytical model including the depletion effect and the dimension of ligand-receptor complex, aiming to elucidate their influences on endocytosis of spherocylindrical nanoparticles （NPs）. It i...
关键词：cellular uptake depletion effect dimension of receptor-ligand complex elasticity theory 
Optimal aspect ratio of endocytosed spherocylindrical nanoparticle
《Frontiers of physics》2015年第1期119-123,共5页Ying-Bing Chen Yan-Hui Liu Yah Zeng Wei Mao Lin Hu Zong-Liang Mao Hou-Qiang Xu 
Acknowledgements are made to the Na- tional Natural Science Foundation of China （Grant Nos. 11047022, 11204045, and 31360215）, the Research Foundation from Min- istry of Education of China （Grant No. 2012152）, Guizhou Provin- cial Tracking Key Program of Social Development （Grant Nos. SY20123089 and SZ20113069）, the Visiting Scholar Foundation from the Key Laboratory of Biorheological Science and Technology of Ministry of Education （Chongqing University）, and the Research Foundation for Young University Teachers from Guizhou Univer-sity （Grant No. 201311）.
Recent simulations have demonstrated that bioparticle size and shape modulate the process of endocytosis, and studies have provided more quantitative information that the endocytosis efficiency of spherocylindrical bi...
关键词：cellular uptake depletion effects dimension of ligand-receptor complex elasticity theory 
Dimensions of receptor-ligand complex and the optimal radius of endocytosed virus-like particle被引量：1
《Frontiers of physics》2014年第4期519-522,共4页Yan-Hui Liu Ying-Bing Chen Wei Mao Lin Hu Lin-Hong Deng Hou-Qiang XU 
Acknowledgements are made to the National Natural Science Foundation of China （Grant Nos. 11047022, 11204045, and 31360215）, the Research Foundation from Min- istry of Education of China （Grant No. 2012152）, Guizhou Provincial Tracking Key Program of Social Development （Grant Nos. SY20123089 and SZ20113069）, the Natural Science Foundation of Guizhou Province （Grant No. J20122166） and the Visiting Scholar Foundation from the Key Laboratory of Biorheological Science and Technology of Ministry of Education （Chongqing University）.
Recent experiments have pointed out that cellular uptake is strongly dependent on the physical dimensions of endocytosed nanoparticles and tile optimal radius of endocytosed virus-like particle coated by transferrin i...
关键词：cellular uptake depletion effects dimension of receptor-ligand complex elasticitytheory 
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