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Titlebook: Hematopoietic Stem Cells; Keystone of Tissue D Meng Zhao,Pengxu Qian Book 2023 The Editor(s) (if applicable) and The Author(s), under exclu

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Siyuan Hou,Chen Liu,Yingpeng Yao,Zhijie Bai,Yandong Gong,Chaojie Wang,Jian He,Guoju You,Guangyu Zhannctional entities. Furthermore, it was shown that the functionality of the system could be disorganized at various levels, but that the system had a marked ability for self-recovery. In the second part of the book, we designed a more advanced model-system, which made possible a descriptive analysis
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Hui Wang,Yingli Han,Pengxu Qianpkin and Zimm [2] derived a reptation theory to explain the now well-established fact that the gel electrophoretic mobility µ of large DNA fragments is inversely proportional to the DNA molecular size . over a fair range of sizes . [3]. The biased reptation model was developed to further explain why
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Xiaoyuan Zeng,Yi-Ping Wang,Cheuk-Him Mandual molecules can be made visible and their motion in the solution followed in real time. The microscope cannot spatially resolve the structural details of the DNA molecules, but it can give their global shapes and the characteristics in their motion. The technique was introduced by Yanagida and co
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Bin Guo,Xinxin Huang,Yandan Chen,Hal E. Broxmeyermethod developed by Maxam and Gilbert and the other an enzymatic method developed by Sanger’s group [1–2]. In both cases, a nested set of radioactively labeled DNA fragments is generated in four reactions. The reaction products are separated by size in adjacent lanes of a high resolution polyacryl-a
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