Titlebook: Immobilization of Cells; Colin R. Phillips,Yiu Cheong Poon Book 1988 Springer-Verlag Berlin Heidelberg 1988 enzymes.food.pharmaceutical.re

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ciated with therapeutic failure and drug resistance, posing considerable clinical challenges to finding effective treatment modalities. Therefore, assessing tumor heterogeneity is clinically important for developing novel and efficient targeted therapy concepts. Molecular analysis of circulating tum

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Colin R. Phillips,Yiu Cheong Poonire the morphology of solitary migratory cells, has been implicated in the progression of carcinoma. EMT may contribute to the formation of cancer stem cells, evasion of immune surveillance, and induction of resistance to chemotherapeutics and targeted therapeutics. Metastasis is governed by a compl

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Colin R. Phillips,Yiu Cheong Poon a decrease in cancer-related mortality, patients with metastatic disease mostly remain incurable (Lambert et al., 168:670–691, 2017; Sethi and Kang, 11:735–748, 2011; Lin et al., Signal Transd Target Ther 6:404, 2021). Development of novel therapies, which in many cases are highly targeted, provide

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Introduction,que, algal and fungal slimes, bacterial film on soil particles [2], on plant or animal tissues such as intestine and rumen [3] and in chicken crop epithelia [4]. The same effect is also observed in the tendency of many bacteria to assume chain structure. Cell adherence, a phenomenon of great importa

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Methods of Cell Immobilization,t is, as mechanical, chemical or ionic. In mechanical immobilization, the cells are localized by means of physical barriers. In chemical immobilization, covalent bonds are formed among cells or to a solid phase. In ionic immobilization, electrostatic, van der Waal’s or London forces of attraction ar

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Special Problems and Extended Applications,ciple is used. These areas, which are outside of the present scope, include tissue culture, immunology, dialysis, genetic engineering and affinity chromatography. In this chapter, special problems and techniques encountered in immobilization work are discussed, together with extensions beyond microb