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Organic electronics.

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The book 'Conjugated Polymer Surface Switches for Active Cell Control' by Maria Helene Bolin delves into the application of conjugated polymers in various fields such as sensors, transistors, solar cells, and printed electronics due to their mechanical, optical, and electronic properties. The author explores the synthesis of polymers and how they can be chemically modified to tailor their properties. The book primarily focuses on organic electronics and how devices can be processed and developed for biological applications. It introduces an organic electronic surface switch to control cell adhesion and proliferation, and an advanced transistor to spatially tune the cell adhesion along a gradient. The intended audience for the book is researchers and students in the fields of organic electronics and biology.

Conjugated polymers. --- Organic electronics.

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Organic electronics --- Ionophores

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Organic semiconductors. --- Organic electronics.

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The book is a dissertation on the study of conjugated interactions with biomolecules for assembly and sensing. It discusses the various applications of conjugated polymers (CP) in areas such as organic electronics and life science applications. The author explores the use of new experimental techniques like light scattering and fluorescence correlation spectroscopy, combined with standard techniques like soft lithography to gain a better understanding of the optical behaviour of luminescent conjugated polymers (LCPs) and their interactions with biomolecules. The book also discusses the potential of LCPs to influence protein aggregation and the possibility of fabricating biochips based on LCPs and soft lithography.

Biomolecules. --- Organic Electronics. --- Conjugated Polymers.