Titlebook: Design of Polymeric Platforms for Selective Biorecognition; Juan Rodríguez-Hernández,Aitziber L. Cortajarena Book 2015 Springer Internatio

Allege

Introduction to the Second Editionof various types of components used in telecommunication, micro-robotics, chemistry, biology, and biomedical research. For instance, miniaturization of biosensors must benefit from increase in the density of components, decrease in the amount and volume of a sample, improvement in detection limit, and precise control.

Esophagitis

The Phenomenology of Particularitydiscovered the formation of highly ordered porous films when a drop of polymer solution was cast under a moist airflow. Over the past two decades this method, named BF approach, has been extensively utilized as a versatile templating method for the fabrication of porous polymeric films.

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The Biology and Genetics of Melanomal science and life science. In particular, the immobilization of biomolecules having nanometer resolution has been pursued for their interest in fundamental studies in molecular and cell biology or to prepare platforms with different biomedical applications, such as molecular diagnostics just to mention a few of them.

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Vincent J. Hearing,Stanley P. L. Leongtions. These include a broad range of fields ranging from the design and fabrication of micro/nanosensors by immobilizing proteins and DNA to other such as drug screening, tissue engineering or proteomics research.

Occlusion

Selective Biorecognition on Polymer Surfaces: General Issues,gical interactions and therefore a key to sustain living systems. In spite of the paramount importance of these processes, the answers of many questions are still unresolved. For instance, how proteins can recognize other proteins, how receptors recognize specific ligands, or how antibodies recogniz

arthrodesis

Patterning and Functionalization of Polymeric Surfaces,molecule, microorganism, or cell. A large amount of work has been carried out in order to identify those aspects that need to be considered during the surface design. As a result of this effort, today it is generally admitted that parameters such as topology, surface morphology, physical structure,

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Neuralgia

Modification of Polymer Surfaces for Biofunctionalization,for immobilization of molecules involved in a biorecognition event. The introduction of primary reactive groups at the surface of initially non-reactive materials is discussed and split into two sections: wet chemical methods and physical “dry” methods. Further substrate functionalization is then de

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