Titlebook: Bioinspired Approaches for Human-Centric Technologies; Roberto Cingolani Book 2014 Springer International Publishing Switzerland 2014 biom

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Keynes’s Horizontal Connectionsegged robots, moving from the current domain dominated by simple walking and balance maintenance, to address key whole-body interaction issues during physical contact with humans, other robots and the environment (Fig. 5.1). This will require the development of robots that are able to exploit:

Intentional

Mechanism and Structures: Humanoids and Quadrupeds,egged robots, moving from the current domain dominated by simple walking and balance maintenance, to address key whole-body interaction issues during physical contact with humans, other robots and the environment (Fig. 5.1). This will require the development of robots that are able to exploit:

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spective fields.Creates links among apparently unrelated dis.The present book discusses topics related to research and development of materials and devices at nanoscale size and their respective application in medicine and biomedicine..The individual chapters give a detailed state of the art overvie

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Keynes’s Horizontal Connectionsanslates in the ability to perform specific functions, has inspired the development of artificial nanomaterials which mimic the naturally occurring processes. This is of particular relevance when such artificial nano-objects are engineered to be biologically active and thus mimicking some protein functions.

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Keynes’s Horizontal Connectionsto thermoreceptors for temperature and nocioreceptors for pain/damage sensing. Artificial and biomimetic approaches to mimic these sensorial systems for prosthetic and robotic applications require new-concept and frontier technologies.

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Antibody-Functionalized Inorganic NPs: Mimicking Nature for Targeted Diagnosis and Therapy,anslates in the ability to perform specific functions, has inspired the development of artificial nanomaterials which mimic the naturally occurring processes. This is of particular relevance when such artificial nano-objects are engineered to be biologically active and thus mimicking some protein functions.

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Soft Matter Composites Interfacing with Biomolecules, Cells, and Tissues,ombination of surface chemistry, topography, and mechanical properties of the employed materials can generate the ideal interface for the target biological organism. We present the state of the art of the applications of such bio/soft matter composites interactions in tissue engineering for scaffolds and skin wound dressings.