Titlebook: NanoBioTechnology; BioInspired Devices Oded Shoseyov,Ilan Levy Book 2008 Humana Press 2008 Biosensor.DNA.Nanotube.Polysaccharid.Polysaccha

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Effective Models for Charge Transport in DNA Nanowires Consequently, model Hamiltonian approaches, which filter out single factors influencing charge propagation in the double helix, are highly valuable. In this chapter, we review the different DNA models that are thought to capture the influence of some of these factors. We will specifically focus on static and dynamic disorder.

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Biomolecular Automataices by DNA. In particular, two approaches for biomolecular models of automata are described. The first model is based on using the action of restriction endonucleases and the second is based on DNA self-assembly and DNA nanomolecular devices.

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Nano-Sized Carriers for Drug Deliveryof the disease condition under consideration is critical so that one can select and design an appropriate drug carrier system that would deliver a therapeutic dose of the drug in the target tissue or a body compartment at a rate and for the duration that is therapeutically effective and can cure the disease.

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Nanocomputingis placed on biomolecular devices that use nucleic acids as their substrate. Computational selfassembly of DNA and DNA-based enzymatic computing are surveyed in greater detail. The foremost implementation challenge for computation, namely, DNA word design, is also surveyed.

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https://doi.org/10.1007/978-1-59745-218-2Biosensor; DNA; Nanotube; Polysaccharid; Polysaccharide; Transport; bionanotechnology; biotechnology; nanote

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