Titlebook: Bio-Inspired Nanotechnology; From Surface Analysi Marc R. Knecht,Tiffany R. Walsh Book 2014 Springer Science+Business Media New York 2014 B

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書目名稱Bio-Inspired Nanotechnology影響因子(影響力)

書目名稱Bio-Inspired Nanotechnology影響因子(影響力)學科排名

書目名稱Bio-Inspired Nanotechnology網(wǎng)絡公開度

書目名稱Bio-Inspired Nanotechnology網(wǎng)絡公開度學科排名

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書目名稱Bio-Inspired Nanotechnology被引頻次學科排名

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書目名稱Bio-Inspired Nanotechnology年度引用學科排名

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書目名稱Bio-Inspired Nanotechnology讀者反饋學科排名

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,Experimental Characterization of Peptide–Surface Interactions,urface systems. The SPR method is presented for the determination of the standard-state adsorption free energy from adsorption isotherms characterizing the amount of peptide adsorbed as a function of solution concentration. This method, however, is limited to materials that can be used to form nanos

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Understanding Molecular Recognition on Metallic and Oxidic Nanostructures from a Perspective of Comilable results from experimentation the control mechanisms for selective binding to these different materials classes as far as they are known, as well as emerging concepts that play a role and warrant future investigation in detail.

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https://doi.org/10.1007/978-3-642-52154-6les. These observations serve to facilitate connections between the composition and sequence of the peptide, and its behavior and properties at the interface. Such connections could be subsequently exploited in bioinformatics models to enable the prediction of new peptide sequences, with designed, p

只看該作者 · 發(fā)表于 2025-3-22 14:27:15

Wissenschaftliche Gesellschaft für Luftfahrturface systems. The SPR method is presented for the determination of the standard-state adsorption free energy from adsorption isotherms characterizing the amount of peptide adsorbed as a function of solution concentration. This method, however, is limited to materials that can be used to form nanos

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