Biomolecular Information Processing: From Logic Systems to by Evgeny Katz

Biomolecular Information Processing: From Logic Systems to by Evgeny Katz

By Evgeny Katz

Content material:
Chapter 1 Biomolecular Computing: From Unconventional Computing to “Smart” Biosensors and Actuators – Editorial advent (pages 1–8): Prof. Dr. Evgeny Katz
Chapter 2 Peptide?Based Computation: Switches, Gates, and easy mathematics (pages 9–32): Zehavit Dadon, Manickasundaram Samiappan, Nathaniel Wagner, Nurit Ashkenasy and Gonen Ashkenasy
Chapter three Biomolecular Electronics and Protein?Based Optical Computing (pages 33–59): Jordan A. Greco, Nicole L. Wagner, Matthew J. Ranaghan, Sanguthevar Rajasekaran and Robert R. Birge
Chapter four Bioelectronic units managed by way of Enzyme?Based info Processing structures (pages 61–80): Prof. Dr. Evgeny Katz
Chapter five Enzyme common sense electronic Biosensors for Biomedical purposes (pages 81–101): Prof. Dr. Evgeny Katz and Joseph Wang
Chapter 6 info safety purposes in response to Biomolecular platforms (pages 103–116): Guinevere Strack, Heather R. Luckarift, Glenn R. Johnson and Prof. Dr. Evgeny Katz
Chapter 7 Biocomputing: discover Its consciousness and clever common sense Detection (pages 117–131): Ming Zhou and Shaojun Dong
Chapter eight a few Experiments and versions in Molecular Computing and Robotics (pages 133–143): Milan N. Stojanovic and Darko Stefanovic
Chapter nine Biomolecular Finite Automata (pages 145–179): Tamar Ratner, Sivan Shoshani, Ron Piran and Ehud Keinan
Chapter 10 In Vivo details Processing utilizing RNA Interference (pages 181–198): Yaakov Benenson
Chapter eleven Biomolecular Computing structures (pages 199–223): Harish Chandran, Sudhanshu Garg, Nikhil Gopalkrishnan and John H. Reif
Chapter 12 Enumeration method of the research of Interacting Nucleic Acid Strands (pages 225–244): Satoshi Kobayashi and Takaya Kawakami
Chapter thirteen restrict Enzymes in Language iteration and Plasmid Computing (pages 245–263): Tom Head
Chapter 14 improvement of Bacteria?Based mobile Computing Circuits for Sensing and keep watch over in organic platforms (pages 265–277): Michaela A. Teravest, Zhongjian Li and Largus T. Angenent
Chapter 15 The common sense of choice Making in Environmental micro organism (pages 279–302): Rafael Silva?Rocha, Javier Tamames and Victor de Lorenzo
Chapter sixteen Qualitative and Quantitative elements of a version for methods encouraged by means of the Functioning of the residing mobile (pages 303–321): Andrzej Ehrenfeucht, Jetty Kleijn, Maciej Koutny and Grzegorz Rozenberg
Chapter 17 Computational tools for Quantitative Submodel comparability (pages 323–346): Andrzej Mizera, Elena Czeizler and Ion Petre
Chapter 18 Conclusions and views (pages 347–350): Prof. Dr. Evgeny Katz

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Additional info for Biomolecular Information Processing: From Logic Systems to Smart Sensors and Actuators

Sample text

Mal, P. R. (2010) Chem. , 46, 2417. 33 3 Biomolecular Electronics and Protein-Based Optical Computing Jordan A. Greco, Nicole L. Wagner, Matthew J. Ranaghan, Sanguthevar Rajasekaran, and Robert R. 1 Introduction Molecular electronics explores the encoding, manipulation, and retrieval of information at the molecular or macromolecular level. Biomolecular electronics (or bioelectronics) is a subfield of molecular electronics that investigates the use of both native and modified biological molecules as media, in place of molecules synthesized in the laboratory.

Published 2012 by Wiley-VCH Verlag GmbH & Co. KGaA. 34 3 Biomolecular Electronics and Protein-Based Optical Computing uses this protein as a photosynthetic energy source that converts light energy into a proton gradient (chemical energy). The photochemistry involved in this conversion is inherent to its potential for biophotonic devices and facilitates complex optical data storage and information processing. Implementing BR as a medium for molecular computing has the potential to solve some of the problems unique to integrated circuits.

Second-order catalysis, described by Eqs. 1b), follows a different set of symmetries. Here, d follows the same symmetry as before: djk = dkj for all j, k. f is also symmetric, fijk = fikj = fjki = fjik = fkij = fkji for all i, j, k, since Ti Tj Tk , Ti Tk Tj , Tj Tk Ti , Tj Ti Tk , Tk Ti Tj , and Tk Tj Ti are all equivalent. Similarly, follows the subsymmetry ijk = ikj for all i, j, k. Apart from this, cross-catalysis is in general not symmetric, since Ei NTj Tj is not the same as Ej NTi Ti and Ti Tj Tj is not the same as Tj Ti Ti .

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