Titlebook: DNA Computing and Molecular Programming; 15th International M Russell Deaton,Akira Suyama Conference proceedings 2009 Springer-Verlag Berli

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BARGE

Virtues

,Begründung des Arbeitsverh?ltnisses,tic .-calculus, at the . scale by providing a design for a . that simulates a process algebraic machine. Our design of the molecular stochastic .-calculus system makes use of a modified form of . (WPCR) machines. In this design, we connect (via a tethering DNA nanostructure) a number of DNA strands,

keloid

https://doi.org/10.1007/978-3-642-55044-7ological settings and in design of programmed molecular systems. Current heuristics are not guaranteed to find the exact energy barrier, raising the question whether the energy barrier can be calculated efficiently. In this paper, we study the computational complexity of a simple formulation of the

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Tarifautonomie und Mitbestimmung, the dynamics of the molecular tile self-assembly process. In this paper, we consider the effect on the tile assembly process of a different kind of non-ideality, namely, imperfections in the tiles themselves. We assume a scenario in which some small proportion of the tiles in a tile set are “malfor

fluoroscopy

Rechtsquellen des Arbeitsrechts,c DNA automaton in which light and DNA are used as information carriers. In the automaton, the internal states are represented as the conformation of DNA, or the spatial position of the specific bases in the DNA strand, and the state-transition is induced by an external optical signal. This paper fo

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Custodian

Céline Kammerer,Nadja Ro?-Kirschtation. Several researchers have voiced an intuition that self-assembly phenomena are related to the field of distributed computing. This paper formalizes some of that intuition. We construct tile assembly systems that are able to simulate the solution of the wait-free consensus problem in some dist

EWER

Atmung und Kreislauf bei k?rperlicher ArbeitWe present a process algebra for DNA computing, discussing compilation of other formal systems into the algebra, and compilation of the algebra into DNA structures.