Titlebook: Horizontal Gene Transfer; Breaking Borders Bet Tomás G. Villa,Miguel Vi?as Book 2019 Springer Nature Switzerland AG 2019 lateral gene trans

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J. F. Martín,P. Lirasnthesized implementation replaces an already running system. In addition to satisfying its own specification, the synthesized implementation must guarantee a sound transition from the previous implementation. This version of the synthesis problem is highly relevant in “always-on” applications, where

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S. Sánchez,T. de Miguel,T. G. Villa,A. R. Gorringe,I. M. Feaversy evolve in time. Such systems generate huge amounts of spatio-temporal data, and system designers are often interested in analyzing and discovering structure within the data. There has been considerable interest in learning causal and logical properties of temporal data using logics such as Signal

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A. G. Abril,P. G. Lanzi,V. Notario conditions in order to generate certificates for the number of states that a deterministic finite automaton (DFA) needs in order to recognize a given language. Given a language . and a bound ., recognizability of . by a DFA with . states is reduced to a game between Prover and Refuter. The interact

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Horizontal Gene Transfer in Bacteria, an Overview of the Mechanisms Involvedisms have occurred since the origin of bacteria and are still current. Although mechanistically quite different, the three processes aim to achieve the main objective of all cells, the ability to survive and adapt to new environments. Transformation, transduction, and “conjugation” implement DNA rec

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Alternative Ways to Exchange DNA: Unconventional Conjugation Among Bacterial contacts, allowing the horizontal transfer of genes, usually between phylogenetically related species in a sexual-like process. These contact-dependent processes are called “conjugation” to differentiate them from other ways of DNA acquisition like transformation, mediated by DNA import systems, o

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Genomic Islands and the Evolution of Multidrug-Resistant Bacteria by the large, discreet DNA segments called genomic islands. Some genomic islands encode means of their own excision, self-transfer and integration into the chromosome, while others can be mobilized by other mobile genetic elements or are stably integrated into the chromosomes of the host bacteria.

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