Titlebook: Dictyostelids; Evolution, Genomics Maria Romeralo,Sandra Baldauf,Ricardo Escalante Book 2013 Springer-Verlag Berlin Heidelberg 2013 Amoeba

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Genome Analysis of Social Amoebae, amoebae to other, more sophisticated multicellular systems. Comparative curated databases make this wealth of genome information accessible and play an important role for the dissemination of the knowledge on this evolutionary branch.

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Signalling During Dictyostelium Development,tocatalytic cell–cell cAMP signalling and cAMP-mediated collective chemotactic cell movement result in emergent properties that readily explain multicellular morphogenesis. cAMP signalling not only controls cell movement but also acts as a key morphogen to control cell differentiation, which in turn

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Genome Analysis of Social Amoebae,escribes the current knowledge on the genome of the model species .. A comparison with other social amoebae genomes covering the whole breadth of this branch of evolution carves out driving forces of speciation and the common toolkit of all social amoebae. The vast evolutionary distance within this

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Signalling During Dictyostelium Development,arisation that control localised activation of the actin–myosin cytoskeleton responsible for evolutionary highly conserved mechanisms of chemotactic cell movement up chemoattractant gradients. 3′-5′ cyclic AMP is the chemoattractant that controls the chemotactic cell movements that result in aggrega

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Non-coding RNAs in , and Other Dictyostelid Social Amoebae,differentiation, infection, and cell death. The means by which ncRNAs affect these processes are numerous and diverse, ranging from protein localization to regulation of gene expression. ncRNA-mediated gene expression control has been the subject of especially intense study in recent years and has s