Bosch. the fauna of Nemesia from the rest of the western Mediterranean islands, Corsica, Sardinia and Sicily, and we also want to delve into the phylogeographic patterns and spatial structuring of genetic diversity of these groups in the Balearic Islands », concludes Miquel A. Arnedo. reactions of dipeptide formation; thus, they could see that in the presence of fatty acids, this reaction is it gave with greater efficiency “, adds. Bottom-up, recreating evolution from simple molecules In addition to demonstrating the synergy between fatty acids and amino acids, Ruiz-Mirazo considers it very important to have carried out the study starting from basic chemical components, that is, with molecular precursors: “Life arose from these basic molecules; therefore, to To study its origin we cannot start from the complex phospholipids found in today’s membranes.
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We have demonstrated the formation Namibia Email List of the first bonds and chains starting from molecular precursors. Or to put it another way, we have shown that it is possible to reach the diversity and complexity of biology, starting from chemistry “. and the results of those simulations mark the way to design the experiments. Or vice versa. Surely, we will never get to resolve the beginning of life, but we are working on it: all living beings on Earth have the same origin, and we want to know how it happened. ” Additional information Kepa Ruiz-Mirazo is a full-time researcher at the UPV / EHU, in the Prebiotic Membranes research group of the Biophysics Unit of the Faculty of Science and Technology, on the one hand, and in the Philosophy of Biology research group -IAS of the Department of Logic and Philosophy of Science of the Faculty of Education, Philosophy and Anthropology.
This research has been carried out in collaboration with the Max Mousseron Institute of Biomolecules of the CNRS and the University of Montpellier: the Ruiz-Mirazo group is specialized in lipids and prebiotic membranes, and the Montpellier group, for its part, works in the characterization of small peptide formation reactions from amino acids in prebiotic environments.The use of Wolbachia against Zica or dengue The work provides valuable information on the evolution and genomic organization of Wolbachia and has important applications. Wolbachia could act as an ally in the fight against diseases such as dengue or zica. By manipulating the behavior of its host, this bacterium is able to protect it from possible viral infections. Both capabilities make Wolbachia ideal for ridding an uninfected host population (eg mosquitoes) of viruses such as Zica, dengue, or yellow fever.