a ICYTAC - CONICET - UNC , Córdoba , Argentina.
Crit Rev Microbiol. 2016 May;42(3):485-94. doi: 10.3109/1040841X.2014.962478. Epub 2014 Nov 28.
Holistic emerging approaches allow us to understand that every organism is the result of integration mechanisms observed at every level of nature: integration of DNA from virus and bacteria in metazoans, endosymbiotic relationships and holobionts. Horizontal gene transfer events in Bacteria, Archaea and Eukaryotes have resulted in the chimeric nature of genomes. As a continuity of this genomic landscape, the human body contains more bacterial than human cells. Human microbiome has co-evolved with the human being as a unity called holobiont. The loss of part of our microbiome along evolution can explain the continuous increasing incidence of immune and inflammatory-related diseases. Life is a continuous process in which the organism experiences its environment and this interaction impacts in the epigenetic system and the genomic structure. The emerging perspectives restitute the great importance of Lamarck's theoretical contributions (the milieu) and Darwin's pangenesis theory.
整体涌现方法使我们能够理解,每个生物体都是在自然界的各个层次观察到的整合机制的结果:后生动物中病毒和细菌的 DNA 整合、共生关系和全生物。细菌、古菌和真核生物中的水平基因转移事件导致了基因组的嵌合性质。作为这种基因组景观的连续性,人体中含有的细菌比人体细胞还多。人类微生物组与人类一起作为一个被称为全生物的整体共同进化。随着进化,我们的微生物组的一部分丧失可以解释不断增加的免疫和炎症相关疾病的发病率。生命是一个连续的过程,生物体在这个过程中体验它的环境,这种相互作用会影响表观遗传系统和基因组结构。新兴的观点恢复了拉马克理论贡献(环境)和达尔文泛生论的重要性。