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Dual function of strigolactones as plant hormones to control growth and as signaling molecules to induce symbiosis: its origin and evolution

In nature, phenomena where the genetic information of one organism is interpreted to be expressed as the phenotype of another species are universally observed, especially in close biological interactions such as parasitism and endosymbiosis. These phenomena are typical examples of the "extended phenotype" proposed by Dawkins (1982). However, little progress has been made in understanding the specific molecular mechanisms behind these phenomena. This symposium aims to introduce the forefront of research using various organisms on the molecular mechanisms of the "extended phenotype".

【J】The Molecular Mechanisms of the Extended Phenotype: The Cutting Edge of Effector Research Supporting Interactions Between Heterospecific Organisms

The 48th Annual Meeting of the Molecular Biology Society of Japan

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[3PS-11-01]Dual function of strigolactones as plant hormones to control growth and as signaling molecules to induce symbiosis: its origin and evolution

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