Our previous results on the characterization of adventitious root formation in three phylogenetically-distant dicotyledonous (Arabidopsis, tomato and carnation) revealed the central role of hormonal regulation and suggested the existence of common genetic mechanisms. However, our knowledge about the eventual conservation of the gene regulatory networks that control the formation of adventitious roots in non-model species is quite limited.

In our lab, we have initiated the histological, physiological and molecular characterization of adventitious root formation in several tomato mutants and will expand our studies to a collection of commercial varieties, wild species and introgression lines.

Using the molecular tools that have been generated previously in our lab, we will initiate the genetic analysis of adventitious root formation in carnation to identify loci involved in the observed differences in a mapping population derived from a cross between two varieties with antagonistic responses during the rooting of stem cuttings.


Projects and funding entities:

Project title
Funding entity
2021.-.2019 Characterization of new regulators of adventitious root formation: function of histone demethylase LSD1 in spatial regulation of auxin responses RTI2018-096505-B-I00 Logotipo_del_Ministerio_de_Economía_y_Competitividad
2018.-.2016 Comparative genomics of adventitious root formation in tomato and carnation BIO2015-64255-R Logotipo_del_Ministerio_de_Economía_y_Competitividad
2015.-.2013 Hormonal and genetic regulation of adventitious root formation AGL2012-33610 Logotipo_del_Ministerio_de_Economía_y_Competitividad

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