Miguel A. Rosales Villegas BPMP INRA/ CNRS / S upAgro/ UM2 - PowerPoint PPT Presentation

Miguel A. Rosales Villegas BPMP – INRA/ CNRS / S upAgro/ UM2 Montpellier Aquaporins t eam – Christ ophe Maurel

Physiological, biochemical and molecular responses of higher plants to abiotic stress  crop productivity and quality 2004 BSc Biology – University of Granada (Granada, S pain) 2008 PhD Biology (Plant Physiology) – University of Granada (Granada, S pain) • Product ion and nut rit ional qualit y of cherry t omat o fruit s grown in t wo experiment al Medit erranean greenhouses: met abolic and physiological responses 2008-10 Postdoc fellowship – Institute of Biotechnology, UNAM (Cuernavaca, Mexico) • Molecular and funct ional charact erizat ion of a new ERF family of t ranscript ional fact ors in common bean and t heir involvement in abiot ic st ress t olerance • Physiological analysis of common bean cult ivars cont rast ing in t heir drought response 2011-12 Postdoc position – IRNAS , CS IC (S evilla, S pain) • The effect of chloride homeost asis on plant wat er balance, and funct ional charact erizat ion of anion t ransport ers involved in wat er relat ions and drought t olerance in Arabidopsis t haliana March 2014 AgreenSkills Incoming Fellowship (24 months) – BPMP Department, INRA/ CNRS / S upAgro/ UM2 (Montpellier, France)

Hormonal regulation of aquaporins and root hydraulic architecture: their role in water deficit tolerance Root hydraulic architecture 1. How do water, auxin, ABA and aquaporins interact during lateral root formation, to control cell hydraulics and root growth and development ? 2. How effects of hormones are integrated in the whole root level under drought conditions? Root hydraulic architecture and mathematical model Visit my poster, THANKS YOU!!!