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Microbiota-driven genetic switch could promote plant leaf growth
The study, in collaboration with the University of Nottingham, identifies a microbiota-driven mechanism in plants that promotes leaf growth and allows plants to adapt to a nutrient deficient environment.
Located in News
Science paper links root endodermis and microbiota in mineral balance
Valéria Custódio, ITQB NOVA PhD Student and GREEN-IT member, is a co-author of the paper, which offers new insight on the importance of the relationship between microbiota and root endodermis.
Located in News
ITQB NOVA scientists distinguished with Medal of Scientific Merit
Ministry for Science, Technology and Higher Education recognized the contributions of Maria Arménia Carrondo and Cândido Pinto Ricardo to Portuguese science.
Located in News
New insight on the reproductive evolution of land plants
International consortium, including then IGC, now current ITQB NOVA PI and GREEN-IT member Jörg Becker, offers novel insight into the reproductive evolution of land plants, in new study published in Nature Plants.
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[SCAN] Plant cell cultures for the production of recombinant proteins
Rita Abranches, Plant Cell Biology Lab, ITQB NOVA
Located in Events / Seminars
[Seminar] Transpositional landscape of a plant genome over 15 My of evolution
Olivier Panaud, Plant Genome and Development Laboratory, University of Perpignan, France
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[Seminar] Environmental Gene Regulatory Influence Networks in Rice
Michael Purugganan, Dean for Science, Faculty of Arts and Science, at the New York University, USA
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[Seminar] Science policy and research governance: what can researchers do? The example of the EU-LIFE alliance
Marta Agostinho, EU-LIFE Coordinator
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[Society] Marte 2030
Located in Events
[Society] Marte 2030
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