Global ETD Search

MOLECULAR NETWORK CONTROLLING THE OVULE DEVELOPMENT IN ARABIDOPSIS THALIANA

D. SINHA ROYUniversità degli Studi di Milano2010

Ovules are the essential organ for plant reproduction. Megasporogenesis, megagametogenesis, fertilization and embryogenesis take place within the ovule. In the ovule both sporophytic and gametophytic generation coexist. The analyses of this developmental process provides an excellent tool to …

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Molecular and genetic cues influencing ovule development in barley (Hordeum vulgare)

Wilkinson, Laura Gay2019

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Investigating the role of RNA 5- methylcytosine on ribosomal and transfer RNAs in Arabidopsis thaliana

Zhao, Jing2023

… to be genetically redundant and essential for ovule development. Three NOP2 orthologues, NOP2A, NOP2B and NOP2C were identified in the A. thaliana genome and are genetically redundant. I found nop2a nop2b mutants were lethal due to female gametophyte abortion at the two to eight-nucleate …

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Ovule defects in Arabidopsis thaliana PIN localization pathway mutants lead to reduced seed set

Reiter, Jaxon W., University of Lethbridge. Faculty of Arts and Science2025

lethbridge

The molecular basis for the initiation of fruit development and parthenocarpy

Vivian-Smith, Adam2001

Parthenocarpy, or seedless fruit development, has an agronomic importance in many horticultural crops. In most fruit, fertilization or seed set usually determines whether fruit growth is sustained. Naturally occurring parthenocarpy results from a genetic lesion that permits fruit to develop in the …

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FOOD SECURITY: INNOVATIVE PLANT REPRODUCTIVE STRATEGY IN A CHANGING ENVIRONMENTAL CONDITION

BANFI, CAMILLAUniversità degli Studi di Milano2025

Con il cambiamento climatico e l’aumento della popolazione, una delle nostre principali preoccupazioni è garantire la disponibilità alimentare globale. In questo contesto, è essenziale sviluppare strategie innovative per il miglioramento genetico delle piante. L'apomissia è un meccanismo …

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FUNCTIONAL CHARACTERIZATION OF VPS13 DURING SEXUAL AND APOMICTIC PLANT REPRODUCTION: THE MISSING GENE FOR PLANT BREEDING?

CORNARO, LETIZIAUniversità degli Studi di Milano2024

Nei prossimi anni, la produzione agroalimentare dovrà aumentare per assicurare cibo alla popolazione mondiale in continua crescita. La generazione di ibridi è uno dei metodi per incrementare la produttività, poiché questi si contraddistinguono per le migliori caratteristiche rispetto alle linee …

milano Repository record for FUNCTIONAL CHARACTERIZATION OF VPS13 DURING SEXUAL AND APOMICTIC PLANT REPRODUCTION: THE MISSING GENE FOR PLANT BREEDING? (opens in a new tab)