Search results for "seed proteins"

showing 2 items of 2 documents

Evaluation of intra-cultivar variability in Olea europaea L. cv. Leccino using morphological, biochemical and molecular markers

2020

The phenotypic and genotypic variability of olive tree cv. Leccino (Olea europaea L.), an ancient cultivar from North-Central Italy, was investigated using 44 quantitative and qualitative agro-morphological traits, SDS-PAGE of seed proteins (storage proteins and tegument proteins) and molecular markers such as RAPDs (30 primers) and SSRs (8 primers). Fifteen accessions of Olea europaea catalogued as "Leccino" and one certified tree of "Leccino" (LESt) were examined. The plants were clonally propagated and the measuring of all morphological characteristics was conducted over a period of seven years. The ANOVA analysis showed that all accessions were homogenous for many traits while very few …

Genetic diversityOlea europaea L.molecular markersfood and beveragesOlea europaea LLeccino cultivarPlant ScienceBiologybiology.organism_classificationOlea europaea L. Leccino cultivar intra-cultivar variability morphological traits molecular markers seed proteins.intra-cultivar variabilityGenetic markerPlant morphologyOleamorphological traitsBotanyGenetic variationShootMicrosatelliteseed proteinsCultivarAgronomy and Crop ScienceApril 2020
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A holistic overview of the impact of sulfur deficiency in pea facing water deficit

2022

We report on the interplay between water deficit and sulfur deficiency, two constraints that are increasingly faced by crops due to climate change and low-input agricultural practices. In particular, we aim at better understanding the role of sulfur nutrition in the trade-off between seed quality establishment and plant stress tolerance in pea (Pisum sativum L.), a grain legume crop which has a pivotal role to play in both agroecological and food transitions. Like other legumes, pea is able to accumulate large amounts of seed proteins even in the absence of nitrogen fertilizers thanks to its symbiosis with N2-fixing soil bacteria. In this study, we deprived pea plants (cv. Caméor) of sulfur…

[SDV] Life Sciences [q-bio]networkseed proteinsleaf metabolismPisum sativumseed developmentsulfur deficiencywater deficitomics
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