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Lupinus albus

ABSTRACT: Lupinus albus overview

PROVIDER: PRJNA182554 | ENA |

REPOSITORIES: ENA

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			Action	DRS
		Other
	JAAEJY01.dat.gz	Other
	JAAEJY01.fasta.gz	Fasta.gz
	JAAEJY01.master.dat	Other
	WOCE01.dat.gz	Other

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RNA-seq of coding RNA from cluster roots (pre-emergent, juvenile and mature) from Lupinus albus grown for 20 days under phosphorus-deficiency

Project description:RNA-seq analysis was performed on different developmental stages of cluster roots (pre-emergent, juvenile and mature) from Lupinus albus grown for 20 days under phosphorus-deficiency

2014-07-01 | E-MTAB-2253 | biostudies-arrayexpress

Lupinus albus

Project description:Lupinus albus pangenome sequencing and assembly

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Lupinus albus breed:Lupinus albus L. | cultivar:Amiga

Project description:Lupinus albus breed:Lupinus albus L. | cultivar:Amiga Genome sequencing and assembly

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Lupinus albus breed:Lupinus albus L. | cultivar:Amiga

Project description:Lupinus albus breed:Lupinus albus L. | cultivar:Amiga Genome sequencing and assembly

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Proteome remodeling and amino acid metabolism during germination and seedling establishment in Lupinus albus

Project description:During germination and early seedling development plants rely entirely on their seed storage compounds to provide energy and precursors for the synthesis of macromolecular structures such as cell walls until the seedling has emerged from the soil and photosynthesis can be established. Lupin seeds use proteins as their major storage compounds, accounting for up to 40% of the seed dry weight. Lupins are therefore a valuable complement to soy as a source of plant protein for human and animal nutrition. However, knowledge on protein and amino acid metabolism during germination and seedling establishment in lupin plants is still limited. The aim of this study was to elucidate how storage protein metabolism is coordinated with other metabolic processes to meet the requirements of the growing seedling. In a quantitative approach, we analyzed seedling growth, as well as alterations in biomass composition, the proteome, and metabolite profiles during germination and seedling establishment in Lupinus albus. The reallocation of nitrogen resources from seed storage proteins to functional seed proteins was mapped based on a manually curated functional protein annotation database. Although classified as a protein crop, Lupinus albus does not use amino acids as a primary resource during germination. The predominant role of the stored proteins is to act as a nitrogen resource for vigorous post-germinative growth. The degradation of storage lipids and carbohydrates is sufficient to meet the energy requirements for early seedling establishment until the onset of photosynthesis. However, our results suggest that during germination fatty acid and amino acid metabolism may be integrated at the level of malate synthase to combine stored carbon from lipids and proteins into gluconeogenesis.

2024-07-26 | PXD046789 | Pride

Fremont et al 2023 - Arsenic stress triggers active exudation of arsenic-phytochelatin complexes from Lupinus albus roots

Project description:Arsenic stress triggers active exudation of arsenic-phytochelatin complexes from Lupinus albus roots

2023-10-10 | MSV000093078 | MassIVE

Lupinus albus cultivar:AMIGA

Project description:Lupinus albus cluster root spatial RNA-seq

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Lupinus albus cultivar:AMIGA

Project description:Lupinus albus cultivar:AMIGA Genome sequencing and assembly

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Lupinus albus cultivar:AMIGA

Project description:Lupinus albus CENH3-ChIP and ChIP-seq analysis

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Transcriptomics Provide Insights into Early Responses to Sucrose Signaling in Lupinus albus.

Project description:Phosphorus (P) and iron (Fe) deficiency are major limiting factors for plant productivity worldwide. White lupin (Lupinus albus L.) has become a model plant for understanding plant adaptations to P and Fe deficiency, because of its ability to form cluster roots, bottle-brush-like root structures that play an important role in the uptake of P and Fe from soil. However, little is known about the signaling pathways involved in sensing and responding to P and Fe deficiency. Sucrose, sent in increased concentrations from the shoot to the root, has been identified as a long- distance signal of P and Fe deficiencies. To unravel responses to sucrose as a signal, we performed Oxford Nanopore cDNA sequencing of white lupin roots treated with sucrose for 10 min, 15 min, and 20 min, compared to untreated controls. We identified a set of 17 genes, including two bHLH transcription factors, that were upregulated at all three time points of sucrose treatment. GO (gene ontology) analysis revealed enrichment of auxin- and gibberellin-responses as early as 10 min after sucrose addition, and the emerging of ethanol-responses at 20 min of sucrose treatment, indicating a sequential involvement of these hormones in plant responses to sucrose.

2024-05-27 | GSE268152 | GEO

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