Species
|
Resource
|
RRC ID
|
Title
|
Journal
|
Published
|
Link
|
Barley
|
OUC059
|
79328
|
Malting and Brewing Performance of β-Amylase-Deficient Barley
|
Journal of the American Society of Brewing Chemists |
2024-5-13 |
Full text
|
Barley
|
Proctor
,
Malaini
|
79139
|
Hordeum vulgare CYP76M57 catalyzes C2 shortening of tryptophan side chain by C–N bond rearrangement in gramine biosynthesis
|
The Plant Journal |
2024-5-1 |
Pubmed
Full text
|
Barley
|
Ehime Hadaka 1 (EHM1)
,
Ethiopia 2 (ETH2)
,
Musashinomugi (MSS)
,
Sarab 1 (SRB1)
|
79137
|
Barley Cultivar Sarab 1 Has a Characteristic Region on the Thylakoid Membrane That Protects Photosystem I under Iron-Deficient Conditions
|
Plants |
2023-5-26 |
Pubmed
Full text
|
Barley
|
|
79128
|
Barley varieties tolerant to waterlogged reduced soil show the better root growth in hypoxia
|
Plant Production Science |
2023-10-2 |
Full text
|
Barley
|
OUH602
|
76681
|
Organ-enriched gene expression during floral morphogenesis in wild barley.
|
Plant J |
2023-8-7 |
Pubmed
Full text
|
Barley
|
Haruna Nijo, OUH602
|
74945
|
Genetic resistance in barley against Japanese soil-borne wheat mosaic virus functions in the roots.
|
Front Plant Sci |
2023-1-1 |
Pubmed
Full text
|
Barley
|
full length cDNA
|
74944
|
Two dominant genes in barley (Hordeum vulgare L.) complementarily encode perfect resistance to Japanese soil-borne wheat mosaic virus.
|
Breed Sci |
2022-12-1 |
Pubmed
Full text
|
Barley
|
Haruna Nijo Mutant Lines
|
74017
|
FLOURY ENDOSPERM 6 mutations enhance the sugary phenotype caused by the loss of ISOAMYLASE1 in barley.
|
Theor Appl Genet |
2023-4-3 |
Pubmed
Full text
|
Barley
|
Barley seed sample of “Sarab1” (SRB), “Ehimehadaka1” (EHM), and “Ethiopia2” (ETH)"
|
70475
|
"Live-Autoradiography" Technique Reveals Genetic Variation in the Rate of Fe Uptake by Barley Cultivars.
|
Plants (Basel) |
2022-3-18 |
Pubmed
Full text
|
Barley
|
seed sample: Golden Promise
|
69993
|
A crucial role for a node-localized transporter, HvSPDT, in loading phosphorus into barley grains.
|
New Phytol |
2022-5-1 |
Pubmed
Full text
|
Barley
|
Haruna Nijo (seed sample, BAC clones and Full length cDNA sequences)
|
69151
|
Chromosome-scale assembly of barley cv. 'Haruna Nijo' as a resource for barley genetics.
|
DNA Res |
2022-1-28 |
Pubmed
Full text
|
Barley
|
accession seed sample: Golden Promise
|
67763
|
Regulation of germination by targeted mutagenesis of grain dormancy genes in barley.
|
Plant Biotechnol J |
2022-1-1 |
Pubmed
Full text
|
Barley
|
Barley seed samples for RNA-Seq analysis
|
67489
|
RNA-Seq-based DNA marker analysis of the genetics and molecular evolution of Triticeae species.
|
Funct Integr Genomics |
2021-11-1 |
Pubmed
Full text
|
Barley
|
seed samples of OUU305, OUU326
|
67465
|
A novel mutant allele at the Cleistogamy 1 locus in barley.
|
Theor Appl Genet |
2021-10-1 |
Pubmed
Full text
|
Barley
|
Seed sample H602
|
66962
|
Chromosome-scale assembly of wild barley accession "OUH602".
|
G3 (Bethesda) |
2021-9-27 |
Pubmed
Full text
|
Barley
|
barley accessions
|
64726
|
Mutations in a Golden2-Like Gene Cause Reduced Seed Weight in Barley albino lemma 1 Mutants
|
Plant and Cell Physiology |
2021-1-13 |
Pubmed
Full text
|
Barley
|
Accession: Morex, Haruna Nijo
|
64579
|
The Presence of the Hairy-Root-Disease-Inducing (Ri) Plasmid in Wheat Endophytic Rhizobia Explains a Pathogen Reservoir Function of Healthy Resistant Plants.
|
Appl Environ Microbiol |
2020-8-18 |
Pubmed
Full text
|
Barley
|
Barley seed samples
|
64577
|
Life-Course Monitoring of Endogenous Phytohormone Levels under Field Conditions Reveals Diversity of Physiological States among Barley Accessions.
|
Plant Cell Physiol |
2020-8-1 |
Pubmed
Full text
|
Barley
|
Barley accessions: OUC613, OUE812
|
64548
|
Accession difference in leaf photosynthesis, root hydraulic conductance and gene expression of root aquaporins under salt stress in barley seedlings
|
Plant Production Science |
2021-1-2 |
Full text
|
Barley
|
Haruna Nijo etc.
|
63320
|
Enhancement of Photosynthetic Iron-Use Efficiency Is an Important Trait of Hordeum vulgare for Adaptation of Photosystems to Iron Deficiency.
|
Plants (Basel) |
2021-1-25 |
Pubmed
Full text
|