Claim · model-written summary
Marker assisted selection efficiency depended on marker type.
Not reportedTaxonGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorSettingDirectionValueQualifier
Verbatim
e0“the efficiency of marker-assisted selection depended on the type of marker used”
Title
Luciano M. Jaureguy Journal of the Arkansas Academy of Science 2012
Other claims from this paper (18)
- Association Phenotype assisted selection efficiency depended on germplasm and selection phenotype.
- Recommendation Marker assisted selection is recommended only when large scale phenotyping is not time or cost effective.
- Observation Most low phytate and low stachyose lines showed low yield stability.
- Observation R08-6009 showed competitive yield and adaptation across evaluated environments.
- Recommendation R08-6009 should be crossed with high yield lines.
- Observation Other lines had moderately high oleic acid concentrations.
- Observation Other lines had low linolenic acid concentrations.
- Intervention effect Planting date significantly affected organic and inorganic seed composition.
- Intervention effect Early planting increased seed protein and oleic acid.
- Intervention effect Early planting decreased linolenic acid.
- Intervention effect Late planting increased sucrose.
- Intervention effect Late planting did not affect stachyose.
- Recommendation Early planting is recommended for high protein and high quality oil soybean production.
- Recommendation Late planting is recommended for high sugar food grade cultivars in double crop systems.
- Intervention effect Seed components tended to decline with delayed harvest.
- Recommendation Changing harvest time solely to alter seed composition was not recommended.
- Association Leaf and soil chemical elements showed no association with seed composition.
- Recommendation Nutrient fertilization to change seed composition may be unprofitable.