Claim · model-written summary
Cotyledon growth rate was twice as high in MoH as LoM.
- Taxon
- Soybeans
Glycine maxt0 - Treatment
- MoHe0
- Outcome
- CGRe0
- Direction
- twice as highe0
- Value
- twicee0
- Comparator
- LoMe0
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleSettingQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e0“CGR was twice as high in MoH than in LoM”
t0“Soybeans”
Title
Yuqiang Li; Yang Shu-de; Zhao Halin; et al. 2008
Other claims from this paper (17)
- Intervention effect Temperature treatments did not markedly differ in seed fresh and dry weight in planta.
- Intervention effect Moderate-temperature seed growth yielded greater seed protein concentration.
- Intervention effect High temperature gave greatest seed oil accumulation, reaching 75% of final concentration.
- Observation Low temperature had final oil concentration of 35%.
- Intervention effect Seeds initially grown under Ho had higher fresh and dry weights in vitro than those from Mo and Lo.
- Intervention effect Cotyledon growth rate increased with higher temperature.
- Intervention effect Cotyledon growth rate under HoL was two-fold less than under HoM.
- Intervention effect Cotyledon protein concentration increase was higher under LoM.
- Intervention effect Cotyledon protein concentration increase was higher under MoH.
- Intervention effect Cotyledon protein concentration increase was higher under HoM.
- Intervention effect Cotyledon protein concentration increase was higher under MoL.
- Intervention effect Higher temperature in early seed fill stimulated oil accumulation.
- Intervention effect Higher temperature in early seed fill restricted protein accumulation.
- Observation PI132.217 was insensitive in cotyledon growth response to early seed-fill temperature.
- Observation PI132.217 was insensitive in seed composition response to early seed-fill temperature.
- Recommendation The authors recommend selection of a suitable planting day to increase yield and seed quality under temperature change.
- Recommendation The authors recommend breeding a temperature-insensitive soybean cultivar for yield and seed quality.