Claim · model-written summary
GSL content was lower under FL light at 15.24.
- Taxon
- Chinese cabbage
Brassica rapa subsp. pekinensise1 - Treatment
- FLe0
- Outcome
- GSL contentse0
- Direction
- lowere0
- Value
- $15.24{\mu}mol/g/\;DW$e0
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e0“GSL contents were higher in RBW (36.55) and lower in FL ($15.24{\mu}mol/g/\;DW$)”
e1“GSLs were quantified in Chinese cabbage”
Title
Geon-Ryoung Lee; Young Jin Kim; Jin-Hyuk Chun; et al. Korean Journal of Agricultural Science 2014. doi:10.7744/cnujas.2014.41.2.125
Other claims from this paper (16)
- Observation Nine glucosinolates were identified in Chinese cabbage.
- Observation GSL content was higher under RBW light at 36.55.
- Observation GSL content was higher under a 20/4 h photoperiod.
- Observation GSL content was higher at the reported light intensity of 160 micromoles per square metre per second.
- Observation Under FL light at 42 DAS, progoitrin was comparatively low at 2.38.
- Observation Under FL light at 42 DAS, glucobrassicin was comparatively higher at 9.82.
- Observation Under FL light at 42 DAS, gluconasturtiin was comparatively higher at 2.10.
- Observation At a 20/4 h photoperiod and 28 DAS, progoitrin was comparatively low at 3.16.
- Observation At a 20/4 h photoperiod and 28 DAS, glucobrassicin was comparatively high at 2.52.
- Observation At a 20/4 h photoperiod and 28 DAS, gluconasturtiin was comparatively high at 1.30.
- Observation At the reported light intensity and 42 DAS, progoitrin was comparatively low at 2.28.
- Observation At the reported light intensity and 42 DAS, glucobrassicin was comparatively high at 2.24.
- Observation At the reported light intensity and 42 DAS, gluconasturtiin was comparatively high at 1.51.
- Recommendation The authors considered FL light suitable for enhancing Chinese cabbage glucosinolates.
- Recommendation The authors considered a 20/4 h photoperiod suitable for enhancing Chinese cabbage glucosinolates.
- Recommendation The authors considered 130 micromoles per square metre per second suitable for enhancing Chinese cabbage glucosinolates.