Claim · model-written summary
BnSBT1.6b, BnSBT3.14a and BnSBT3.14b were highly expressed in low-SPSI material.
- Taxon
- Brassica napus
_Brassica_napus_-_Habit.jpg?width=60)
Brassica napust0 - Material
- low-SPSI materiale0
- Gene
- BnSBT1.6b, BnSBT3.14a, and BnSBT3.14be0
- Outcome
- highly expressede0
Not reportedCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorSettingDirectionValueQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
_Brassica_napus_-_Habit.jpg?width=500)
Verbatim
t0“Brassica napus”
e0“BnSBT1.6b, BnSBT3.14a, and BnSBT3.14b were highly expressed in low-SPSI material”
Title
Xiangtian Shi; Qian Lei; Sirou Xiang; et al. Plants 2026. doi:10.3390/plants15091318
Other claims from this paper (11)
- Observation 140 SBT genes were identified in B. napus.
- Observation 63 SBT genes were identified in B. oleracea.
- Observation 71 SBT genes were identified in B. rapa.
- Observation Phylogenetic analysis classified the 330 identified SBTs into five subfamilies.
- Association Collinearity analyses indicated that gene redundancy and gene loss were strongly associated with polyploidization in Brassicaceae plants.
- Mechanism Analyses of gene structure and conserved motifs suggested that evolutionary changes in exon-intron structures may contribute to differentiation of coding regions, expression patterns and functions within the BnSBT family.
- Observation Promoter cis-regulatory elements were predominantly associated with hormonal responses, abiotic stress and processes related to plant growth and development.
- Observation Eight differentially expressed genes were identified by comparing RNA-Seq data of high- and low-yielding cultivars.
- Observation qRT-PCR verified that the eight DEGs were significantly differentially expressed in the pericarp and seeds.
- Observation BnSBT1.4b, BnSBT1.4c, BnSBT1.4d, BnSBT1.5c and BnSBT1.8a were highly expressed in high-SPSI material.
- Mechanism BnSBTs have diverse potential functions in regulating yield traits in Brassica napus.