Claim · model-written summary
The jinnl vs. jinl comparison identified 187 significantly different metabolites.
Not reportedTaxonMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentSettingDirectionQualifier
Verbatim
e0“Comparative analyses among samples from different regions (hyz vs. jinl, hyz vs. jinnl, hyz vs. lnh, hyz vs. lz19, jinl vs. lz19, jinnl vs. jinl, jinnl vs. lz19, lnh vs. jinl, lnh vs. jinnl, lnh vs. lz19) identified 175, 179, 152, 175, 123, 187, 153, 194, 220, and 170 significantly different metabolites, respectively”
Title
UPLC-MS/MS-based differential analysis of seed primordial metabolism in different sorghum varieties
Yujuan Duan; Ming Pan; Zhenhui Kang Journal of Food Science Nutrition and Health 2025. doi:10.54254/3029-0821/2025.23452
Other claims from this paper (15)
- Observation The study detected 503 metabolites in sorghum cultivars.
- Association Sorghum cultivar significantly affected metabolite composition and abundance.
- Method / resource OPLS-DA separated sorghum cultivar samples into distinct clusters.
- Observation Metabolic differences among cultivars concentrated in amino acid, flavonoid and phenolic acid pathways, particularly flavonoids.
- Observation The hyz vs. jinl comparison identified 175 significantly different metabolites.
- Observation The hyz vs. jinnl comparison identified 179 significantly different metabolites.
- Observation The hyz vs. lnh comparison identified 152 significantly different metabolites.
- Observation The hyz vs. lz19 comparison identified 175 significantly different metabolites.
- Observation The jinl vs. lz19 comparison identified 123 significantly different metabolites.
- Observation The jinnl vs. lz19 comparison identified 153 significantly different metabolites.
- Observation The lnh vs. jinl comparison identified 194 significantly different metabolites.
- Observation The lnh vs. jinnl comparison identified 220 significantly different metabolites.
- Observation The lnh vs. lz19 comparison identified 170 significantly different metabolites.
- Observation Flavonoid biosynthesis was the major differential metabolic pathway among sorghum cultivars.
- Recommendation The authors propose specific metabolites as potential biomarkers for sorghum cultivar identification.