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- Image 1_Study on differences in flavonoid synthesis in Xanthoceras sorbifolia leaves based on transcriptome analysis.png#291317
- Table 2_Study on differences in flavonoid synthesis in Xanthoceras sorbifolia leaves based on transcriptome analysis.xlsx#291316
- Data Sheet 10_Association between maternal iron deficiency and delayed neonatal auditory maturation and altered cochlear synaptic energy metabolism: analysis from a mother–infant observational study, mouse models, and cochlear explants.pdf#291315
- Data Sheet 1_Association between maternal iron deficiency and delayed neonatal auditory maturation and altered cochlear synaptic energy metabolism: analysis from a mother–infant observational study, mouse models, and cochlear explants.pdf#291314
- Image 1_Association between maternal iron deficiency and delayed neonatal auditory maturation and altered cochlear synaptic energy metabolism: analysis from a mother–infant observational study, mouse models, and cochlear explants.jpeg#291313
- Data Sheet 4_Association between maternal iron deficiency and delayed neonatal auditory maturation and altered cochlear synaptic energy metabolism: analysis from a mother–infant observational study, mouse models, and cochlear explants.pdf#291312
- Data Sheet 3_Association between maternal iron deficiency and delayed neonatal auditory maturation and altered cochlear synaptic energy metabolism: analysis from a mother–infant observational study, mouse models, and cochlear explants.pdf#291311
- Data Sheet 2_Association between maternal iron deficiency and delayed neonatal auditory maturation and altered cochlear synaptic energy metabolism: analysis from a mother–infant observational study, mouse models, and cochlear explants.pdf#291310
- Data Sheet 6_Association between maternal iron deficiency and delayed neonatal auditory maturation and altered cochlear synaptic energy metabolism: analysis from a mother–infant observational study, mouse models, and cochlear explants.pdf#291309
- Data Sheet 5_Association between maternal iron deficiency and delayed neonatal auditory maturation and altered cochlear synaptic energy metabolism: analysis from a mother–infant observational study, mouse models, and cochlear explants.pdf#291308
- Data Sheet 9_Association between maternal iron deficiency and delayed neonatal auditory maturation and altered cochlear synaptic energy metabolism: analysis from a mother–infant observational study, mouse models, and cochlear explants.pdf#291307
- Data Sheet 8_Association between maternal iron deficiency and delayed neonatal auditory maturation and altered cochlear synaptic energy metabolism: analysis from a mother–infant observational study, mouse models, and cochlear explants.pdf#291306
- Data Sheet 7_Association between maternal iron deficiency and delayed neonatal auditory maturation and altered cochlear synaptic energy metabolism: analysis from a mother–infant observational study, mouse models, and cochlear explants.pdf#291305
- Supplementary file 1_Association between maternal iron deficiency and delayed neonatal auditory maturation and altered cochlear synaptic energy metabolism: analysis from a mother–infant observational study, mouse models, and cochlear explants.docx#291304
- Creating and sustaining institutional change in assessment and feedback culture: Approaches and reflections#291303
- Donor-Independent
Metabolomics Enables Bloodstain
Age Determination at Crime Scenes#291302
- Donor-Independent
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Age Determination at Crime Scenes#291301
- Donor-Independent
Metabolomics Enables Bloodstain
Age Determination at Crime Scenes#291300
- Donor-Independent
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Age Determination at Crime Scenes#291299
- P450 Disruption
Reveals Unforeseen Biaryl Cross-Link
Chemistry in Glycopeptide Antibiotics#291298
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