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Data Sheet 1_Innovative myopic screening platform based on smartphones.pdf
Gepubliceerd in 2025“…Subjective refraction assessments were conducted on all subjects, involving both the conventional phoropter examination by experienced optometrists which served as the clinical gold-standard, and the smartphone-based methodology. …”
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Data Sheet 2_Innovative myopic screening platform based on smartphones.pdf
Gepubliceerd in 2025“…Subjective refraction assessments were conducted on all subjects, involving both the conventional phoropter examination by experienced optometrists which served as the clinical gold-standard, and the smartphone-based methodology. …”
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Data Sheet 1_Supplementary far-red light enhances the quality and root development of double-root-cutting grafted watermelon seedlings.docx
Gepubliceerd in 2025“…Transcriptome profiling indicated that genes associated with sugar catabolism, oxidative stress, and auxin signaling were markedly upregulated in roots by FR light at 4 d post-grafting. FR<sub>0.3</sub> (red/far-red ratio = 0.3) light significantly enhanced the expression of genes involved in hyperoxide scavenging (CmAPX1, CmPOD1, CmCAT1), sugar transportation (CmSWEET12, CmBST2, CmSCP1), and auxin response (CmAUX28, CmIAA11, CmSAUR20) compared with the control. …”
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Reproductive rights and the recontextualization of abortion: a multimodal analysis of ballot initiatives in the US
Gepubliceerd in 2025“…Findings reveal various far-right populist strategies involved in recontextualizing abortion through transformations such as deletions, substitutions, and additions. …”
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<i>Expression profiles of the hri1</i><sup>+</sup><i>, hri2</i><sup>+</sup><i>, and gcn2</i><sup>+</sup><i>genes in ALA-starved hem1</i>Δ <i>cells.</i>
Gepubliceerd in 2025“…<p>A, Schematic representation of the signaling pathway involved in translational inhibition via phosphorylation of eIF2α by the Hri1, Hri2, and Gcn2 kinases in response to ALA deficiency. …”
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Thermal Stability Evaluation and Analyses of Bionic Drop-Jumping Superhydrophobic Copper Nanocone Structure Surface
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Thermal Stability Evaluation and Analyses of Bionic Drop-Jumping Superhydrophobic Copper Nanocone Structure Surface
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Thermal Stability Evaluation and Analyses of Bionic Drop-Jumping Superhydrophobic Copper Nanocone Structure Surface
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Thermal Stability Evaluation and Analyses of Bionic Drop-Jumping Superhydrophobic Copper Nanocone Structure Surface
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Thermal Stability Evaluation and Analyses of Bionic Drop-Jumping Superhydrophobic Copper Nanocone Structure Surface
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Thermal Stability Evaluation and Analyses of Bionic Drop-Jumping Superhydrophobic Copper Nanocone Structure Surface
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Thermal Stability Evaluation and Analyses of Bionic Drop-Jumping Superhydrophobic Copper Nanocone Structure Surface
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Thermal Stability Evaluation and Analyses of Bionic Drop-Jumping Superhydrophobic Copper Nanocone Structure Surface
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Thermal Stability Evaluation and Analyses of Bionic Drop-Jumping Superhydrophobic Copper Nanocone Structure Surface
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