View of the specimen culturing conditions. by Jia-Wen Zhan (9028652)

The composition of the body of a mouldboard plough. by Xueting Ma (390540)

The forest plot shows the comparison of FA values(A) and ADC values(B) between the stressed and healthy sides in the random effects model. by Nan Wang (21935)

MAF1 protein expression by stage and tumor histology. by Stephanie Cabarcas-Petroski (9631636)

Significant eigenvector alignment changes (<i>p</i> ≤ 2.5 × 10⁻³) between a the HC, b the aMCI and c the AD groups versus random functional connectivity model. by Ruaridh A. Clark (9311430)

Loading and organ culturing apparatuses for the rabbit IVD motion segments (diagrammatic sketch). by Jia-Wen Zhan (9028652)

Rho activity is required for WPMY-1 fibronectin induction. by Alana L. Gray (637670)

The expression levels of putative VIP1 target genes that were upregulated by brushing in brushed <i>atb’’αβγδ</i> leaves. by Hyuk Sung Yoon (20208672)

Fig 5 - by Ursula Oggenfuss (7254932)

Functional homogeneity of the visualized six motifs. by Mohammad R. Irhimeh (614626)

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Schematic diagram showing the study experimental design, the integrative computational analysis, and the validation procedures used in this study. by Mohammad R. Irhimeh (614626)

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Heat maps of the microarray analysis results. by Mohammad R. Irhimeh (614626)

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Six interesting co-regulatory motifs suggesting a cooperative functional role between the identified central-hubs and their potential partners of miRNAs, TFs, and target genes in t... by Mohammad R. Irhimeh (614626)

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Venn diagrams showing overlapping differentially expressed genes among the six comparisons. by Mohammad R. Irhimeh (614626)

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Identification of novel diabetes impaired miRNA-transcription factor co-regulatory networks in bone marrow-derived Lin^-/VEGF-R2⁺ endothelial progenitor cells by Mohammad R. Irhimeh (614626)

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Figure 5 by Michael L. Megison (469463)

Roll angle (2^st case–v₃). by Tuan Anh Nguyen (121944)

“…The interaction between the road and wheel decreases sharply as the roll angle increases, which can lead to a rollover. …”

Vertical force (1^st case–v₃). by Tuan Anh Nguyen (121944)

“…The interaction between the road and wheel decreases sharply as the roll angle increases, which can lead to a rollover. …”

Roll index (1^st case–v₁). by Tuan Anh Nguyen (121944)

“…The interaction between the road and wheel decreases sharply as the roll angle increases, which can lead to a rollover. …”

Vertical force (1^st case–v₁). by Tuan Anh Nguyen (121944)

“…The interaction between the road and wheel decreases sharply as the roll angle increases, which can lead to a rollover. …”