Accuracy metrics with different percentage of the training dataset. by Saravanan Manoharan (21273304)

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The schematic illustration of the experimental process. by Suphanida Kaewkamchai (19762172)

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The viability of <i>S</i>. <i>mutans</i> and <i>C</i>. <i>albicans</i> (log CFU/ml) and the wet weight of dual-species biofilms (mg) of the experimental and the control groups afte... by Suphanida Kaewkamchai (19762172)

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Original full-length gel image related to Fig 5. Full, non-adjusted gel image corresponding to the Western blot data shown in Fig 5. Molecular weight markers are indicated in kilod... by Jin-Hwa Kim (101817)

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Heatmap of the relationship between age and gene expression in the different monocyte subtypes, separated by biological sex. by Juliane F. Tampé (19976538)

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GO enrichment of DAPs, including BP, CC, and MF. by Caijin Chen (3107787)

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Age-related correlation of PBMCs percentages in comparison between males and females. by Juliane F. Tampé (19976538)

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TA–APTES Coating Facilitated Secondary Reactions for Synthesis of Multifunctional Porous Melamine Sponge and Application in Wastewater Treatment by Teng Chen (573322)

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Supplementary data: Flowchart of the study. by Suphanida Kaewkamchai (19762172)

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Effect of 0.1mM salicylic acid (SA) or hydrogen peroxide (H₂O₂) and salt treatment (0 and 75 mM NaCl) on Chlorophyll a (Chla), Chlorophyll B (Chlb), Carotenoi... by Amal Bouallegue (21512298)

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Effects of injury on exploratory behavior. by Ella R. Dockendorf (21533334)

Effects of increasing gravel on initial escape latency in non-injured <i>vs.</i> by Ella R. Dockendorf (21533334)

“…</b> However latency was significantly decrease for the 40 g condition in the injured day 0 animals. **** indicates significant differences across increasing amounts of gravel (p < 0.0001). * indicates a post-hoc test confirming a significant difference between injured and non-injured animals 40 g (p < 0.05).…”

Effects of injury on operant conditioning and memory. by Ella R. Dockendorf (21533334)

Effect of NPRC KO on renal function. by Liming Wang (114648)

“…KO of NPRC decreased cystatin C levels in Gq mice but the difference was not statistically significant.…”

Effect of NPRC KO on podocyte proteins. by Liming Wang (114648)

“…<p>(<b>7</b>A & <b>7</b>B) Expression of nephrin and podocin mRNAs were significantly decreased in glomerular preparations from Gq mice compared to controls and expression of both podocyte proteins were preserved by podocyte specific KO of NPRC. (7C & 7D) The pattern of nephrin protein expression was similar to the mRNA results, but the differences were not statistically significant.…”

Effect of podocyte specific NPRC KO on systemic BP and albuminuria. by Liming Wang (114648)

“…<p>(<b>4</b>A) Systolic BP was similarly decreased in both groups of Gq mice compared to controls, but this difference was not statistically significant. …”

Retention and extinction of operant learning. by Ella R. Dockendorf (21533334)

Brown planthoppers display a distinct post mating response and male accessory gland extract induces a post-mating response. by Yi-Jie Zhang (713506)

Effect of NPRC KO on fibrotic markers. by Liming Wang (114648)

“…Podocyte specific KO of NPRC decreased expression of both fibronectin and Col4 alpha-1, which was statistically significant for Col4 alpha-1. …”

Cre-mediated recombination in vivo. by Liming Wang (114648)

“…(<b>3</b>C) Quantitative RT-PCR demonstrated a significant decrease in expression NPRC in enriched glomerular preparations from NPRC KO mice compared to controls. (3D & 3E). …”