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. …”

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). …”

(A) NPRC was highly expressed in WT podocytes compared to either NPRA or NPRB in the presence of absence of NPRC KD. by Liming Wang (114648)

“…<p>In addition, NPRC KD effectively decreased NPRC mRNA in cultured podocytes. (B) NPRB expression was downregulated in NPRC KD cells. …”

Effect of podocyte specific NPRC KO on renal histopathology. by Liming Wang (114648)

(1A) CNP is produced by podocytes and binds to both NPRB and NPRC on glomerular podocytes. by Liming Wang (114648)

Spatial patterns of LUC in 2035 different scenarios. by Bao Zhou (20670850)

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Distribution of total ESs and hotspots under future climate change. by Bao Zhou (20670850)

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Weights of each ecosystem service category during the study period. by Bao Zhou (20670850)

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Spatio-temporal changes in SDG under multi-scenario spatio-temporal scenarios. by Bao Zhou (20670850)

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Weighting settings for land use projections across multiple scenarios. by Bao Zhou (20670850)

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Study area. by Bao Zhou (20670850)

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LUC in southeast Yunnan under different scenarios in 2035. by Bao Zhou (20670850)

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Distribution of ESs and hot and cold spots during the historical period. by Bao Zhou (20670850)

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Spatial distribution of ESs. by Bao Zhou (20670850)

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Correspondence of support for SDGs across ESs categories. by Bao Zhou (20670850)

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Malaria prevalence over the years is presented by age (Fig 3A), sex (Fig 3B), history of fever (Fig 3C), geographical zones (Fig 3D), ITN use (Fig 3E), and elevation (Fig 3F). by Frank Chacky (3446654)

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Crude and adjusted odds ratios of malaria prevalence in school children using multilevel mixed-effect logistic regression model in mainland Tanzania, 2015–2023. by Frank Chacky (3446654)

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