Effect of styrene maleic acid WIN55,212-2 micelles on neuropathic pain in a rat model by Oliver Linsell (838536)

Soil water content. by Qinglin Wu (1438309)

“…With the increase in soil porosity, soil evaporation became stronger, and soil water content decreased. Nevertheless, no decrease in soil water content was observed in the presence of vegetation cover (soil water content: 16.46% of hairy vetch, 13.99% of clover, 13.77% of the control). …”

Soil total phosphorus and available phosphorus. by Qinglin Wu (1438309)

“…With the increase in soil porosity, soil evaporation became stronger, and soil water content decreased. Nevertheless, no decrease in soil water content was observed in the presence of vegetation cover (soil water content: 16.46% of hairy vetch, 13.99% of clover, 13.77% of the control). …”

Total soil porosity. by Qinglin Wu (1438309)

“…With the increase in soil porosity, soil evaporation became stronger, and soil water content decreased. Nevertheless, no decrease in soil water content was observed in the presence of vegetation cover (soil water content: 16.46% of hairy vetch, 13.99% of clover, 13.77% of the control). …”

Content of soil organic matter. by Qinglin Wu (1438309)

“…With the increase in soil porosity, soil evaporation became stronger, and soil water content decreased. Nevertheless, no decrease in soil water content was observed in the presence of vegetation cover (soil water content: 16.46% of hairy vetch, 13.99% of clover, 13.77% of the control). …”

Soil total porosity under soil improve measures. by Qinglin Wu (1438309)

“…With the increase in soil porosity, soil evaporation became stronger, and soil water content decreased. Nevertheless, no decrease in soil water content was observed in the presence of vegetation cover (soil water content: 16.46% of hairy vetch, 13.99% of clover, 13.77% of the control). …”

Soil total potassium and available potassium. by Qinglin Wu (1438309)

“…With the increase in soil porosity, soil evaporation became stronger, and soil water content decreased. Nevertheless, no decrease in soil water content was observed in the presence of vegetation cover (soil water content: 16.46% of hairy vetch, 13.99% of clover, 13.77% of the control). …”

Soil organic matter an pH. by Qinglin Wu (1438309)

“…With the increase in soil porosity, soil evaporation became stronger, and soil water content decreased. Nevertheless, no decrease in soil water content was observed in the presence of vegetation cover (soil water content: 16.46% of hairy vetch, 13.99% of clover, 13.77% of the control). …”

Basic information of the sample plots. by Qinglin Wu (1438309)

“…With the increase in soil porosity, soil evaporation became stronger, and soil water content decreased. Nevertheless, no decrease in soil water content was observed in the presence of vegetation cover (soil water content: 16.46% of hairy vetch, 13.99% of clover, 13.77% of the control). …”

Soil quality enhancement mechanism map. by Qinglin Wu (1438309)

“…With the increase in soil porosity, soil evaporation became stronger, and soil water content decreased. Nevertheless, no decrease in soil water content was observed in the presence of vegetation cover (soil water content: 16.46% of hairy vetch, 13.99% of clover, 13.77% of the control). …”

Soil nutrient levels under different treatments. by Qinglin Wu (1438309)

“…With the increase in soil porosity, soil evaporation became stronger, and soil water content decreased. Nevertheless, no decrease in soil water content was observed in the presence of vegetation cover (soil water content: 16.46% of hairy vetch, 13.99% of clover, 13.77% of the control). …”

Soil total nitrogen and available nitrogen. by Qinglin Wu (1438309)

“…With the increase in soil porosity, soil evaporation became stronger, and soil water content decreased. Nevertheless, no decrease in soil water content was observed in the presence of vegetation cover (soil water content: 16.46% of hairy vetch, 13.99% of clover, 13.77% of the control). …”

Location map of the research area. by Qinglin Wu (1438309)

“…With the increase in soil porosity, soil evaporation became stronger, and soil water content decreased. Nevertheless, no decrease in soil water content was observed in the presence of vegetation cover (soil water content: 16.46% of hairy vetch, 13.99% of clover, 13.77% of the control). …”

A noncanonical role for dynamin-1 in regulating early stages of clathrin-mediated endocytosis in non-neuronal cells by Saipraveen Srinivasan (418047)

Datasheet3_Genetic association of lipids and lipid-lowering drugs with sepsis: a Mendelian randomization and mediation analysis.docx by Chen Lou (16790187)

“…Reverse-MR showed that sepsis28 led to a decrease in HDL-C level and an increase in TG level. …”

Datasheet2_Genetic association of lipids and lipid-lowering drugs with sepsis: a Mendelian randomization and mediation analysis.docx by Chen Lou (16790187)

“…Reverse-MR showed that sepsis28 led to a decrease in HDL-C level and an increase in TG level. …”

Datasheet1_Genetic association of lipids and lipid-lowering drugs with sepsis: a Mendelian randomization and mediation analysis.xlsx by Chen Lou (16790187)

“…Reverse-MR showed that sepsis28 led to a decrease in HDL-C level and an increase in TG level. …”

Phosphorylation of p27^Kip1 at S140 regulates its protein stability in the G1-phase of the cell cycle. by Erica K. Cassimere (3111996)

“…<p>(A) Ectopically expressed p27^Kip1 S140A mutant has a decreased half-life compared with the WT or phosphomimetic (S140D) versions. …”

Data_Sheet_1_Betahistine Treatment in a Cat Model of Vestibular Pathology: Pharmacokinetic and Pharmacodynamic Approaches.docx by Brahim Tighilet (210003)

“…The PD approach consisted at quantifying the surface support area, which is a good estimation of posture recovery. The plasma concentration-time-profiles of betahistine and 2-PAA in cats were characterized by early C_max-values followed by a phase of rapid decrease of plasma concentrations and a final long lasting low level of plasma concentrations. …”

Stabilization of p27^Kip1 through S140 phosphorylation is required for tumorsphere resistance to IR. by Erica K. Cassimere (3111996)

“…Differences between groups were evaluated using two-tailed Student <i>t</i> tests among replicate experiments; **P = 0.005. (E) p27S140A has a decreased half-life compared to p27WT in tumorspheres subjected to IR. …”