Strategies for Modulating the Catalytic Activity and Selectivity of Manganese Antimonates for the Oxygen Reduction Reaction by Melissa E. Kreider (8623275)

“…Experimentally, the addition of Cr results in 3-fold and 2-fold increases in the mass and specific activities at 0.7 V vs the reversible hydrogen electrode, respectively. …”

Table_1_Distinct Seasonal Primary Production Patterns in the Sub-Polar Gyre and Surrounding Seas.XLSX by Katherine Richardson (3198477)

“…Multi-model Earth System model studies have indicated that climate change may decrease the MLD in the sub-polar gyre and suggest this may lead to a decrease in the PP occurring here. …”

Baseline characteristics of patients. by Su Hwan Park (15158181)

V1 developmental data appear to challenge the canonical sparse coding models. by Joel Zylberberg (340947)

“…This point was emphasized in recent work <a href="http://www.ploscompbiol.org/article/info:doi/10.1371/journal.pcbi.1003182#pcbi.1003182-Berkes1" target="_blank">[14]</a>. …”

Nonlinear modeling of liming reaction and extractable base curves by João H. M. Viana (6180101)

“…Models based on simple or quadratic polynomial equations are the most used due to their simplicity and ease of fitting; however, they fail to reproduce a realistic soil response to liming, indicating a decrease in pH as the lime dose is increased after reaching a maximum point. …”

Effect of FAAH inhibition on depressive-like behavior in WKY rats. by K. Yaragudri Vinod (323103)

“…<p>Treatment with URB597 (0.3 mg/kg, i.p. for 7 days) elicited a significant decrease in total time spent in immobility (50%, p<0.01; A) and a marked increase in sucrose intake (48%, p<0.05; B) without any effect on the spontaneous locomotor activity in the open field (C) in WKY rats compared to vehicle treated WKY rats.…”

c-MET Protects Breast Cancer Cells from Apoptosis Induced by Sodium Butyrate by Bo Sun (177052)

Schematic illustration of the variable-ranking process for the derivation cohort. by Johan Nilsson (364438)

Lack of off-target silencing of other keratins by lead inhibitor for K12 Leu132Pro mutation, siRNA K12-L132P-9. by Haihui Liao (192426)

Table_13_Unusually Warm Summer Temperatures Exacerbate Population and Plant Level Response of Posidonia oceanica to Anthropogenic Nutrient Stress.docx by Stephanie B. Helber (5429045)

“…Moreover, while rhizome starch concentration showed a seasonal increase in plants from low impacted sites it displayed a trend of a 27% decrease in fertilized plots of the high impacted sites. …”

Table_12_Unusually Warm Summer Temperatures Exacerbate Population and Plant Level Response of Posidonia oceanica to Anthropogenic Nutrient Stress.docx by Stephanie B. Helber (5429045)

“…Moreover, while rhizome starch concentration showed a seasonal increase in plants from low impacted sites it displayed a trend of a 27% decrease in fertilized plots of the high impacted sites. …”

Table_9_Unusually Warm Summer Temperatures Exacerbate Population and Plant Level Response of Posidonia oceanica to Anthropogenic Nutrient Stress.docx by Stephanie B. Helber (5429045)

“…Moreover, while rhizome starch concentration showed a seasonal increase in plants from low impacted sites it displayed a trend of a 27% decrease in fertilized plots of the high impacted sites. …”

Table_11_Unusually Warm Summer Temperatures Exacerbate Population and Plant Level Response of Posidonia oceanica to Anthropogenic Nutrient Stress.docx by Stephanie B. Helber (5429045)

“…Moreover, while rhizome starch concentration showed a seasonal increase in plants from low impacted sites it displayed a trend of a 27% decrease in fertilized plots of the high impacted sites. …”

Image_2_Unusually Warm Summer Temperatures Exacerbate Population and Plant Level Response of Posidonia oceanica to Anthropogenic Nutrient Stress.TIF by Stephanie B. Helber (5429045)

“…Moreover, while rhizome starch concentration showed a seasonal increase in plants from low impacted sites it displayed a trend of a 27% decrease in fertilized plots of the high impacted sites. …”

Table_4_Unusually Warm Summer Temperatures Exacerbate Population and Plant Level Response of Posidonia oceanica to Anthropogenic Nutrient Stress.docx by Stephanie B. Helber (5429045)

“…Moreover, while rhizome starch concentration showed a seasonal increase in plants from low impacted sites it displayed a trend of a 27% decrease in fertilized plots of the high impacted sites. …”

Table_8_Unusually Warm Summer Temperatures Exacerbate Population and Plant Level Response of Posidonia oceanica to Anthropogenic Nutrient Stress.docx by Stephanie B. Helber (5429045)

“…Moreover, while rhizome starch concentration showed a seasonal increase in plants from low impacted sites it displayed a trend of a 27% decrease in fertilized plots of the high impacted sites. …”

Proposed Role for COUP-TFII in Regulating Fetal Leydig Cell Steroidogenesis, Perturbation of Which Leads to Masculinization Disorders in Rodents by Sander van den Driesche (164300)

“…In rats, fetal LC size and intratesticular testosterone (ITT) increased ∼3-fold between e15.5-e21.5 which associated with a progressive decrease in the percentage of LC expressing COUP-TFII. …”

Table_7_Unusually Warm Summer Temperatures Exacerbate Population and Plant Level Response of Posidonia oceanica to Anthropogenic Nutrient Stress.docx by Stephanie B. Helber (5429045)

“…Moreover, while rhizome starch concentration showed a seasonal increase in plants from low impacted sites it displayed a trend of a 27% decrease in fertilized plots of the high impacted sites. …”

Table_10_Unusually Warm Summer Temperatures Exacerbate Population and Plant Level Response of Posidonia oceanica to Anthropogenic Nutrient Stress.docx by Stephanie B. Helber (5429045)

“…Moreover, while rhizome starch concentration showed a seasonal increase in plants from low impacted sites it displayed a trend of a 27% decrease in fertilized plots of the high impacted sites. …”

Table_2_Unusually Warm Summer Temperatures Exacerbate Population and Plant Level Response of Posidonia oceanica to Anthropogenic Nutrient Stress.docx by Stephanie B. Helber (5429045)

“…Moreover, while rhizome starch concentration showed a seasonal increase in plants from low impacted sites it displayed a trend of a 27% decrease in fertilized plots of the high impacted sites. …”