Table 2_Road transportation is associated with decreased intestinal motility in horses.docx by Sharanne L. Raidal (3097719)

“…Signalment and past travel history were not predictive of intestinal motility, but horses with unknown or no prior travel history (mean 12.8, 95%CI 8.2-17.4 nmol/L) had higher cortisol concentrations prior to departure than horses known to have travelled previously (7.9, 5.8−9.9 nmol/L, p = 0.023).…”

Table 6_Road transportation is associated with decreased intestinal motility in horses.docx by Sharanne L. Raidal (3097719)

“…Signalment and past travel history were not predictive of intestinal motility, but horses with unknown or no prior travel history (mean 12.8, 95%CI 8.2-17.4 nmol/L) had higher cortisol concentrations prior to departure than horses known to have travelled previously (7.9, 5.8−9.9 nmol/L, p = 0.023).…”

Table 7_Road transportation is associated with decreased intestinal motility in horses.xlsx by Sharanne L. Raidal (3097719)

“…Signalment and past travel history were not predictive of intestinal motility, but horses with unknown or no prior travel history (mean 12.8, 95%CI 8.2-17.4 nmol/L) had higher cortisol concentrations prior to departure than horses known to have travelled previously (7.9, 5.8−9.9 nmol/L, p = 0.023).…”

Table 1_Road transportation is associated with decreased intestinal motility in horses.docx by Sharanne L. Raidal (3097719)

“…Signalment and past travel history were not predictive of intestinal motility, but horses with unknown or no prior travel history (mean 12.8, 95%CI 8.2-17.4 nmol/L) had higher cortisol concentrations prior to departure than horses known to have travelled previously (7.9, 5.8−9.9 nmol/L, p = 0.023).…”

Table 4_Road transportation is associated with decreased intestinal motility in horses.docx by Sharanne L. Raidal (3097719)

“…Signalment and past travel history were not predictive of intestinal motility, but horses with unknown or no prior travel history (mean 12.8, 95%CI 8.2-17.4 nmol/L) had higher cortisol concentrations prior to departure than horses known to have travelled previously (7.9, 5.8−9.9 nmol/L, p = 0.023).…”

DataSheet_1_Seasonal and decadal variations in absorption properties of phytoplankton and non-algal particulate matter in three oceanic regimes of the Northwest Atlantic.pdf by Emmanuel Devred (3372200)

“…Absorption by non-algal particulate matter remained between 5% and 60% of phytoplankton absorption with a mean of 15%. …”

Vaccination with Pneumovax^®23 does not generate a detectable memory response after 90 days. by Alena Roth (2586994)

Spatio-temporal dynamics of a fish predator: Density-dependent and hydrographic effects on Baltic Sea cod population by Valerio Bartolino (167579)

“…Using the fitted models, we predicted the Baltic cod distribution back to the 1970s and a temporal index of cod spatial occupation was developed. …”

GLoG1 can associate with both ends of a depolymerizing microtubule and with depolymerizing ends after catastrophe. by Xinxin Ding (326057)

Climate complexity in the migratory cycle of <i>Ammodramus bairdii</i> by Alexander Peña-Peniche (5687786)

“…A continuous and alarming decrease of its populations has been observed over the last 50 years, and studying its seasonal distribution and associated climatic niches could help improve strategies for its conservation. …”

(A) p62 aggregates’ effect on cytosolic LC3 and Atg7 levels. A549 cells stably expressing GFP-LC3 were infected with Ad-mRFP-p62 at 20 MOI (D1) and 10 MOI (D2) for 48 h. by Wentao Gao (109734)

“…Image J was used to quantify the related band densities using β-actin as a loading control. Relative band intensity of protein of interest was divided by the correspondent band intensity of β-actin. …”

Differential abundance analysis via Metastats—Station 18 versus Station A—Family-level analysis. by Saja A. Fakhraldeen (14929812)

Differential abundance analysis via Metastats—Station 18 versus Station A—Genus-level analysis. by Saja A. Fakhraldeen (14929812)

Physicochemical characteristics of the seawater at the time of sampling from the three sampling stations, 18, A, and K6. by Saja A. Fakhraldeen (14929812)

Differential abundance analysis via Metastats—Station 18 versus Station A—Species-level analysis. by Saja A. Fakhraldeen (14929812)

Volume rendered sample data set of a patient with right pulmonary vein stenosis on the viewing system. by Michelle Noga (3637138)

Prenatal fructose exposure increases fructose transport and decreases fructose metabolism in offspring. by Zoe E. Clayton (825664)

Individual relationship between muscle lactate concentrations and PCr concentrations (expressed in percent of initial value) (2A) and between PCr decreases (expressed in percent of initial value) and muscle IMP concentrations (2B), during 10REP (open circles), and 5REP (filled circles). by Esteban M. Gorostiaga (316019)

“…<p>Individual relationship between muscle lactate concentrations and PCr concentrations (expressed in percent of initial value) (2A) and between PCr decreases (expressed in percent of initial value) and muscle IMP concentrations (2B), during 10REP (open circles), and 5REP (filled circles).…”

DNMT inhibitor decreases expression of inhibitor receptors on the repeat peptide stimulated cells. by Manzhi Zhao (9023381)

The design of each of the 21 published studies enrolling ONLY women without a prior diagnosis of invasive breast cancer. by Winnifred Cutler (759887)