Bayesian multiple mean comparisons between two normal populations by Sang Gil Kang (6591701)

Table1.pdf by Dominika Kundel (4990832)

Table2.pdf by Dominika Kundel (4990832)

DataSheet_1_Foliar fungal communities in agroecosystems depend on crop identity and neighboring vegetation.pdf by B. K. Whitaker (16538043)

“…<p>Agricultural intensification causes plant diversity loss and environmental homogenization, which may result in changes to plant-microbiome interactions mediating plant growth and stress tolerance. We hypothesized that foliar fungal microbiomes would depend on plant traits and environmental filters, constrained by neighboring vegetation expected to serve as a fungal source. …”

BODY COMBAT™ CLASSIC MUSIC IMPROVES ADOLESCENT'S STATE OF MIND by Michelle Jalousie Kommers (8184702)

“…We used the Shapiro-Wilk test and ꭓ² McNemar test to verify the association of the variables at significance p <0.05, that is, 10%, 5% and 1%, confidence interval 90, 95 and 99%, respectively. …”

Refolding of <i>β</i>-Stranded Class I Chitinases of <i>Hippophae rhamnoides</i> Enhances the Antifreeze Activity during Cold Acclimation by Ravi Gupta (208247)

Self-Learning Molecular Design for High Lithium-Ion Conductive Ionic Liquids using Maze Game by Nobuaki Kikkawa (1576438)

Data_Sheet_1_Evolutionary Diversity Peaks at Mid-Elevations Along an Amazon-to-Andes Elevation Gradient.zip by Andy R. Griffiths (11322708)

“…We find that evolutionary diversity peaks at mid-elevations and contrasts with taxonomic richness, which is invariant from low to mid-elevation, but then decreases with elevation. …”

Table_1_Evolutionary Diversity Peaks at Mid-Elevations Along an Amazon-to-Andes Elevation Gradient.DOCX by Andy R. Griffiths (11322708)

“…We find that evolutionary diversity peaks at mid-elevations and contrasts with taxonomic richness, which is invariant from low to mid-elevation, but then decreases with elevation. …”

DataSheet2_PK-PD integration of enrofloxacin and cefquinome alone and in combination against Klebsiella pneumoniae using an in vitro dynamic model.ZIP by Yanzhe Wei (8980829)

“…The dynamic time-kill curves indicated that enrofloxacin and cefquinome had bactericidal and bacteriostatic activities, respectively at ≥1.5 mg/L (single-dose) and 4 mg/L (8 h split-dose) causing a decrease in bacterial counts of ≥4.45 and >2 log₁₀ CFU/mL. …”

DataSheet1_PK-PD integration of enrofloxacin and cefquinome alone and in combination against Klebsiella pneumoniae using an in vitro dynamic model.ZIP by Yanzhe Wei (8980829)

“…The dynamic time-kill curves indicated that enrofloxacin and cefquinome had bactericidal and bacteriostatic activities, respectively at ≥1.5 mg/L (single-dose) and 4 mg/L (8 h split-dose) causing a decrease in bacterial counts of ≥4.45 and >2 log₁₀ CFU/mL. …”

Deletion of miR132/212 influences synaptic transmission and plasticity in the neocortex. by Judit Remenyi (178669)

“…Scale bar measures 1 s and 10 pA. B) The superimposition of the average waveform (25 each) of mEPSCs recorded in the fl/fl neuron (black line) and miR-132/212 KO neuron (grey line) shown in A. …”

DataSheet3_PK-PD integration of enrofloxacin and cefquinome alone and in combination against Klebsiella pneumoniae using an in vitro dynamic model.PDF by Yanzhe Wei (8980829)

“…The dynamic time-kill curves indicated that enrofloxacin and cefquinome had bactericidal and bacteriostatic activities, respectively at ≥1.5 mg/L (single-dose) and 4 mg/L (8 h split-dose) causing a decrease in bacterial counts of ≥4.45 and >2 log₁₀ CFU/mL. …”

Table1_PK-PD integration of enrofloxacin and cefquinome alone and in combination against Klebsiella pneumoniae using an in vitro dynamic model.xlsx by Yanzhe Wei (8980829)

“…The dynamic time-kill curves indicated that enrofloxacin and cefquinome had bactericidal and bacteriostatic activities, respectively at ≥1.5 mg/L (single-dose) and 4 mg/L (8 h split-dose) causing a decrease in bacterial counts of ≥4.45 and >2 log₁₀ CFU/mL. …”

Data_Sheet_1_Biofunctional Understanding and Judgment of Size.DOC by Zheng Jin (312091)

Data_Sheet_5_Protein Lactylation Critically Regulates Energy Metabolism in the Protozoan Parasite Trypanosoma brucei.ZIP by Naiwen Zhang (6417992)

Data_Sheet_6_Protein Lactylation Critically Regulates Energy Metabolism in the Protozoan Parasite Trypanosoma brucei.PDF by Naiwen Zhang (6417992)

Data_Sheet_2_Protein Lactylation Critically Regulates Energy Metabolism in the Protozoan Parasite Trypanosoma brucei.ZIP by Naiwen Zhang (6417992)

Data_Sheet_4_Protein Lactylation Critically Regulates Energy Metabolism in the Protozoan Parasite Trypanosoma brucei.ZIP by Naiwen Zhang (6417992)

Data_Sheet_1_Protein Lactylation Critically Regulates Energy Metabolism in the Protozoan Parasite Trypanosoma brucei.ZIP by Naiwen Zhang (6417992)