Prolonged exposure to laboratory animals is associated with increasing asthma cases by Christian S. Simoneti (10397901)

Percentage decrease in model output peak with the administration of exogenous estrogen/progesterone. by Brenda Lyn A. Gavina (15285185)

Estimated reduction in dengue incidence with increasing <i>w</i>Mel prevalence in <i>Aedes aegypti</i> populations in Niterói neighbourhoods. by Sofia B. Pinto (11114099)

Schematic of Large-Scale Filtration System (LSFS). by Haedi E. DeAngelis (10652168)

Data_Sheet_1_Warming Climate Is Reducing the Diversity of Dominant Microbes in the Largest High Arctic Lake.PDF by Graham A. Colby (7070513)

“…Based on metagenomic analyses of lake sediments along these spatial gradients, we show that increasing runoff leads to a decrease in taxonomic and functional diversity of sediment microbes. …”

The numerical solution of model (1) for infected compartment vs. time with different scenarios of Phase 1 in the First Case: 1^<i>st</i> scenario, no lockdown is implemented; 2^<i>nd</i> scenario, no lockdown while <i>SD</i> increases; 3^<i>rd</i> scenario, lockdown increases; 4^<i>th</i> scenario, <i>SD</i> increases; 5^<i>th</i> scenario, lockdown decreases; 6^<i>th</i> scenario, <i>SD</i> decreases; 7^<i>th</i> scenario, lockdown and <i>SD</i> increases; 8^<i>th</i> scenario, lockdown decreases and <i>SD</i> increases. by Sara K. Al-Harbi (12418482)

“…<p>The numerical solution of model <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0265779#pone.0265779.e002" target="_blank">(1)</a> for infected compartment vs. time with different scenarios of Phase 1 in the First Case: 1^<i>st</i> scenario, no lockdown is implemented; 2^<i>nd</i> scenario, no lockdown while <i>SD</i> increases; 3^<i>rd</i> scenario, lockdown increases; 4^<i>th</i> scenario, <i>SD</i> increases; 5^<i>th</i> scenario, lockdown decreases; 6^<i>th</i> scenario, <i>SD</i> decreases; 7^<i>th</i> scenario, lockdown and <i>SD</i> increases; 8^<i>th</i> scenario, lockdown decreases and <i>SD</i> increases.…”

The numerical solution of model (1) for infected compartment vs. time with different scenarios of Phase 4 in the First Case: 1^<i>st</i> scenario, no lockdown is implemented; 2^<i>nd</i> scenario, no lockdown while <i>SD</i> increases; 3^<i>rd</i> scenario, lockdown increases; 4^<i>th</i> scenario, <i>SD</i> increases; 5^<i>th</i> scenario, lockdown decreases; 6^<i>th</i> scenario, <i>SD</i> decreases; 7^<i>th</i> scenario, lockdown and <i>SD</i> increases; 8^<i>th</i> scenario, lockdown decreases and <i>SD</i> increases. by Sara K. Al-Harbi (12418482)

“…<p>The numerical solution of model <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0265779#pone.0265779.e002" target="_blank">(1)</a> for infected compartment vs. time with different scenarios of Phase 4 in the First Case: 1^<i>st</i> scenario, no lockdown is implemented; 2^<i>nd</i> scenario, no lockdown while <i>SD</i> increases; 3^<i>rd</i> scenario, lockdown increases; 4^<i>th</i> scenario, <i>SD</i> increases; 5^<i>th</i> scenario, lockdown decreases; 6^<i>th</i> scenario, <i>SD</i> decreases; 7^<i>th</i> scenario, lockdown and <i>SD</i> increases; 8^<i>th</i> scenario, lockdown decreases and <i>SD</i> increases.…”

DataSheet1_Remote sensing modeling of environmental influences on lake fish resources by machine learning: A practice in the largest freshwater lake of China.docx by Tan Chen (571832)

“…Here, taking the largest freshwater lake (Poyang Lake) in China as a study case, we first proposed a conceptual model and simulated the effect of environmental variables on fish catches based on remote sensing techniques and machine learning algorithms. …”

MR estimates generated using the 14 SNPs identified as a cluster by noise-adjusted clustering of our <i>cis</i>IL6R instrument. by Fergus W. Hamilton (10724401)

The rationale for a chronic condition case definition. by Mikk Jürisson (11553739)

<i>ABO</i> genotype and phenotype frequencies in the case-control study. by D. Herbert Opi (10978188)

Observed functional response of the parasitoid <i>Anagyrus cachamai</i> attacking <i>Hypogeococcus</i> sp. nymphs at different ages (days) of their average lifespan. by María Aguirre (18127551)

Observed functional response of the parasitoid <i>Anagyrus lapachosus</i> attacking <i>Hypogeococcus</i> sp. nymphs at different ages (days) of their average lifespan. by María Aguirre (18127551)

Observed functional response of the parasitoid <i>Anagyrus cachamai</i> attacking <i>Hypogeococcus</i> sp. nymphs at different ages (days) of their average lifespan. by María Aguirre (18127551)

Observed functional response of the parasitoid <i>Anagyrus lapachosus</i> attacking <i>Hypogeococcus</i> sp. nymphs at different ages (days) of their average lifespan. by María Aguirre (18127551)

Observed functional response of the parasitoid <i>Anagyrus cachamai</i> attacking <i>Hypogeococcus</i> sp. nymphs at different ages (days) of their average lifespan. by María Aguirre (18127551)

Observed functional response of the parasitoid <i>Anagyrus lapachosus</i> attacking <i>Hypogeococcus</i> sp. nymphs at different ages (days) of their average lifespan. by María Aguirre (18127551)

Observed functional response of the parasitoid <i>Anagyrus lapachosus</i> attacking <i>Hypogeococcus</i> sp. nymphs at different ages (days) of their average lifespan. by María Aguirre (18127551)

Observed functional response of the parasitoid <i>Anagyrus cachamai</i> attacking <i>Hypogeococcus</i> sp. nymphs at different ages (days) of their average lifespan. by María Aguirre (18127551)

Distribution of <i>Leishmania</i> species according to the place of transmission from 1998 to 2020). by Grégoire Pasquier (3317223)

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