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

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.…”

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)

Subjects:

Large Decreases in Tailpipe Criteria Pollutant Emissions from the U.S. Light-Duty Vehicle Fleet Expected in 2020–2040 by Rachael H. Dolan (17918706)

“…Reductions in CO₂ emissions follow a similar pattern. Large decreases in criteria pollutant and CO₂ emissions from light duty vehicles lie ahead.…”

Large Decreases in Tailpipe Criteria Pollutant Emissions from the U.S. Light-Duty Vehicle Fleet Expected in 2020–2040 by Rachael H. Dolan (17918706)

“…Reductions in CO₂ emissions follow a similar pattern. Large decreases in criteria pollutant and CO₂ emissions from light duty vehicles lie ahead.…”

The numerical solution of model (1) for infected compartment vs. time with different scenarios of Phase 2 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; 9^<i>th</i> scenario, <i>ρ</i> is the same as in Phase 1; 10^<i>th</i> scenario, <i>ρ</i> is the same as in Phase 1 while <i>SD</i> increases; 11^<i>th</i> scenario, <i>ρ</i> = 0.75 in all Phase 2; 12^<i>th</i> scenario, <i>ρ</i> = 0.75 while <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 2 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; 9^<i>th</i> scenario, <i>ρ</i> is the same as in Phase 1; 10^<i>th</i> scenario, <i>ρ</i> is the same as in Phase 1 while <i>SD</i> increases; 11^<i>th</i> scenario, <i>ρ</i> = 0.75 in all Phase 2; 12^<i>th</i> scenario, <i>ρ</i> = 0.75 while <i>SD</i> increases.…”

The time series depicts cases in which the period length remains relatively constant despite increasing reaction rates in the circadian clock model (A: reference set case, B: incre... by Shingo Gibo (21762920)

“…<p>Additionally, synchronization regions for these cases are presented (C: reference set case, D: increased reaction rates case). …”

Absence of haptoglobin increase in the first 34 weeks of 2020 in the US cohort. by Thierry Poynard (38084)