The COVID-19 pandemic affects seasonality with increasing cases of new-onset type 1 diabetes in children from the worldwide SWEET registry by Felix Reschke (13532003)

“…<p>  </p> <p><strong>Aims: </strong>To analyze whether the COVID-19 pandemic increased the number of cases or impacted seasonality of new-onset type 1 diabetes (T1D) in large pediatric diabetes centers globally. …”

The numerical solution of model (1) for infected compartment vs. time with different scenarios of Phase 3 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 2; 10^<i>th</i> scenario, <i>ρ</i> is the same as in Phase 2 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 3 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 2; 10^<i>th</i> scenario, <i>ρ</i> is the same as in Phase 2 while <i>SD</i> increases.…”

The numerical solution of model (1) for infected compartment vs. time with different scenarios of Phase 6 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 5; 10^<i>th</i> scenario, <i>ρ</i> is the same as in Phase 5 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 6 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 5; 10^<i>th</i> scenario, <i>ρ</i> is the same as in Phase 5 while <i>SD</i> increases.…”

NK cells are activated, proliferating and decreased in frequency in peripheral blood of HFRS patients. by Marina García (694440)

DataSheet1_Response of soil carbon dioxide efflux to temporal repackaging of rainfall into fewer, larger events in a semiarid grassland.pdf by Matthew C. Roby (13835971)

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

Analysing perfusion response. by Jakub Köry (17980273)

Network resistance. by Jakub Köry (17980273)

<i>O</i>. <i>tsutsugamushi</i> increases p105 levels in bacterial dose- and protein synthesis-dependent manners, but does not increase <i>NFκB1</i> transcription. by Tanaporn Wangsanut (10654935)

Data from: Colony losses of stingless bees increase in agricultural areas, but decrease in forested areas by Malena Sibaja Leyton (18400983)

Cases of collapse of the <i>α</i>-band. by Lou Zonca (11797905)

Increased growth of Mtb-LT strains in macrophages is linked to increased lipid droplet accumulation. by Sheetal Verma (5225192)

Importance of facilitating dispersal for mammals with 2°C warming. by Rhosanna L. M. Jenkins (11167230)

Importance of facilitating dispersal for birds with 2°C warming. by Rhosanna L. M. Jenkins (11167230)

Percentage of US adults with health insurance coverage by income-level, age 60 to 70 years. by Rahul Aggarwal (4428457)

Measures of access and affordability by income level, age 57 to 73 years. by Rahul Aggarwal (4428457)

Spatial distribution of cholera cases presenting to health facilities in Sabah between 2015–2020 <i>(N = 705)</i>. by Marilyn Charlene Montini Maluda (17873682)

Silencing of <i>NbNBR1</i> decreases the accumulation of βC1. by Tingting Zhou (163678)

Leishmaniasis cases with average conflict intensity. by Maia C. Tarnas (9617624)

Different cases of drift diffusion model. by Jingming Xue (21526771)