Contrasting Size Dependence of Photochemical Lifetimes of Polypropylene and Expanded Polystyrene Microplastics in Surface Waters by Ariana Patterson (22764051)

Results from a log-binomial regression model of seroprevalence to long-term antigens (AMA-1, GLURP-R2, MSP1-19, N = 5,152 unadjusted, 5,085 adjusted, individuals), and short-term a... by Daniel J. Bridges (12050007)

DSB repair in the male and female premeiotic germlines. by Elizabeth L. Graham (18462018)

Weekly rate ratios among children aged 5–17 comparing lowest COVID-19 vaccination coverage quartile states to highest coverage quartile states by outcome: December 13, 2020–April 3... by Katherine G. Topf (14241763)

Multiple-step replication cycle of WT and rgC-A314G (K73R). by You-Yuan Tsai (3142086)

Fig 5 - by Koffi Djaman (3374105)

“Elemental descriptors” gathering concentration of all the elements/ions considered, for each compartment (condensed chromatin, nucleoplasm, cytosol and mitochondria) in control ce... by Frédérique Nolin (2151472)

Delays throughout the care cascade. by Lavanya Huria (12488093)

“…For instance, in Indonesia, a high TB burden country, TB case notifications decreased by 14% and treatment coverage decreased by 47% during COVID-19. …”

S1 Fig - by Fong Wilson Lam (9515038)

SGK1 expression is altered in learned helplessness. by Pawel Licznerski (82554)

Influence of viral expression of dnSGK1 on contextual memory recall. by Pawel Licznerski (82554)

Self-reported change in diet, physical activity and medication taking compared to pre-COVID-19 in relation to trajectories of HbA1c in people with diabetes (N = 4,925). by Martin Gillies Banke Rasmussen (10227291)

Impact of dnSGK1 overexpression on spine density in the medial PFC. by Pawel Licznerski (82554)

Impact of dnSGK1 overexpression on dendritic spine density and electrophysiological properties in cultured neurons. by Pawel Licznerski (82554)

Effects of different fertilization treatments on root length density (RLD) in 0–100 cm of soil depth in the harvesting period. by Yu Liu (6938)

Viral expression of dnSGK1 increases escape failures. by Pawel Licznerski (82554)

Secondary Hypervalent I(III)···O Interactions:  Synthesis and Structure of Hypervalent Complexes of Diphenyl-λ³-iodanes with 18-Crown-6 by Masahito Ochiai (2156452)

“…Substitution of an electron-withdrawing group onto the <i>para</i> position of Ph₂IBF₄ tends to increase in the complex stability. A linear Hammett relationship (ρ = 0.59) between log <i>K</i>_a and σ_p⁺ values of substituents indicates that the diaryl-λ³-iodanes with electropositive iodine(III) interact more efficiently with 18C6. …”

Secondary Hypervalent I(III)···O Interactions:  Synthesis and Structure of Hypervalent Complexes of Diphenyl-λ³-iodanes with 18-Crown-6 by Masahito Ochiai (2156452)

“…Substitution of an electron-withdrawing group onto the <i>para</i> position of Ph₂IBF₄ tends to increase in the complex stability. A linear Hammett relationship (ρ = 0.59) between log <i>K</i>_a and σ_p⁺ values of substituents indicates that the diaryl-λ³-iodanes with electropositive iodine(III) interact more efficiently with 18C6. …”

Secondary Hypervalent I(III)···O Interactions:  Synthesis and Structure of Hypervalent Complexes of Diphenyl-λ³-iodanes with 18-Crown-6 by Masahito Ochiai (2156452)

“…Substitution of an electron-withdrawing group onto the <i>para</i> position of Ph₂IBF₄ tends to increase in the complex stability. A linear Hammett relationship (ρ = 0.59) between log <i>K</i>_a and σ_p⁺ values of substituents indicates that the diaryl-λ³-iodanes with electropositive iodine(III) interact more efficiently with 18C6. …”

Secondary Hypervalent I(III)···O Interactions:  Synthesis and Structure of Hypervalent Complexes of Diphenyl-λ³-iodanes with 18-Crown-6 by Masahito Ochiai (2156452)

“…Substitution of an electron-withdrawing group onto the <i>para</i> position of Ph₂IBF₄ tends to increase in the complex stability. A linear Hammett relationship (ρ = 0.59) between log <i>K</i>_a and σ_p⁺ values of substituents indicates that the diaryl-λ³-iodanes with electropositive iodine(III) interact more efficiently with 18C6. …”