Variants enriched in an <i>Ae</i>. <i>aegypti</i> cell line <i>(</i>Aag2) have increased fitness in Aag2 cells but decreased fitness in a human cell line (MRC-5). by Chelsea Cereghino (15188341)

Curcumin supplementation of an iron-sufficient diet causes mild anemia in a DSS-mouse model. by Macha Samba-Mondonga (4910431)

Spatial training decreases endogenous PTEN ubiquitination and <i>Pten</i> cKO mice show impaired spatial learning and memory. by Wei-Lun Hsu (1756123)

“…<p><b>(A)</b> Control siRNA or Nedd4 siRNA (10 pmol) was transfected to the rat CA1 area. …”

Impact of expanded drug-resistance diagnosis and second-line treatment availability. by Emily A. Kendall (497397)

The ability of Bp4eA and Bp4eS to bind iron, to form redox active iron complexes and to cause an increase in the S phase and a decrease of G₂/M phase of cell cycle was n... by Eliska Potuckova (525220)

Discrimination of rippled-spectrum patterns in noise: A manifestation of compressive nonlinearity - Fig 6 by Olga N. Milekhina (812701)

The SOD activity (a), POD activity (b), CAT activity (c), APX activity (d), GPX activity (e), and GR activity (f) in <i>R</i>. <i>pseudoacacia</i> leaves were affected by Pb stress... by Yurong Yang (300925)

Four sets of BMPs are located in the conceptual watershed. by Runzhe Geng (5664928)

Effects of Lisosan G (LG) and LJ lysate (LJ) on viability of EPCs in absence (panel A) or presence of oxidative stress induced by H₂O₂ (panel B). by Daniela Lucchesi (646510)

Effects of Lisosan G (LG) and LJ lysate (LJ) on EPCs senescence in absence (panel A) or presence of oxidative stress induced by H₂O₂ (panel B). by Daniela Lucchesi (646510)

Effects of Lisosan G (LG) and LJ lysate (LJ) on EPCs adhesion in absence (panel A) or presence of oxidative stress induced by H₂O₂ (panel B). by Daniela Lucchesi (646510)

Blood-based indicators of metabolic syndrome and measures of spread in bottlenose dolphins during a 24-week feeding study, including A) triglycerides, glucose, and insulin (for ins... by Stephanie K. Venn-Watson (774138)

Fig 8 - by Abdolhossein Boali (19996390)

Fig 5 - by Abdolhossein Boali (19996390)

Proline catabolism is required for invasive growth. by Fitz Gerald S. Silao (9384713)

The maps illustrating wind erosion in northeastern Iran for 2008 and 2023, generated using various models from the SDM package. by Abdolhossein Boali (19996390)

Inactivation of <i>aer</i> or <i>tsr</i> decreases numbers of <i>S.</i> Typhimurium in close proximity to the inflamed mucosal surface. by Fabian Rivera-Chávez (403940)

Loading rate—Failure stress relation diagram. by Dongwei Li (1538815)

“…The final cumulative strain remains below 1%. 2) The failure stress of subgrade soil decreases exponentially with an increase in freeze-thaw cycles, dropping from 224.52 kPa to 196.76 kPa. 3) An increase in water content linearly decreases the failure stress of subgrade soil, ranging from 377.1 kPa to 151.5 kPa. 4) Confining pressure exhibits a linearly increasing relationship with the failure stress of subgrade soil, ranging from 151.6 kPa to 274.5 kPa. 5) The failure stress of subgrade soil demonstrates a linear increase with the loading rate, ranging from 200.46 kPa to 210.62 kPa. …”

Specimen preparation proced. by Dongwei Li (1538815)

“…The final cumulative strain remains below 1%. 2) The failure stress of subgrade soil decreases exponentially with an increase in freeze-thaw cycles, dropping from 224.52 kPa to 196.76 kPa. 3) An increase in water content linearly decreases the failure stress of subgrade soil, ranging from 377.1 kPa to 151.5 kPa. 4) Confining pressure exhibits a linearly increasing relationship with the failure stress of subgrade soil, ranging from 151.6 kPa to 274.5 kPa. 5) The failure stress of subgrade soil demonstrates a linear increase with the loading rate, ranging from 200.46 kPa to 210.62 kPa. …”

Water content—Failure stress relation diagram. by Dongwei Li (1538815)

“…The final cumulative strain remains below 1%. 2) The failure stress of subgrade soil decreases exponentially with an increase in freeze-thaw cycles, dropping from 224.52 kPa to 196.76 kPa. 3) An increase in water content linearly decreases the failure stress of subgrade soil, ranging from 377.1 kPa to 151.5 kPa. 4) Confining pressure exhibits a linearly increasing relationship with the failure stress of subgrade soil, ranging from 151.6 kPa to 274.5 kPa. 5) The failure stress of subgrade soil demonstrates a linear increase with the loading rate, ranging from 200.46 kPa to 210.62 kPa. …”