Image_4_Eimeria tenella Translation Initiation Factor eIF-5A That Interacts With Calcium-Dependent Protein Kinase 4 Is Involved in Host Cell Invasion.tif by Shanshan Liang (148578)

“…As the invasion of DF-1 cells progressed, EteIF-5A fluorescence intensity increased in trophozoites, decreased in immature schizonts, and increased in mature schizonts. …”

Image_2_Eimeria tenella Translation Initiation Factor eIF-5A That Interacts With Calcium-Dependent Protein Kinase 4 Is Involved in Host Cell Invasion.tif by Shanshan Liang (148578)

“…As the invasion of DF-1 cells progressed, EteIF-5A fluorescence intensity increased in trophozoites, decreased in immature schizonts, and increased in mature schizonts. …”

Image_1_Eimeria tenella Translation Initiation Factor eIF-5A That Interacts With Calcium-Dependent Protein Kinase 4 Is Involved in Host Cell Invasion.tif by Shanshan Liang (148578)

“…As the invasion of DF-1 cells progressed, EteIF-5A fluorescence intensity increased in trophozoites, decreased in immature schizonts, and increased in mature schizonts. …”

DataSheet_1_Eimeria tenella Translation Initiation Factor eIF-5A That Interacts With Calcium-Dependent Protein Kinase 4 Is Involved in Host Cell Invasion.xlsx by Shanshan Liang (148578)

“…As the invasion of DF-1 cells progressed, EteIF-5A fluorescence intensity increased in trophozoites, decreased in immature schizonts, and increased in mature schizonts. …”

Image_3_Eimeria tenella Translation Initiation Factor eIF-5A That Interacts With Calcium-Dependent Protein Kinase 4 Is Involved in Host Cell Invasion.tif by Shanshan Liang (148578)

“…As the invasion of DF-1 cells progressed, EteIF-5A fluorescence intensity increased in trophozoites, decreased in immature schizonts, and increased in mature schizonts. …”

Power and sample size to detect the 5% decrease in blood pressure by 10 nmol/l increase in 25(OH)D observed in the 1958 British birth cohort using genetic proxy indicators (signifi... by Diane J. Berry (163739)

Data_Sheet_1_Long-Term Trends and Impact of SARS-CoV-2 COVID-19 Lockdown on the Primary Productivity of the North Indian Ocean.docx by N. Sunanda (11354325)

Data_Sheet_1_Wingless-related integration site (WNT) signaling is activated during the inflammatory response upon cardiac surgery: A translational study.docx by Bernard D. Krüger (14104044)

“…In preclinical research, WNT-5a may sustain an inflammatory response and cause endothelial dysfunction. …”

<i>S</i>. Typhimurium coordinates protein synthesis with protein folding capacity. by Carissa Chan (18310140)

Experimental and analytical data accompanying a paper entitled "changes in the effective absolute permeability of hydrate-bearing sands during isotropic loading and unloading" [Dat... by Huilong Ma (21611099)

Absorption spectra of 12.5 mM sodium chlorite solutions with different concentrations of sulfuric acid. by Ayuta Kishimoto (16814662)

Olfactory function test graphical summary and results. by Myeongguk Jeong (16386165)

Analysis of vFLIP-regulated <i>cFlip</i> expression and generation of an inducible mouse model. by Barbara Ruder (8379354)

Orientation discrimination thresholds as a function of stimulus position eccentricity. by Gesa Lange (5733623)

Epithelial cell death induced by cFlip deletion is counteracted by vFLIP <i>in vivo</i>. by Barbara Ruder (8379354)

Table_1_Mandatory Mask-Wearing and Hand Hygiene Associated With Decreased Infectious Diseases Among Patients Undergoing Regular Hemodialysis: A Historical-Control Study.DOC by Jun-Jian Qin (10049540)

“…As a result, the incidences of UTRI, pneumonia, catheter-related infections, digestive tract infections, and infections at other sites all decreased during the pandemic.…”

Dynamics and functional role of TOR signaling during cell cycle re-entry in Vasa2+/Piwi1+ cells after refeeding. by Eudald Pascual-Carreras (12115380)

Gradient-Janus Wires for Simultaneous Fogwater Harvesting and Electricity Generation by Lieshuang Zhong (6030992)

“…A Gradient-Janus wire (GJW) with a diameter of 0.3 mm has been fabricated on a large scale through liquid confined modification, enabling the opposite conical wetting phenomenon along the same orientation of the GJW, characterized by an increasing superhydrophilic region and a decreasing hydrophobic region. This property allows the GJW to exhibit controllable water hovering, transport, and pinning during fog harvesting, i.e., at a large tilting angle α of 60° (mass increased with decreased α), the GJW can hover 0.6 mg of harvested fogwater in 30 s, can transport 3 mg of fogwater along the gradient in 30 s at α = 4° (with maximal mass reaching up to 4.3 mg at α = −10°), and finally, pin the water droplet at the end of the GJW. …”

Gradient-Janus Wires for Simultaneous Fogwater Harvesting and Electricity Generation by Lieshuang Zhong (6030992)

“…A Gradient-Janus wire (GJW) with a diameter of 0.3 mm has been fabricated on a large scale through liquid confined modification, enabling the opposite conical wetting phenomenon along the same orientation of the GJW, characterized by an increasing superhydrophilic region and a decreasing hydrophobic region. This property allows the GJW to exhibit controllable water hovering, transport, and pinning during fog harvesting, i.e., at a large tilting angle α of 60° (mass increased with decreased α), the GJW can hover 0.6 mg of harvested fogwater in 30 s, can transport 3 mg of fogwater along the gradient in 30 s at α = 4° (with maximal mass reaching up to 4.3 mg at α = −10°), and finally, pin the water droplet at the end of the GJW. …”

Gradient-Janus Wires for Simultaneous Fogwater Harvesting and Electricity Generation by Lieshuang Zhong (6030992)

“…A Gradient-Janus wire (GJW) with a diameter of 0.3 mm has been fabricated on a large scale through liquid confined modification, enabling the opposite conical wetting phenomenon along the same orientation of the GJW, characterized by an increasing superhydrophilic region and a decreasing hydrophobic region. This property allows the GJW to exhibit controllable water hovering, transport, and pinning during fog harvesting, i.e., at a large tilting angle α of 60° (mass increased with decreased α), the GJW can hover 0.6 mg of harvested fogwater in 30 s, can transport 3 mg of fogwater along the gradient in 30 s at α = 4° (with maximal mass reaching up to 4.3 mg at α = −10°), and finally, pin the water droplet at the end of the GJW. …”