Carbon emissions from grain. by Xidong Zhang (6336488)

MST1 upregulates CD36 expression via PPARγ. by Jianyang Li (461703)

Relative coefficient of grain carbon emission. by Xidong Zhang (6336488)

Relative coefficient of grain carbon emission. by Xidong Zhang (6336488)

(a)Raw soil; (b) The grain size distribution. by Chenhao Li (822769)

Minimal data set. by Xiaoxia Liu (294088)

“…Additionally, the presence of oscillatory flow markedly promotes the grain refinement induced by the Soret effect.…”

Gene mapping, mass spectrometry, and purification of the wild-type and p.R163C mutant of human αB-crystallin. by Aref Baharvand (21713886)

Chaperone activity and cytoprotective effects of the αB-crystallin proteins. by Aref Baharvand (21713886)

Synthesis and Stability Phase Diagram of Topological Semimetal Family LnSb_<i>x</i>Te_{2–<i>x</i>–δ} by Tyger H. Salters (20381925)

“…The presence of structurally related LnTe₃ in samples suggests that stability is limited by the size of Ln, due to increasing compressive strain along the layer stacking axis with decreasing size. Finally, we demonstrate that late Ln can be stabilized in LnSb_<i>x</i>Te_{2–<i>x</i>–δ} via substitution into larger Ln members, synthesizing La_1–<i>y</i>Ho_<i>y</i>Sb_<i>x</i>Te_{2–<i>x</i>–δ} as a proof of concept.…”

Synthesis and Stability Phase Diagram of Topological Semimetal Family LnSb_<i>x</i>Te_{2–<i>x</i>–δ} by Tyger H. Salters (20381925)

“…The presence of structurally related LnTe₃ in samples suggests that stability is limited by the size of Ln, due to increasing compressive strain along the layer stacking axis with decreasing size. Finally, we demonstrate that late Ln can be stabilized in LnSb_<i>x</i>Te_{2–<i>x</i>–δ} via substitution into larger Ln members, synthesizing La_1–<i>y</i>Ho_<i>y</i>Sb_<i>x</i>Te_{2–<i>x</i>–δ} as a proof of concept.…”

Loss of ECRG4 impairs early neutrophil recruitment but not the local cutaneous cytokine response to infection. by Katie D. Pool (20141584)

Relationships between clay and quartz content, TOC, 2D-NMR solid OM, S₁, 2D-NMR light oil and fractal dimensions. by Changjun Ji (18285907)

Table_1_Spatiotemporal variation in grain production performance and efficiency of the cultivated landscapes in Upper Blue Nile Basin of Ethiopia: the impact of residual moisture-b... by Tibebu Kassawmar (5120267)

“…In mountainous and high-altitude regions, the efficiency of grain production will decrease because incorporating additional arable land into the food system is trivial. …”

Image_3_Spatiotemporal variation in grain production performance and efficiency of the cultivated landscapes in Upper Blue Nile Basin of Ethiopia: the impact of residual moisture-b... by Tibebu Kassawmar (5120267)

“…In mountainous and high-altitude regions, the efficiency of grain production will decrease because incorporating additional arable land into the food system is trivial. …”

Image_4_Spatiotemporal variation in grain production performance and efficiency of the cultivated landscapes in Upper Blue Nile Basin of Ethiopia: the impact of residual moisture-b... by Tibebu Kassawmar (5120267)

“…In mountainous and high-altitude regions, the efficiency of grain production will decrease because incorporating additional arable land into the food system is trivial. …”

Image_2_Spatiotemporal variation in grain production performance and efficiency of the cultivated landscapes in Upper Blue Nile Basin of Ethiopia: the impact of residual moisture-b... by Tibebu Kassawmar (5120267)

“…In mountainous and high-altitude regions, the efficiency of grain production will decrease because incorporating additional arable land into the food system is trivial. …”

Image_1_Spatiotemporal variation in grain production performance and efficiency of the cultivated landscapes in Upper Blue Nile Basin of Ethiopia: the impact of residual moisture-b... by Tibebu Kassawmar (5120267)

“…In mountainous and high-altitude regions, the efficiency of grain production will decrease because incorporating additional arable land into the food system is trivial. …”

Grouting parameters for reinforcement test. by Liang Xiong (1426411)

“…Saline soils with Na₂SO₄ ≥ 6% exhibited markedly reduced resistance to degradation: porosity-reduction magnitude fell to 12.27% and cohesion decreased to 0.057 MPa. …”

Cohesion and friction angle of treated specimens. by Liang Xiong (1426411)

“…Saline soils with Na₂SO₄ ≥ 6% exhibited markedly reduced resistance to degradation: porosity-reduction magnitude fell to 12.27% and cohesion decreased to 0.057 MPa. …”

The XRD patterns of treated specimens. by Liang Xiong (1426411)

“…Saline soils with Na₂SO₄ ≥ 6% exhibited markedly reduced resistance to degradation: porosity-reduction magnitude fell to 12.27% and cohesion decreased to 0.057 MPa. …”