Growth of three different microbial species following exposure to whole blood collected from Anna’s Hummingbirds. by Andrea M. DeRogatis (8962751)

“…Values shown represent a percent change in microbial growth, where a negative value indicates a decrease in the percentage of microbial growth following incubation with whole blood.…”

Structural and biochemical evidences for the effect of exercise and intermittent hypobaric hypoxia on the recovery from eccentric exercise-induced muscle damage in trained rats by David Rizo-Roca (601393)

“…<p>In rat soleus muscle, a recuperation programme of IHH combined with light exercise seems to induce a faster<br>recovery of the mean muscle fibres size and a significant decrease in the percentage of abnormal fibres, without affecting neither the percentage of fibre types nor the fibre shape.…”

RT-qPCR analysis consolidation. by Lisa Genzel (817546)

“…(B) In the hippocampus, only sleep and not N + SD showed a significant decrease in gene expression from 0.5 to 5 h (Sleep: F = 12.2, df 1/8, <i>p</i> = 0.008, d = 2.48; N + SD: F = 1.6, df 1/8, <i>p</i> > 0.2, d = 0.90). …”

Analyzing the chemical environment of bent bamboo (<i>Phyllostachys iridescens</i>) sections using XRD, XPS, and FTIR analysis by Xuehua Wang (1903936)

Numerical thermal analysis of structural masonry in fire situations: thermal insulation between adjacent rooms by Paulo Roberto de Oliveira Carvalho (12656411)

“…<p></p><p>Abstract Fire situations must be considered in structural design to minimize risks to the safety of buildings, since high temperatures ultimately result in the decrease of the mechanical properties of building materials and lead to the spread of flames to adjacent rooms. …”

<b>Data for s</b><b>easonal variations in coral lipids and their significance for energy maintenance in the </b><b>South China Sea</b> by Hongyan Mo (19721569)

“…<p dir="ltr">In recent years, the intensification of global warming and extreme climate have led to an increase in the frequency and severity of coral bleaching. Coral bleaching means a decrease in symbiotic zooxanthellae density (ZD). …”

<i>In Vivo</i> Changes in Lamina Cribrosa Microarchitecture and Optic Nerve Head Structure in Early Experimental Glaucoma by Kevin M. Ivers (778159)

“…A decrease in mean minimum rim width (MRW) simultaneously accompanied this early change in 4 of 6 EG eyes and was the first structural change in the 7^th EG eye. …”

Presentation1.ppt by Julien Leuthold (4921660)

“…We show that partial resorption textures and geochemical zoning result from partial melting of REE-poor lower oceanic crust gabbroic cumulate (protolith) following intrusion by hot primitive mantle-derived melt, and subsequent overgrowth crystallization (refertilization) from a hybrid melt. In addition, toward the outer rims of crystals, Ti, Zr, Y and the REE strongly increase and Al, Cr, Mg#, Eu/Eu^*, and Sr/Sr^* decrease, suggesting crystallization either from late-stage percolating relatively differentiated melt or from in situ trapped melt. …”

Table1.xlsx by Julien Leuthold (4921660)

“…We show that partial resorption textures and geochemical zoning result from partial melting of REE-poor lower oceanic crust gabbroic cumulate (protolith) following intrusion by hot primitive mantle-derived melt, and subsequent overgrowth crystallization (refertilization) from a hybrid melt. In addition, toward the outer rims of crystals, Ti, Zr, Y and the REE strongly increase and Al, Cr, Mg#, Eu/Eu^*, and Sr/Sr^* decrease, suggesting crystallization either from late-stage percolating relatively differentiated melt or from in situ trapped melt. …”

Image1.JPEG by Julien Leuthold (4921660)

“…We show that partial resorption textures and geochemical zoning result from partial melting of REE-poor lower oceanic crust gabbroic cumulate (protolith) following intrusion by hot primitive mantle-derived melt, and subsequent overgrowth crystallization (refertilization) from a hybrid melt. In addition, toward the outer rims of crystals, Ti, Zr, Y and the REE strongly increase and Al, Cr, Mg#, Eu/Eu^*, and Sr/Sr^* decrease, suggesting crystallization either from late-stage percolating relatively differentiated melt or from in situ trapped melt. …”

Table4.XLSX by Julien Leuthold (4921660)

“…We show that partial resorption textures and geochemical zoning result from partial melting of REE-poor lower oceanic crust gabbroic cumulate (protolith) following intrusion by hot primitive mantle-derived melt, and subsequent overgrowth crystallization (refertilization) from a hybrid melt. In addition, toward the outer rims of crystals, Ti, Zr, Y and the REE strongly increase and Al, Cr, Mg#, Eu/Eu^*, and Sr/Sr^* decrease, suggesting crystallization either from late-stage percolating relatively differentiated melt or from in situ trapped melt. …”

Table2.xlsx by Julien Leuthold (4921660)

“…We show that partial resorption textures and geochemical zoning result from partial melting of REE-poor lower oceanic crust gabbroic cumulate (protolith) following intrusion by hot primitive mantle-derived melt, and subsequent overgrowth crystallization (refertilization) from a hybrid melt. In addition, toward the outer rims of crystals, Ti, Zr, Y and the REE strongly increase and Al, Cr, Mg#, Eu/Eu^*, and Sr/Sr^* decrease, suggesting crystallization either from late-stage percolating relatively differentiated melt or from in situ trapped melt. …”

Table3.XLSX by Julien Leuthold (4921660)

“…We show that partial resorption textures and geochemical zoning result from partial melting of REE-poor lower oceanic crust gabbroic cumulate (protolith) following intrusion by hot primitive mantle-derived melt, and subsequent overgrowth crystallization (refertilization) from a hybrid melt. In addition, toward the outer rims of crystals, Ti, Zr, Y and the REE strongly increase and Al, Cr, Mg#, Eu/Eu^*, and Sr/Sr^* decrease, suggesting crystallization either from late-stage percolating relatively differentiated melt or from in situ trapped melt. …”

Presentation1.pptx by Julien Leuthold (4921660)

“…We show that partial resorption textures and geochemical zoning result from partial melting of REE-poor lower oceanic crust gabbroic cumulate (protolith) following intrusion by hot primitive mantle-derived melt, and subsequent overgrowth crystallization (refertilization) from a hybrid melt. In addition, toward the outer rims of crystals, Ti, Zr, Y and the REE strongly increase and Al, Cr, Mg#, Eu/Eu^*, and Sr/Sr^* decrease, suggesting crystallization either from late-stage percolating relatively differentiated melt or from in situ trapped melt. …”

Image4.jpg by Julien Leuthold (4921660)

“…We show that partial resorption textures and geochemical zoning result from partial melting of REE-poor lower oceanic crust gabbroic cumulate (protolith) following intrusion by hot primitive mantle-derived melt, and subsequent overgrowth crystallization (refertilization) from a hybrid melt. In addition, toward the outer rims of crystals, Ti, Zr, Y and the REE strongly increase and Al, Cr, Mg#, Eu/Eu^*, and Sr/Sr^* decrease, suggesting crystallization either from late-stage percolating relatively differentiated melt or from in situ trapped melt. …”

Image2.JPEG by Julien Leuthold (4921660)

“…We show that partial resorption textures and geochemical zoning result from partial melting of REE-poor lower oceanic crust gabbroic cumulate (protolith) following intrusion by hot primitive mantle-derived melt, and subsequent overgrowth crystallization (refertilization) from a hybrid melt. In addition, toward the outer rims of crystals, Ti, Zr, Y and the REE strongly increase and Al, Cr, Mg#, Eu/Eu^*, and Sr/Sr^* decrease, suggesting crystallization either from late-stage percolating relatively differentiated melt or from in situ trapped melt. …”

Image3.jpg by Julien Leuthold (4921660)

“…We show that partial resorption textures and geochemical zoning result from partial melting of REE-poor lower oceanic crust gabbroic cumulate (protolith) following intrusion by hot primitive mantle-derived melt, and subsequent overgrowth crystallization (refertilization) from a hybrid melt. In addition, toward the outer rims of crystals, Ti, Zr, Y and the REE strongly increase and Al, Cr, Mg#, Eu/Eu^*, and Sr/Sr^* decrease, suggesting crystallization either from late-stage percolating relatively differentiated melt or from in situ trapped melt. …”

Relationships of Changes in Physical Activity and Sedentary Behavior With Changes in Physical Fitness and Cardiometabolic Risk Profile in Individuals With Type 2 Diabetes: The Ital... by Stefano Balducci (116878)

“…In quartile IV of MVPA increase and SED-time decrease, cardiorespiratory fitness increased by 5.23 and 4.49 ml·min^-1·kg^-1 and HbA_1c decreased by 0.73 and 0.85%, respectively. …”

Effect of ectopic constitutive KIAA1199 expression on SW480 cell morphology, proliferation, and invasiveness. by Amit Tiwari (436122)

“…Each cell phenotype shown in this figure is based on the results of at least three independent experiments. Mean values ± SEM are reported. <b>A.</b> Morphology of control (left) and KIAA1199-V5-expressing cells (right) at low (top) and high (bottom) confluence. …”

Simvastatin Inhibits Glucose Metabolism and Legumain Activity in Human Myotubes by Robert Smith (2450401)

“…In addition, simvastatin caused a decrease in maturation and activity of legumain. …”