Average value of the amount of capped honey (yellow) and capped brood (grey) for each frame of the 16 hives included in this study at 8 different evaluations. by Théotime Colin (5264261)

Effect of freeze-thaw cycling on grain size of biochar - Fig 2 by Zuolin Liu (633898)

“…<p><b>Grain size (at the shortest chord of a biochar grain projection, D</b>_<b>min</b><b>) distribution by volume for (a) pine; (b) mesquite; (c) miscanthus; and (d) sewage waste biochar from 0–20 F-T cycles in the undrained experiments.…”

Effect of freeze-thaw cycling on grain size of biochar - Fig 3 by Zuolin Liu (633898)

“…<p><b>Grain size distribution (at the maximum diameter of a biochar grain projection, D</b>_<b>max</b><b>) by volume for (a) pine; (b) mesquite; (c) miscanthus; and (d) sewage waste biochar from 0–20 F-T cycles in the undrained experiments.…”

Variable importance plots for random forest regressions predicting abundances of <i>Cyrtonaias tampicoensis</i>, <i>Lampsilis bracteata</i>, and <i>Utterbackia imbecillis</i> using... by Kiara C. Cushway (17972956)

Effect of freeze-thaw cycling on grain size of biochar - Fig 5 by Zuolin Liu (633898)

Effect of freeze-thaw cycling on grain size of biochar - Fig 4 by Zuolin Liu (633898)

Effect of freeze-thaw cycling on grain size of biochar - Fig 9 by Zuolin Liu (633898)

Expression of pro-inflammatory markers in macrophages. by Manfredi Allegri (2575936)

Effect of freeze-thaw cycling on grain size of biochar by Zuolin Liu (633898)

“…In the undrained experiment plant biochars showed a decrease in median grain size and a change in grain-size distribution consistent with the flaking off of thin layers from the biochar surface. …”

ULK1-ATG13 and their mitotic phospho-regulation by CDK1 are required for cell cycle progression. by Zhiyuan Li (205620)

Effect of partial Glo-I inhibition by EP to NF-kB, Nrf2 and ERK-pathways. by Marcus Hollenbach (376231)

<i>Il10^−/−</i>; <i>Myd88^−/−</i> mice show decreased tumor multiplicity and expression of <i>Il12p40</i> and <i>Tnfα</i> mRNA. by Joshua M. Uronis (320447)

REG-O3 chimeric peptide combining growth hormone and somatostatin sequences improves joint function and prevents cartilage degradation in rat model of traumatic knee osteoarthritis by Rodrick Montjean (400649)

“…<div><p>Objective</p><p>REG-O3 is a 24-aminoacid chimeric peptide combining a sequence derived from growth hormone (GH) and an analog of somatostatin (SST), molecules displaying cartilage repair and anti-inflammatory properties, respectively. …”

Ghrelin-mediated inhibition of the TSH-stimulated function of differentiated human thyrocytes <i>ex vivo</i> by Maria Barington (4449151)

“…The present study shows a ghrelin-induced decrease in the thyroid-stimulating hormone (TSH)-induced production of thyroglobulin and mRNA expression of thyroperoxidase in a primary culture of human thyroid cells obtained from paranodular tissue. …”

Rescue efficiency determined by relative mitotic index and doubling time. by Zhiyuan Li (205620)

Mouse model. by Zhiyuan Li (205620)

An Infrared νNH Scale for Weakly Basic Anions. Implications for Single-Molecule Acidity and Superacidity by Evgenii S. Stoyanov (1550905)

“…The N−H stretching frequencies of tri-<i>n</i>-octylammonium salts are reported for a series of weakly basic anions (A^-), many of which are the conjugate bases of known strong acids and superacids. …”

ULK1 undergoes electrophoretic mobility shift and is highly phosphorylated in mitosis. by Zhiyuan Li (205620)

Change (%) in range size (ΔRange) and suitability (ΔSuitability) between the last glacial maximum and present-day. by Christielly Mendonça Borges (7349909)

“…See Table E in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0221439#pone.0221439.s001" target="_blank">S1 File</a> for raw values in sample size, range size, suitability and mean variation.…”

Conceptual model of how the grain size of pine, mesquite, and miscanthus biochars with higher water content was reduced by F-T cycles through loss of thin layers from the particle... by Zuolin Liu (633898)

“…<p>(a) a biochar particle with its skeleton (black), connected intrapores filled with water (gray) and isolated, air-filled intrapores (white); (b) water-filled intrapores expand during freezing which increases intraporosity; and (c) biochar grain size decreases through loss of fine particles from surface of larger particles due to intrapores’ expansion.…”