Modeling Coastal Vulnerability through Space and Time by Thomas Hopper (3216453)

“…Coastal protective features, ranging from storm surge barriers and levees to natural features (e.g. wetlands), have been promoted to decrease future flood risk to communities in coastal areas around the world. …”

Schematic of the relationship between gestational phthalate exposures, childhood outcomes, and long-term health. by Jaclyn M. Goodrich (6855335)

Data_Sheet_1_Investigation of the genetic effect of 56 tobacco-smoking susceptibility genes on DNA methylation and RNA expression in human brain.docx by Zhongli Yang (9750611)

“…An eQTL was revealed to significantly affect EGLN2 expression in the European sample and two mQTLs were respectively detected in CpG sites in NRXN1 and CYP2A7. …”

Presentation_1_Investigation of the genetic effect of 56 tobacco-smoking susceptibility genes on DNA methylation and RNA expression in human brain.PPTX by Zhongli Yang (9750611)

“…An eQTL was revealed to significantly affect EGLN2 expression in the European sample and two mQTLs were respectively detected in CpG sites in NRXN1 and CYP2A7. …”

Characterization of the hyper- and hypo-branching vascular models. by Fatemeh Mirzapour-Shafiyi (10981427)

Configuring Bonds between First-Row Transition Metals by Reed J. Eisenhart (1469023)

“…The potential of using metal–metal complexes for multielectron reduction of small-molecules is addressed by N₂ binding studies and a mechanistic study of a dicobalt catalyst in reductive silylation of N₂ to N­(SiMe₃)₃. …”

Configuring Bonds between First-Row Transition Metals by Reed J. Eisenhart (1469023)

“…The potential of using metal–metal complexes for multielectron reduction of small-molecules is addressed by N₂ binding studies and a mechanistic study of a dicobalt catalyst in reductive silylation of N₂ to N­(SiMe₃)₃. …”

The similarity between two species that departed from a common ancestor at given earlier generations in the phylogenetic tree. by Takahiro Kohsokabe (18078713)

Loss of <i>Efnb1</i> in POMC-expressing progenitors causes glucose intolerance in males. by Manon Gervais (9708032)

GPA ligation on human RBCs stimulates ROS production via Rac 1 and NOX. by Joseph Khoory (844565)

DEX reduced LPS-induced lung inflammation in the presence of G-CSF blockade. by Jesus Banuelos (4036886)

mCSM-PPI2 predicted ΔΔG with and without recalibration are in agreement with published deep mutagenesis binding data [22] at low predicted ΔΔG but recalibrated predictions are more... by Stuart A. MacGowan (11326845)

Effect of densities of CROs and DTs on the anomalousity and effective diffusion coefficient of tracer diffusion. by Rahul Gupta (358711)

“…Notably, at <i>a</i>_<i>CRO</i> = 0, <i>D</i>_<i>eff</i> of tracer diffusion for no-self-crowding conditions and <i>a</i>_<i>DT</i> ≤ 0.0001 is equivalent to the effective free diffusion coefficient of AMPARs (0.2<i>nm</i>².<i>μs</i>⁻¹) in the extrasynaptic membrane of excitatory synapses.…”

Top two clusters for the high dose at cluster threshold 0.15 after excluding redundancies. by Ahmed E. Enayetallah (197920)

1866 and DANA reduce MCD diet-induced liver fibrosis. by Darrell Pilling (68014)

1866 reduces MCD diet-induced liver steatosis in <i>db/db</i> mice. by Darrell Pilling (68014)

<b>Supplementary Table S2.</b> Changes in anthropometric measures and lipids during sex steroid treatment, i.e., testosterone or estradiol, were analyzed using mixed model analyses... by Kjersti Kvernebo Sunnergren (8104385)

1866 and DANA effects on macrophage populations in adipose tissue. by Darrell Pilling (68014)

Dynamics of PtdIns(4,5)P₂ levels in protrusion membrane during <i>S</i>. <i>flexneri</i> cell-to-cell spread. by Volkan K. Köseoğlu (12055346)

Three compounds affect the interaction between <i>K</i>. <i>pneumoniae</i> and phagocytic amoebae. by Estelle Ifrid (10076719)

“…The original uncontrasted pictures are shown in S1 Fig in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0269093#pone.0269093.s002" target="_blank">S1 File</a>. <b>E.</b> Chemical structure of the K2 compound.</p>…”