Effect of cue-contrast dependence on temporal properties of population activity patterns under ON-/OFF-LMI stimulus paradigm. by Yuxiu Shao (8953262)

“…<p>Y-axis represents the distance from this position to the edge of the model cortex (edge near the position of the stimulus initiation), and x-axis records the moment when the activity of this position reaches 80% of its maximum amplitude. We summarize the results of traveling wave positions as a function of time under identical ON-/OFF-LMI stimulus paradigm, except for the contrast of the initial cue-square, which reduces from 100% to 50% of the contrast fed into the model in <a href="http://www.ploscompbiol.org/article/info:doi/10.1371/journal.pcbi.1007265#pcbi.1007265.g003" target="_blank">Fig 3F</a>. …”

Clinicopathological features and postoperative prognosis of invasive mucinous adenocarcinoma: a retrospective study by Tengteng Wang (14288480)

“…There was no significant difference between two groups in 5-year disease-free survival. However, 5-year overall survival of the IMA group was significantly decreased. …”

Soybean tolerance to defoliation at the beginning of pod formation as affected by plant density by Murilo Miguel Durli (4703707)

“…The experimental design was a randomized block in a split-plot arrangement. …”

Quantitative image analysis of ovaries from <i>mir-202 -/-</i> juvenile females. by Stéphanie Gay (5733569)

“…The number of small follicles (50–100 μm) is significantly higher compared to wild-type, while the number of follicles in the larger diameter class (200–350 μm) tends to decrease. …”

Reversing and Nonreversing Heat Capacity of Poly(lactic acid) in the Glass Transition Region by TMDSC by M. Pyda (2660185)

“…The melting is largely irreversible, but a 100% reversing fraction is observed at low temperatures from 375 to 420 K, which becomes small inside the major melting peak at about 440 K. …”

Reversing and Nonreversing Heat Capacity of Poly(lactic acid) in the Glass Transition Region by TMDSC by M. Pyda (2660185)

“…The melting is largely irreversible, but a 100% reversing fraction is observed at low temperatures from 375 to 420 K, which becomes small inside the major melting peak at about 440 K. …”

Membrane fraction of Rac before and after increase in sGDI due to stimulus. by Cibele Vieira Falkenberg (103587)

“…Arrows represent effective trajectories that satisfy the 70% increase in sGDI and 40% decrease in cytosolic Rac. Arrow type for fold increase in dissociation constant between Rac and sGDI in comparison to unphosphorylated GDI (see text): 5, solid; 10, dashed; 100 (B) and 1000 (C), bold (solid and dotted). …”

Fig 9 - by Maike Stegen (8578665)

“…<p>(A) PMA stimulation evoked a slight decrease in endogenous GRK6 mRNA expression after 6 hours. …”

Several VDAs induce abnormal vacuolar morphologies. by Helene Tournu (3713263)

“…<p>(A) Bio-imaging cellomics analysis of vacuole number and size and cell count. …”

Reversing and Nonreversing Heat Capacity of Poly(lactic acid) in the Glass Transition Region by TMDSC by M. Pyda (2660185)

“…The melting is largely irreversible, but a 100% reversing fraction is observed at low temperatures from 375 to 420 K, which becomes small inside the major melting peak at about 440 K. …”

Quantitation of ABCA1 message in THP-1 cells exposed to NS398 by Edwin SL Chan (28334)

“…</p><p></p> Dose-dependent decrease in ABCA1 mRNA expression in THP-1 monocytes treated with the COX-2 inhibitor NS398. …”

ASYN biochemical state. by Diana F. Lázaro (659832)

“…Quantification of insoluble fraction shows a decrease in TP and E57K mutants.</p>…”

Modulation of Physiologic Parameters in Molted Isa Brown Laying-Hens by Glutamine + Glutamic Acid Supplementation by W Morales (6099083)

“…This study evaluated morphometric parameters of the small intestine and gonadotropin transcript levels in Isa Brown laying hens supplemented with glutamine + glutamic acid (Aminogut®) during a second production cycle. Molting was induced and groups of 100 hens each, were supplemented with 0, 0.8, 1.6 or 2.4% Aminogut® in their diet. …”

Reversing and Nonreversing Heat Capacity of Poly(lactic acid) in the Glass Transition Region by TMDSC by M. Pyda (2660185)

“…The melting is largely irreversible, but a 100% reversing fraction is observed at low temperatures from 375 to 420 K, which becomes small inside the major melting peak at about 440 K. …”

Reversing and Nonreversing Heat Capacity of Poly(lactic acid) in the Glass Transition Region by TMDSC by M. Pyda (2660185)

“…The melting is largely irreversible, but a 100% reversing fraction is observed at low temperatures from 375 to 420 K, which becomes small inside the major melting peak at about 440 K. …”

Specific induction of FABP4 in neovessels during OIR. by Magali Saint-Geniez (269693)

“…(C) Quantification of circulating FABP4 demonstrated a significant decrease of serum FABP4 levels in OIR P17 WT mice compared to control room air (RA). …”

Caspase-8 activity modulation. by Eva Capdevila-Busquets (683895)

“…Overexpression of PSMC3IP or EPSTI1 in TRAIL-treated MDA-MB-231 <b>(A)</b> and MCF-7 cells <b>(B)</b> decrease caspase-8 activity based on the MYC-tag empty transfection vector (Vector) as control. …”

Reversing and Nonreversing Heat Capacity of Poly(lactic acid) in the Glass Transition Region by TMDSC by M. Pyda (2660185)

“…The melting is largely irreversible, but a 100% reversing fraction is observed at low temperatures from 375 to 420 K, which becomes small inside the major melting peak at about 440 K. …”

Reversing and Nonreversing Heat Capacity of Poly(lactic acid) in the Glass Transition Region by TMDSC by M. Pyda (2660185)

“…The melting is largely irreversible, but a 100% reversing fraction is observed at low temperatures from 375 to 420 K, which becomes small inside the major melting peak at about 440 K. …”

Reversing and Nonreversing Heat Capacity of Poly(lactic acid) in the Glass Transition Region by TMDSC by M. Pyda (2660185)

“…The melting is largely irreversible, but a 100% reversing fraction is observed at low temperatures from 375 to 420 K, which becomes small inside the major melting peak at about 440 K. …”