Effect of phytosanitary spray solution storage time on the viability of Beauveria bassiana conidia1 by Renan Zampiroli (6827399)

“…This study aimed to assess the effect of the phytosanitary spray solution storage on the germination of Beauveria bassiana conidia, with or without agricultural adjuvants. A completely randomized design was used, in a 13 x 5 factorial scheme, consisting of thirteen storage times (0, 4, 8, 12, 16, 20, 24, 28, 32, 36, 40, 44 and 48 h) and five compositions for the spray solution (B. bassiana, B. bassiana + Helper Neutrum, B. bassiana + TA-35, B. bassiana + Nimbus and B. bassiana + Orobor). …”

Partial Inhibition of Complex I by Knockdown <i>GRIM-19</i>, <i>NDUFS3</i> or by Chemical Inhibitor Increased ROS Generation thereby Increasing the FN and N-cadherin Levels. by Xuelian He (405100)

“…ROS was measured by staining cells with H₂DCFH-DA followed by FACS scan (A). Rotenone (RT) treatment induces the ROS production in the WT cells in a dose dependent manner (B). …”

Robustness of 2-NNCRNs against random node removal. by Yuka Fujiki (12269596)

“…<p>The line types and symbols are analogous those in to <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0336970#pone.0336970.g005" target="_blank">Fig 5</a>. …”

Simulation of hypGOI expression study in VK2/E6E7 cells treated with <i>Lactobacillus acidophilus</i> NCFM. by Annette V. Jacobsen (677206)

“…The most stable gene assessed (<i>RPLP0</i>) was used as the standard for the target fold changes, which were set at two-fold decrease (A), two-fold increase (B), five-fold decrease (C), and five-fold increase (D). …”

Simulation of hypGOI expression study in HT-29 cells treated with <i>Lactobacillus acidophilus</i> NCFM. by Annette V. Jacobsen (677206)

“…The most stable gene assessed (<i>PGK1</i>) was used as the standard for the target fold changes, which were set at two-fold decrease (A), two-fold increase (B), five-fold decrease (C), and five-fold increase (D). …”

Data from: Colour patch size and measurement error using reflectance spectrometry by Arnaud Badiane (3768376)

“…We propose a series of steps to avoid the pitfalls described above. …”

Description of data from IMDb. by Marlon Ramos (790306)

“…For budgets, we use a new list and collected data from February 5 to 8, 2015. …”

Supplementary Figure 2 by Julie Goodwin (16642647)

“…Data represent mean ± SEM. *P ≤ 0.05. Images shown at 25x. Scale bar 50 μm.…”

Data_Sheet_1_Soil Application of Almond Residue Biomass Following Black Soldier Fly Larvae Cultivation.docx by Robert Axelrod (6307505)

“…Under aerobic conditions, SPH addition increased the CO₂-accumulation by a factor of 5–6 compared to the non-amended soils in SL and CL, respectively. …”

Protocol: Temporary Pacemaker Verification and Troubleshooting by Jill Ley (4090672)

“…<p>(Figure 1)</p> <p>(Figure 2)</p> <p><strong>Determining the Stimulation Threshold</strong></p> <ul> <li>NOTE: a paced rhythm must be present and patient stable</li> <li>From 100% pacing, gradually decrease output for A or V, while watching monitor until you lose capture</li> <li>Now gradually increase output until 1:1 capture returns – this is the stimulation threshold</li> <li>This is the lowest amount of energy that will reliably capture the heart and pace</li> <li>Set mA 1.5-3 times above this threshold value for safety</li> <li>Repeat for other circuit (A or V)</li> <li>Note: the stimulation threshold should be checked DAILY by the MD/NP when pacing is in use; in the event 
the threshold value is rising, discuss with surgeon to determine if alternative pacing system is needed</li> </ul> <p><strong>Determining the Sensing Threshold</strong></p> <ul> <li>Note: the patient must have an underlying rhythm and tolerate a brief period without pacing to perform</li> <li>Set RATE at least 10 bpm below patient’s intrinsic heart rate (to allow sensing)</li> <li>Set OUTPUT at 0.1 mA (to avoid competitive pacing when device is made asynchronous briefly)</li> <li>Highlight SENSITIVITY (under Menu 1)</li> <li>Decrease SENSITIVITY: Slowly turn dial counter-clockwise until pace indicator flashes regularly (asynchronously)</li> <li>Increase SENSITIVITY: Slowly turn dial clockwise until sense indicator flashes again (when sensing resumes, this is the sensing threshold – the smallest complex that is reliably recognized, thus inhibiting the device)</li> <li>Set SENSITIVITY < half this threshold value for safety</li> <li>Repeat for other circuit (A or V)</li> <li>Restore previous rate and output values</li> </ul> <p><strong>Rapid Atrial (Overdrive) Pacing – PERFORMED BY MD/NP/CNS ONLY</strong></p> <ul> <li>Used to “overdrive pace” and terminate some atrial reentrant tachyarrhythmias, especially atrial flutter</li> <li>ALWAYS VERIFY correct wire connections to avoid stimulating the ventricles at a rapid rate!…”

Image_2_Less Nutrients but More Phytoplankton: Long-Term Ecosystem Dynamics of the Southern North Sea.jpg by Xu Xu (210339)

“…We applied a coupled high-resolution (1.5–4.5 km) 3d-physical-biogeochemical regional Earth System model that includes an advanced phytoplankton growth model and benthic biogeochemistry to hindcast ecosystem dynamics in the period 1961–2012. …”

Image_1_Less Nutrients but More Phytoplankton: Long-Term Ecosystem Dynamics of the Southern North Sea.jpg by Xu Xu (210339)

“…We applied a coupled high-resolution (1.5–4.5 km) 3d-physical-biogeochemical regional Earth System model that includes an advanced phytoplankton growth model and benthic biogeochemistry to hindcast ecosystem dynamics in the period 1961–2012. …”

Image_2_Less Nutrients but More Phytoplankton: Long-Term Ecosystem Dynamics of the Southern North Sea.jpg by Xu Xu (210339)

“…We applied a coupled high-resolution (1.5–4.5 km) 3d-physical-biogeochemical regional Earth System model that includes an advanced phytoplankton growth model and benthic biogeochemistry to hindcast ecosystem dynamics in the period 1961–2012. …”

Image_4_Less Nutrients but More Phytoplankton: Long-Term Ecosystem Dynamics of the Southern North Sea.jpg by Xu Xu (210339)

“…We applied a coupled high-resolution (1.5–4.5 km) 3d-physical-biogeochemical regional Earth System model that includes an advanced phytoplankton growth model and benthic biogeochemistry to hindcast ecosystem dynamics in the period 1961–2012. …”

Image_1_Less Nutrients but More Phytoplankton: Long-Term Ecosystem Dynamics of the Southern North Sea.jpg by Xu Xu (210339)

“…We applied a coupled high-resolution (1.5–4.5 km) 3d-physical-biogeochemical regional Earth System model that includes an advanced phytoplankton growth model and benthic biogeochemistry to hindcast ecosystem dynamics in the period 1961–2012. …”

Image_3_Less Nutrients but More Phytoplankton: Long-Term Ecosystem Dynamics of the Southern North Sea.jpg by Xu Xu (210339)

“…We applied a coupled high-resolution (1.5–4.5 km) 3d-physical-biogeochemical regional Earth System model that includes an advanced phytoplankton growth model and benthic biogeochemistry to hindcast ecosystem dynamics in the period 1961–2012. …”

Image_4_Less Nutrients but More Phytoplankton: Long-Term Ecosystem Dynamics of the Southern North Sea.jpg by Xu Xu (210339)

“…We applied a coupled high-resolution (1.5–4.5 km) 3d-physical-biogeochemical regional Earth System model that includes an advanced phytoplankton growth model and benthic biogeochemistry to hindcast ecosystem dynamics in the period 1961–2012. …”

Image_3_Less Nutrients but More Phytoplankton: Long-Term Ecosystem Dynamics of the Southern North Sea.jpg by Xu Xu (210339)

“…We applied a coupled high-resolution (1.5–4.5 km) 3d-physical-biogeochemical regional Earth System model that includes an advanced phytoplankton growth model and benthic biogeochemistry to hindcast ecosystem dynamics in the period 1961–2012. …”

Dithizone induces autophagy-like changes in Paneth cells. by Shiloh R. Lueschow (5807552)

“…<p>(A) Treatment with dithizone induces a significant increase in <i>Atg10</i> (p = 0.03), <i>Atg4a</i> (p = 0.0004), and <i>Atg12</i> (p = 0.000006), as well as a significant decrease in the beclin1 regulator <i>Ambra1</i> (p = 0.0003). …”

Influence of Water Turbulence on Burning Behavior of Thin Fuel Slick by Mahesh Kottalgi (20569340)

“…Turbulence intensity is studied as a parameter comparable to ocean conditions, with a fuel slick of 5 mm considered for the experiments. …”