Understanding Copper(I)–Ethylene Bonding Using Cu K‑Edge X‑ray Absorption Spectroscopy by Arun S. Asundi (8082557)

Understanding Copper(I)–Ethylene Bonding Using Cu K‑Edge X‑ray Absorption Spectroscopy by Arun S. Asundi (8082557)

Understanding Copper(I)–Ethylene Bonding Using Cu K‑Edge X‑ray Absorption Spectroscopy by Arun S. Asundi (8082557)

Artisanal Green Turtle, <i>Chelonia mydas</i>, Fishery of Caribbean Nicaragua: I. Catch Rates and Trends, 1991–2011 by Cynthia J. Lagueux (553022)

“…Explanations for the apparent discrepancy between the increasing trend at Tortuguero and decreasing catch rate trends in Nicaragua include: i) an increase in reproductive output, ii) insufficient time has passed to observe the impact of the fishery on the rookery due to a time lag, iii) changes in other segments of the population have not been detected since only nesting activity is monitored, iv) the expansive northern Nicaragua foraging ground may provide a refuge for a sufficient portion of the Tortuguero rookery, and/or v) a larger than expected contribution of non-Tortuguero rookeries occurring in Nicaragua turtle fishing areas. …”

Simultaneous inhibition of peripheral CB1R and iNOS mitigates obesity-related dyslipidemia through distinct mechanisms by Ada Admin (8524211)

Understanding Copper(I)–Ethylene Bonding Using Cu K‑Edge X‑ray Absorption Spectroscopy by Arun S. Asundi (8082557)

Understanding Copper(I)–Ethylene Bonding Using Cu K‑Edge X‑ray Absorption Spectroscopy by Arun S. Asundi (8082557)

Mitochondrial target of VCD. by Simmy Thomas (419094)

“…(C) Mitochondrial ATP synthase (complex V) activity was recorded as a decrease in absorbance (340 nm) over time. …”

Fig 3 - by Thomas E. Wilkop (722948)

Figure 6 from HuR-Regulated Extracellular Vesicles Promote Endothelial Cell Remodeling in Pancreatic Cancer by Jennifer M. Finan (14951382)

“…<p>HuR WT EVs are tumor promoting and directly decrease ICAM-1 expression on endothelial cells. <b>A,</b> Schematic of EV isolation from KPC WT and HuR-KO cells via SEC. …”

Table_6_Auxin-regulated timing of transition from vegetative to reproductive growth in rapeseed (Brassica napus L.) under different nitrogen application rates.XLSX by Pengfei Hao (1454926)

“…In this research, the mechanisms of different nitrogen (N) application rates (low N, N1; normal N, N2; and high N, N3) on different FM development stages triggering the regulation of FM differentiation genes through the auxin biosynthetic and signal transduction were investigated. We found that the stage of FM differentiation, which was identified through a stereomicroscope and scanning electron microscope, came 4 and 7 days earlier under high N rate than under normal and low N levels, with the seed yield increased by 11.1 and 22.6%, respectively. …”

Table_2_Auxin-regulated timing of transition from vegetative to reproductive growth in rapeseed (Brassica napus L.) under different nitrogen application rates.XLS by Pengfei Hao (1454926)

“…In this research, the mechanisms of different nitrogen (N) application rates (low N, N1; normal N, N2; and high N, N3) on different FM development stages triggering the regulation of FM differentiation genes through the auxin biosynthetic and signal transduction were investigated. We found that the stage of FM differentiation, which was identified through a stereomicroscope and scanning electron microscope, came 4 and 7 days earlier under high N rate than under normal and low N levels, with the seed yield increased by 11.1 and 22.6%, respectively. …”

Table_1_Auxin-regulated timing of transition from vegetative to reproductive growth in rapeseed (Brassica napus L.) under different nitrogen application rates.XLS by Pengfei Hao (1454926)

“…In this research, the mechanisms of different nitrogen (N) application rates (low N, N1; normal N, N2; and high N, N3) on different FM development stages triggering the regulation of FM differentiation genes through the auxin biosynthetic and signal transduction were investigated. We found that the stage of FM differentiation, which was identified through a stereomicroscope and scanning electron microscope, came 4 and 7 days earlier under high N rate than under normal and low N levels, with the seed yield increased by 11.1 and 22.6%, respectively. …”

Table_3_Auxin-regulated timing of transition from vegetative to reproductive growth in rapeseed (Brassica napus L.) under different nitrogen application rates.xls by Pengfei Hao (1454926)

“…In this research, the mechanisms of different nitrogen (N) application rates (low N, N1; normal N, N2; and high N, N3) on different FM development stages triggering the regulation of FM differentiation genes through the auxin biosynthetic and signal transduction were investigated. We found that the stage of FM differentiation, which was identified through a stereomicroscope and scanning electron microscope, came 4 and 7 days earlier under high N rate than under normal and low N levels, with the seed yield increased by 11.1 and 22.6%, respectively. …”

Presentation_1_Auxin-regulated timing of transition from vegetative to reproductive growth in rapeseed (Brassica napus L.) under different nitrogen application rates.PPTX by Pengfei Hao (1454926)

“…In this research, the mechanisms of different nitrogen (N) application rates (low N, N1; normal N, N2; and high N, N3) on different FM development stages triggering the regulation of FM differentiation genes through the auxin biosynthetic and signal transduction were investigated. We found that the stage of FM differentiation, which was identified through a stereomicroscope and scanning electron microscope, came 4 and 7 days earlier under high N rate than under normal and low N levels, with the seed yield increased by 11.1 and 22.6%, respectively. …”

Table_4_Auxin-regulated timing of transition from vegetative to reproductive growth in rapeseed (Brassica napus L.) under different nitrogen application rates.XLSX by Pengfei Hao (1454926)

“…In this research, the mechanisms of different nitrogen (N) application rates (low N, N1; normal N, N2; and high N, N3) on different FM development stages triggering the regulation of FM differentiation genes through the auxin biosynthetic and signal transduction were investigated. We found that the stage of FM differentiation, which was identified through a stereomicroscope and scanning electron microscope, came 4 and 7 days earlier under high N rate than under normal and low N levels, with the seed yield increased by 11.1 and 22.6%, respectively. …”

AmB-resistant strains critically depend on high levels of Hsp90 function for survival. by Benjamin Matteson Vincent (477570)

“…Spot assays (5-fold serial dilutions) of wild-type (SC5314), fluconazole-resistant (Isolate #2, <a href="http://www.plosbiology.org/article/info:doi/10.1371/journal.pbio.1001692#pbio.1001692-White2" target="_blank">[61]</a>), and AmB-resistant (ATCC 200955) <i>C. albicans</i> on RPMI media containing antifungals and/or Hsp90 inhibitors at the indicated concentrations. …”

ATP reduction causes persistent phosphorylation of 12E8 epitope and dephosphorylation at other sites. by Ineka T. Whiteman (215767)

“…Total tau was observed to decrease transiently (41±5% at 30 min) before returning to control levels (98±19%) at 120 min. …”

Non invasive multi recording of Cl⁻ flux from several cells. by Pascal Jourdain (114092)

“…Application of GABA (3 µM, 30 s, bars) triggers an increase in the phase signal for cell n°4 while for cell n°2 a decrease in the optical signal is observed. Note that for cells n° 1, 3, 5 and 6, there are no detectable optical signals. …”

Modeling the relationship between size, environmental oxygen, and the fitness effects of myoglobin. by Whitney Wong (20642739)

“…(E) The fraction of growth-rate decrease caused by increasing in radius from 5 to 20 microns ameliorated by expression of different myoglobin concentrations. …”