Kinetics of PI(3,4,5)P3 hydrolysis by PTEN at different concentrations of YFP-PHGrp1. by Chun Liu (47227)

“…<p>(A) The membrane composition is 0.2% PI(3,4,5)P3 + 5% DOPS + 0.2% PI(4,5)P2 + 94.4% DOPC + 0.2% TR-DHPE and the bulk concentration of YFP-PHGrp1 is 100 nM (square), 150 nM (circle), 300 nM (triangle), and 600 nM (down-pointing triangle), respectively. …”

Individual effects of hamstring surgery on ST morphology. by Helga Haberfehlner (3353090)

“…<p>Muscle belly length and tendon length were measured at knee angles corresponding to 0 Nm (A, B), 4 Nm (C, D) and at 65° knee flexion angle (E, F). …”

Dual effects upon the latencies to SWS and REM sleep after selective SNpc lesion. by Marcelo M.S. Lima (74920)

“…<p>(a) Latency to SWS showed to be decreased at all time-points after MPTP exposure, in both light and dark periods. …”

Sensitivity analysis of the parameter. by Michael Simonov (325702)

“…<p>Graphs depicting 10 representative parameter sets, plotting viral load at various time points over varied values for . Each distinct curve represents simulations obtained from a single, randomly determined, physiological parameter set. …”

Genome Sequencing and <i>de novo</i> Assembly Statistics. by Henry S. Gibbons (123197)

“…</p>c<p>The average read length of this sample was considerably lower (239 versus >300) for other genomes in this dataset, resulting in larger number of contigs and decreased assembly quality.</p>d<p>Deletionof 23 kb with clear join points (positions 4,022,138–4,045,817) verified by optical mapping (<a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0017836#pone-0017836-g004" target="_blank">Figure 4B</a>).…”

Macrophage apoptosis and necrosis. by Lia Danelishvili (249418)

“…<i>M. tuberculosis</i> induced significantly more necrosis of macrophages (64±0.5%) at day 9 (p<0.05) than apoptosis (18±1.8%), compared with uninfected controls. The decreased level of apoptosis during the infection with virulent <i>M. tuberculosis</i> is related to duration of macrophage infection; however, <i>M. tuberculosis</i> triggers a greater level of necrosis at later time points than apoptosis. …”

Simulations recapitulate differential Gab1/2 activation, <i>in vitro</i> experiments of lactacystin inhibiting proteasome-mediated proteolysis and knockdown of Gab1/2 using siRNA. by Wan Hua Tan (424818)

“…<b>B</b> and <b>C</b>, Molecular species that make up concentration profiles in (A), at early time points. ‘Internalized’ refers to the receptor complexes in the endosomal pool and ‘Surface’ refers to plasma-membrane-associated receptor complexes on the cell surface. …”

Sumoylation of Sae2 increases the levels of soluble Sae2. by Prabha Sarangi (682403)

“…The level of soluble forms of Sae2 is decreased in <i>sae2-3A</i> cells compared to wild-type.…”

Representative examples from the Mg titration of individual molecules by Andrei Yu. Kobitski (29840)

“…<p><b>Copyright information:</b></p><p>Taken from "Mg-dependent folding of a Diels-Alderase ribozyme probed by single-molecule FRET analysis"</p><p></p><p>Nucleic Acids Research 2007;35(6):2047-2059.…”

Surface coating and developmental stage modulates the speed of neuronal migration on gold substrate. by Yi Sun (118759)

“…<p>A, The speed of migration of neurons from E16 rat pups at 0 DIV, cultured on MG coated gold surfaces is significantly higher than those on other surfaces. …”

Cross-correlation of rider lean angle (<i>ϕ</i>_<i>lean</i>) to bicycle roll angle (<i>ϕ</i>) versus speed. by Stephen M. Cain (2506807)

C8–C10 MCFAs bind and Stabilize PPARγ LBD <i>in vitro</i>. by Marcelo Vizoná Liberato (162662)

“…TZDs (rosiglitazone, rosi, pioglitazone, pio, 0.1 mM) reduce fluorescence index, indicative of ligand-induced folding. In parallel, decreases in fluorescence index were obtained with OA (C8), NA (C9), DA (C10) and LA (C12) but not HA (C6) (all at 1 mM final concentration). …”

Hotspot analysis of hand digitised vectors representing the presence of dredge plume originating from the Barrow Island dredge site. by Richard D. Evans (112314)

Secondary structures of α-synuclein retained after temperature pretreatments and were fully reversible upon temperature denaturation. by Winny Ariesandi (275766)

“…The CD signals at 222 nm were monitored and the molar ellipticity is plotted. The data showed a completely reversible folding of α-synuclein in response to temperature. …”

Commensal bacteria regrowth inhibited with <i>Clostridium difficile</i> infection. by Andrew Leber (778578)

“…<p>(a) The <i>baiCD</i> content is decreased by antibiotic treatment in both control and <i>C</i>. …”

Noise induces both additive and multiplicative gain changes by Rajiv Wijesinghe (384372)

“…In this example, the highest level of noise significantly increased the gain (0.05 to 0.39 Hz/pA; multiplicative gain change, indicated by an increase in the slope) and decreased the threshold (160 to 140 pA; additive gain change, indicated by a shift to the left) of this cell in comparison to control conditions. …”

Analysis of multiple cell lines by Fluidigm. by Evan N. Cohen (507021)

“…Media control appears as a solid black line at 1 in the center of each plot, points falling outside the circle represent increased relative expression and lines inside are decreased. …”

Table_5_Bacillus subtilis forms twisted cells with cell wall integrity defects upon removal of the molecular chaperones DnaK and trigger factor.XLSX by Judith Matavacas (14429442)

“…<p>The protein homeostasis network ensures a proper balance between synthesis, folding, and degradation of all cellular proteins. …”

Table_2_Bacillus subtilis forms twisted cells with cell wall integrity defects upon removal of the molecular chaperones DnaK and trigger factor.XLSX by Judith Matavacas (14429442)

“…<p>The protein homeostasis network ensures a proper balance between synthesis, folding, and degradation of all cellular proteins. …”

Data_Sheet_1_Bacillus subtilis forms twisted cells with cell wall integrity defects upon removal of the molecular chaperones DnaK and trigger factor.XLSX by Judith Matavacas (14429442)

“…<p>The protein homeostasis network ensures a proper balance between synthesis, folding, and degradation of all cellular proteins. …”