Table_2_An Emotion Regulation and Impulse Control (ERIC) Intervention for Vulnerable Young People: A Multi-Sectoral Pilot Study.pdf by Kate Hall (5510510)

“…</p><p>Results: Analyses revealed significant improvement in the primary outcome of emotion dysregulation with a moderate effect size (Mean Change = −10.24, 95% CI (−14.41, −6.06; Cohen's d_av = −0.53), in addition to decreases in the secondary outcomes of depression, anxiety, stress and experiential avoidance. …”

Table_2_An Emotion Regulation and Impulse Control (ERIC) Intervention for Vulnerable Young People: A Multi-Sectoral Pilot Study.pdf by Kate Hall (5510510)

“…</p><p>Results: Analyses revealed significant improvement in the primary outcome of emotion dysregulation with a moderate effect size (Mean Change = −10.24, 95% CI (−14.41, −6.06; Cohen's d_av = −0.53), in addition to decreases in the secondary outcomes of depression, anxiety, stress and experiential avoidance. …”

Modeling electrical properties of the light-insensitive membrane of <i>C</i>. <i>vicina</i>. by Roman V. Frolov (9647905)

Blow fly photoreceptor responses to natural stimulation in vitro. by Roman V. Frolov (9647905)

Time scale separation parameters <i>ϵ</i>, <i>ϵ</i>′ and <i>μ</i>′ control bimodality, time to memory loss, and reactivation time in the chromatin modification circuit. by Simone Bruno (12359796)

“…In all simulations, <i>ϵ</i> = 1 and <i>μ</i> = 1 (Figs S and T in <a href="http://www.ploscompbiol.org/article/info:doi/10.1371/journal.pcbi.1009961#pcbi.1009961.s001" target="_blank">S1 File</a> show different values) and we decrease <i>ϵ</i> by decreasing (similar results can be obtained if we vary as shown in Fig Q in <a href="http://www.ploscompbiol.org/article/info:doi/10.1371/journal.pcbi.1009961#pcbi.1009961.s001" target="_blank">S1 File</a>). …”

Kinetic analysis of inorganic phosphate transport in oocytes expressing NPT2a or co-expressing NPT2a and CFTR. by Naziha Bakouh (171145)

“…Data were fitted to the modified Hill equation. Results, as means ± SD, were as follows: the apparent K_m for Na⁺ substrate was 40.7 ± 14.6 in NPT2a-oocytes, not different from 41.8 ± 13.4 mM in NPT2a+CFTR-oocytes; IPi_max was decreased by 39±7% in NPT2a+CFTR-oocytes compared to NPT2a-oocytes (P < 0.05). …”

Fig 7 - by Eva Kaštovská (13190158)

Transformation of impulse responses by depolarization in <i>C</i>. <i>vicina</i> model. by Roman V. Frolov (9647905)

Quantitative analysis of protein expressions of V-ATPase subunits, ATP6V0A1, ATP6V0A2, ATP6V0A3, ATP6V0C, and ATP6V1E2, as well as autophagosomal marker LC3-II in MEFs after infect... by Kenichiro Kinouchi (479681)

Model showing cellulose microfibrils with bound XyG chains presented only for diagrammatic purposes. by Prakash M. Niraula (6816713)

“…<i>max</i>_{[Williams 82/PI 518671]} there is an decrease in the number of XyG in each chain (1–2), but more chains (i-v). …”

Targeting Acidic Mammalian chitinase Is Effective in Animal Model of Asthma by Marzena Mazur (4761027)

“…Rational design, guided by X-ray analysis of several inhibitors bound to human chitotriosidase (hCHIT1), led to the identification of compound <b>7f</b> as a highly potent AMCase inhibitor (IC₅₀ values of 14 and 19 nM against human and mouse enzyme, respectively) and selective (>150× against mCHIT1) with very good PK properties. …”

Thermodynamics-Driven Production of Value-Added d‑Allulose from Inexpensive Starch by an <i>In Vitro</i> Enzymatic Synthetic Biosystem by Yunjie Li (2658028)

“…By optimizing the reaction conditions, the yield of d-allulose from 10 g/L starch reached 88.2%. To investigate the potential use of this <i>in vitro</i> synthetic enzymatic biosystem for the production of d-allulose on an industrial scale, d-allulose was synthesized from 50 g/L starch (275 mM glucose equivalent) with a product yield of 79.2%. …”

PPM1A is indispensable for murine intestinal regeneration upon colitis. by Ruyuan Zhou (10197187)

“…<p><b>(A)</b> Decrease of proliferating cells (Ki67 positive) of <i>Ppm1a</i>^{<i>−/−</i>} intestinal epithelium was calculated. …”

Direct counterpart GPC analysis of tightly-bound sugars in OE control and XTH43-RNAi samples and RNAi control and XTH43-RNAi samples. by Prakash M. Niraula (6816713)

GPC and PCA analysis of loosely-bound sugars in OE control compared to XTH43 samples and RNAi control compared to XTH43-RNAi samples. by Prakash M. Niraula (6816713)

Direct GPC and PCA analysis of loosely-bound sugars in OE control compared to RNAi control and XTH43-OE compared to XTH43-RNAi samples. by Prakash M. Niraula (6816713)

Direct GPC and PCA analysis of tightly-bound sugars in OE control compared to RNAi controls and XTH43-OE compared to XTH43-RNAi samples. by Prakash M. Niraula (6816713)

Direct counterpart GPC analysis of loosely-bound sugars in OE control and XTH43-RNAi samples and RNAi control and XTH43-RNAi samples. by Prakash M. Niraula (6816713)

GPC and PCA analysis of tightly-bound sugars in RNAi control compared to XTH43 samples and RNAi control compared to XTH43-RNAi samples. by Prakash M. Niraula (6816713)

Themes and categories. by Olinda D. Habib Perez (12822266)